Medizinische Klinik für Gastroenterologie, Infektiologie und Rheumatologie (einschl. Arbeitsbereich Ernährungsmedizin) CBF
Clinical Physiology / Nutritional Medicine

 Start page     Publications     Grants     GRK 2318 TJ-Train

thieme.de/shop/Innere-Med-allgemein/Blum-Mueller-Wieland-Klinische-Pathophysiologie-9783134496109/p/000000000110010110?text=blum+müller-wieland">Verlagsprospekt / publisher's ad]  (Textbook chapter)

  • Schulzke JD, Fromm M (2019) Chapter 14: "Magen-Darm-Trakt, Pankreas und Leber", in: Physiologie. Speckmann EJ, Hescheler J, Köhling R (eds.), 7. edn., Elsevier, München. ISBN 978-3-437-41358-2, eISBN 987-3-437-05844-8, p 549-588 [Publisher's ad] (Textbook chapter)

  • Fromm M, Gaebel G (2015) Chapter 13: "Niere" [Kidney], in: Physiologie der Haustiere. von Engelhardt W, Breves G, Diener M, Gäbel G (eds), 5th fully revised edn, MVS Medizinverlage / Enke, Stuttgart, p 292-320, ISBN: 9783830412595 [Publisher's ad] (Textbook chapter, veterinary physiology)

  •   ! Main idea of our research ! 

     

    Tight junctions and their proteins 

    Overview

    Tight junction proteins comprise three (even four if one includes JAM) families. All are transmembrane proteins having one important feature in common: They are arranged in such a way that they interact with other TJ proteins of the neighboring cell and by this are able to seal the cleft between these cells against unlimited passage of solutes and water.

    Two of these families possess four transmembrane domains (tetraspan proteins).

    • Claudin family, comprising 27 members in mammals: Claudin-1 to -27
    • TAMP family, comprising 3 members: Occludin, tricellulin, marvelD3

    Most claudins and TAMPs act as barrier formers within the TJ. In contrast, some claudins form paracellular channels through the TJ which are selective for cations (claudin-2, claudin-10b, claudin-15), anions (claudin-10a, claudin-17) or water (claudin-2).

    All tetraspan TJ proteins comprise intracellular N- and C-terminals, one small intracellular loop, and two extracellular loops (ECL1 and -2). ECL1 is thought to determine the paracellular barrier and/or channel function. ECL2 may act as mechanical contact between opposing tight junction proteins. The exact molecular structure of some proteins is partly to almost fully resolved.

    Another two families of TJ proteins contain one transmembrane domain:

    • Angulin family. They comprise three TJ proteins, LSR, ILDR1, and ILDR2 and are mainly localized at the tricellular tight junction.
    • JAM proteins are localized "below" the TJs (meaning more to basal cell side) and provide adhesion between neighboring lateral cell membranes.

    Important functions are mediated by numerous intracellularly located proteins (which therefore are not counted as TJ components in a strict sense).

    Intracellular proteins like ZO1 and ZO2 connect many of the claudins and the TAMPs the actin cytoskeleton and are therefore termed scaffold proteins.

       2009:     2012: two volumes     2017: two volumes

    Actual reviews on TJ proteins

    • Fromm M, Krug SM, eds. (2020) The tight junction and Its proteins: More than just a barrier. Special Issue of the Int. J. Mol. Sci. [43 papers published yet, scroll down]

    • Meoli L, Günzel D (2020) Channel functions of claudins in the organization of biological systems. BBA - Biomembranes 1862(9): 183344 (18 pages) (°IF 3.8) [Part of Special Volume "The vertebrate epithelial apical junctional complex", Hervé JC ed.] [PubMed] [WebPage] [PDF] [Suppl. Fig. S1]

    • Piontek J, Krug SM, Protze J, Krause G, Fromm M (2020) Molecular architecture and assembly of the tight junction backbone. BBA - Biomembranes 1862(7): 183279 (15 pages) (°IF 3.8) [Part of Special Volume "The vertebrate epithelial apical junctional complex", Hervé JC ed.] [PubMed] [WebPage] [PDF] [Supplement]

    • Barmeyer C, Fromm M, Schulzke JD (2017) Active and passive involvement of claudins in the pathophysiology of intestinal inflammatory diseases. Pflügers Arch. 469: 15-26 [PubMed] [WebPage] [PDF]

    • Fromm M, Piontek J, Rosenthal R, Günzel D, Krug SM (2017) Tight junctions of the proximal tubule and their channel proteins. Pflügers Arch. 469: 877-887 [PubMed] [WebPage] [PDF]

    • Günzel D (2017) Claudins: vital partners in trans- and paracellular transport coupling. Pflügers Arch. 469(1): 35-44 [PubMed] [WebPage] [PDF]

    • Fromm M, Günzel D, Schulzke JD, Issue Editors (2017) Tight junctions and their proteins, I. Ann. N.Y. Acad. Sci. 1397: 1-230 [Contents w. links to papers]

    • Schulzke JD, Günzel D, Fromm M, Issue Editors (2017) Tight junctions and their proteins, II. Ann. N.Y. Acad. Sci. 1405: 1-214 [Contents w. links to papers

    Classics

    • Krug SM, Schulzke JD, Fromm M (2014) Tight junction, selective permeability, and related diseases. Semin. Cell Devel. Biol. 36: 166-176 [PubMed] [WebPage] [PDF] (Review)

    • Günzel D, Fromm M (2012) Claudins and other tight junction proteins. Compreh. Physiol. (former Handbook of Physiology) 2(3): 1819-1852 [PubMed] [WebPage] [PDF] (Handbook article)

    • Günzel D, Yu AS (2012) Claudins and the modulation of tight junction permeability. Physiol. Rev. 93(2): 525-569 [PubMed] [WebPage] [PDF] (Review)

    Claudin family
    General: Presently, 27 different claudins are known in mammalia. Some claudins are essential for forming the epithelial barrier while others even do the oppsosite, they form paracellular channels.

    • Meoli L, Günzel D (2020) Channel functions of claudins in the organization of biological systems. BBA - Biomembranes 1862(9): 183344 (18 pages) (°IF 3.8) [Part of Special Volume "The vertebrate epithelial apical junctional complex", Hervé JC ed.] [PubMed] [WebPage] [PDF] [Suppl. Fig. S1]

    • Günzel D (2017) Claudins: vital partners in trans- and paracellular transport coupling. Pflügers Arch. 469(1): 35-44 [PubMed] [WebPage] [PDF] (Review)

    • Günzel D, Yu AS (2012) Claudins and the modulation of tight junction permeability. Physiol. Rev. 93(2): 525-569 [PubMed] [WebPage] [PDF] (Review)

    • Günzel D, Fromm M (2012) Claudins and other tight junction proteins. Compreh. Physiol. (former Handbook of Physiology) 2(3): 1819-1852 [PubMed] (Handbook article)

    Claudin-1
    Localization: Typical for epithelia with almost impermable tight junctions ("tight epithelia") like distal colon and distal kidney tubule
    Function: Paracellular barrier against transepithelial diffusion
    Clinical Impact: Claudin-1 is reduced in hereditary mammary cancer. A defect of claudin-1 is present in neonatal sclerotic cholangitis with ichthyosis. Expression of claudin-1 and of claudin-4 was increased in colorectal cancer and pancreatic and ovarian cancers. In human epidermis claudin-1 is the essential paracellular barrier former

    • Kirschner N*, Rosenthal R* (*shared first authorship), Furuse M, Moll I, Fromm M, Brandner JM (2013) Contribution of tight junction proteins to ion, macromolecule, and water barrier in keratinocytes. J. Invest. Dermatol. 133(5): 1161-1169 [PubMed] [WebPage] [PDF] [Supplement]

    • Hackel D, Krug SM, Sauer RS, Mousa SA, Böcker A, Pflücke D, Wrede EJ, Kistner K, Hoffmann T, Niedermirtl B, Sommer C, Bloch L, Huber O, Blasig IE, Amasheh S, Reeh PW, Fromm M, Brack A, Rittner HL (2012) Transient opening of the perineurial barrier for analgesic drug delivery. Proc. Natl. Acad. Sci. USA 109(29): E2018-E2027 [PubMed] [WebPage] [PDF]

    • Kirschner N, Houdek P, Fromm M, Moll I, Brandner JM (2010) Tight junctions form a barrier in human epidermis. Eur. J. Cell Biol. 89(11): 839-842 [PubMed] [WebPage] [PDF]

    • Tebbe B, Mankertz J, Schwarz C, Amasheh S, Fromm M, Schultz-Ehrenburg U, Sánchez Ruderisch H, Schulzke JD, Orfanos CE (2002) Tight junction proteins: A novel class of integral membrane proteins. Expression in human epidermis and HaCaT keratinocytes. Arch. Dermatol. Res. 294: 14-18 [PubMed] [WebPage] [PDF]

    Claudin-2
    Localization: Typical for epithelia with rather permeable tight junctions ("leaky epithelia") like small intestine and proximal kidney tubule
    Functions: (i) Claudin-2 forms a paracellular channel for small cations (discovered by Amasheh et al. 2002)
                    (ii) Claudin-2 also forms a paracellular channel for water (discovered by Rosenthal et al. 2010).
                         Both, cations and water, travel through the same pore (Rosenthal et al. 2016).
    Clinical Impact:
    Increased expression causes impaired barrier function 

    • Fromm M, Piontek J, Rosenthal R, Günzel D, Krug SM (2017) Tight junctions of the proximal tubule and their channel proteins. Pflügers Arch. 469(7-8): 877-887 [PubMed] [WebPage] [PDF]

    • Rosenthal R, Czichos C, Theune D, Günzel D, Schulzke JD, Fromm M (2017) Water channels and barriers formed by claudins. Ann. N.Y. Acad. Sci. 1397: 100-109 (°IF 4.7) [PubMed] [WebPage] [PDF]

    • Rosenthal R, Günzel D, Krug SM, Schulzke JD, Fromm M, Yu ASL (2017) Claudin-2-mediated cation and water transport share a common pore. Acta Physiol. 219(2): 521-536 [PubMed] [WebPage] [PDF]

    • Luettig J, Rosenthal R, Barmeyer C, Schulzke JD (2014) Claudin-2 as mediator of leaky gut barrier during intestinal inflammation. Tiss. Barriers 3(1-2): e977176, Invited Review, Special Issue "Tissue Barriers in Inflammation" [PubMed] [WebPage] [PDF]  (Review)

    • Rosenthal R, Fromm M (2014) Significant water absorption goes paracellular in kidney proximal tubules. Am. J. Physiol. Renal Physiol. 306(1): F51-F52 [PubMed] [WebPage] [PDF] [Invited Editorial]

    • Rosenthal R, Milatz S, Krug SM, Oelrich B, Schulzke JD, Amasheh S, Günzel D, Fromm M (2010) Claudin-2, a component of the tight junction, forms a paracellular water channel. J. Cell Sci. 123(11): 1913-1921 [PubMed] [WebPage] [PDF] [Supplement]

      • Doctoral thesis, medicine: Dr. med. Beibei Oelrich (2009) Entwicklung und Etablierung einer Methode zur Messung des epithelialen Wassertransports an Claudin-exprimierenden MDCK-Zellen. Magna cum laude

    • Amasheh S, Meiri N, Gitter AH, Schöneberg T, Mankertz J, Schulzke JD, Fromm M (2002) Claudin-2 expression induces cation-selective channels in tight junctions of epithelial cells. J. Cell Sci. 115(24): 4969-4976 [PubMed] [WebPage] [PDF]

    • Yu ASL, Cheng MH, Angelow S, Günzel D, Kanzawa SA, Schneeberger EE, Fromm M, Coalson RD (2009) Molecular basis for cation selectivity in claudin-2-based paracellular pores: Identification of an electrostatic interaction site. J. Gen. Physiol. 133(1):111-127 [PubMed] [WebPage] [PDF]

    • Mankertz J*, Amasheh M* (*shared first authorship), Krug SM, Fromm A, Amasheh S, Hillenbrand B, Tavalali S, Fromm M, Schulzke JD (2009) Tumour necrosis factor alpha up-regulates claudin-2 expression in epithelial HT-29/B6 cells via phosphatidylinositol 3-kinase signaling. Cell Tiss. Res. 336(1): 67-77 [PubMed] [WebPage] [PDF]

    • Zeissig S, Bürgel N, Günzel D, Richter JF, Mankertz J, Wahnschaffe U, Kroesen AJ, Zeitz M, Fromm M, Schulzke JD (2007) Changes in expression and distribution of claudin-2, -5 and -8 lead to discontinuous tight junctions and barrier dysfunction in active Crohn's disease. Gut 56(1): 61-72 [PubMed] [WebPage] [PDF]

    • Mankertz J*, Hillenbrand B* (*shared first authorship), Tavalali S, Huber O, Fromm M, Schulzke JD (2004) Functional crosstalk between Wnt signaling and Cdx-related transcriptional activation in the regulation of the claudin-2 promoter activity. Biochem. Biophys. Res. Comm. 314(4): 1001-1007 [PubMed] [WebPage] [PDF]

    • Bürgel N, Bojarski C, Mankertz J, Zeitz M, Fromm M, Schulzke JD (2002) Mechanisms of diarrhea in collagenous colitis. Gastroenterology 123(2): 433-443 [PubMed] [WebPage] [PDF]
       

    Claudin-3
    Localization: Typical for tight epithelia
    Function:
    We have characterized claudin-3 to be a general barrier former as it reduces permeability for ions without charge preference and uncharged solutes.
    Clinical Impact: Claudin-3 and -4 are receptors for the enterotoxin of Clostridium perfringens.

    • Hempel C, Protze J, Altun E, Riebe B, Piontek A, Fromm A, Lee IM, Saleh T, Günzel D, Krause G, Piontek J (2020) Assembly of tight junction strands: Claudin-10b and claudin-3 form homo-tetrameric building blocks that polymerize in a channel-independent manner. J. Mol. Biol. 432(7): 2405-2427 (°IF 5.1) [PubMed] [WebPage] [PDF] [Supplementary Figures S1-S11] [Supplementary Table S1]

    • Milatz S*, Himmerkus N* (*shared first authorship), Wulfmeyer VC, Drewell H, Mutig K, Hou J, Breiderhoff T, Müller D, Fromm M, Bleich M°, Günzel D° (°shared last authorship) (2017) Mosaic expression of claudins in thick ascending limbs of Henle results in spatial separation of paracellular Na+ and Mg2+ transport. Proc. Natl. Acad. Sci. USA 114(2): E219-E227 [PubMed] [WebPage] [PDF+Supplement]. "Paper of the month" 03/2017 of the German Physiological Society

    • Milatz S, Krug SM, Rosenthal R, Günzel D, Müller D, Schulzke JD, Amasheh S*, Fromm M* (*shared last authorship) (2010) Claudin-3 acts as a sealing component of the tight junction for ions of either charge and uncharged solutes. Biochim. Biophys. Acta Biomembr.  [PubMed] [WebPage] [PDF]

      • Doctoral thesis, biology: Dr. rer. nat. Susanne Milatz (2010) Funktionelle Charakterisierung des Tight Junction-Proteins Claudin-3 in Epithel- und Endothelzellen. Magna cum laude

    • Markov AG, Falchuk EL, Kruglova NM, Rybalchenko OV, Fromm M, Amasheh S (2014) Comparative analysis of theophylline and cholera toxin in rat colon reveals an induction of sealing tight junction proteins. Pflügers Arch. 466(11): 2059-2065 [PubMed] [WebPage] [PDF]

    • Tebbe B, Mankertz J, Schwarz C, Amasheh S, Fromm M, Schultz-Ehrenburg U, Sánchez Ruderisch H, Schulzke JD, Orfanos CE (2002) Tight junction proteins: A novel class of integral membrane proteins. Expression in human epidermis and HaCaT keratinocytes. Arch. Dermatol. Res. 294: 14-18 [PubMed] [WebPage] [PDF]

    Claudin-4
    Localization: Typical for tight epithelia
    Function:
    Paracellular barrier
    Clinical Impact: In the Williams-Beuren-Syndrome, claudin-4 is not expressed .

    • Eichner M, Augustin C, Fromm A, Piontek A, Walther W, Bücker R, Fromm M, Krause G, Schulzke JD, Günzel D, Piontek J (2018) In colon epithelia, Clostridium perfringens enterotoxin causes focal leaks by targeting claudins which are apically accessible due to tight junction derangement. J. Infect. Dis. 217(1): 147-157 [PubMed] [WebPage] [PDF]

    • Markov AG, Falchuk EL, Kruglova NM, Rybalchenko OV, Fromm M, Amasheh S (2014) Comparative analysis of theophylline and cholera toxin in rat colon reveals an induction of sealing tight junction proteins. Pflügers Arch. 466(11): 2059-2065 [PubMed] [WebPage] [PDF]

    • Amasheh M, Schlichter S, Amasheh S, Mankertz J, Zeitz M, Fromm M, Schulzke JD (2008) Quercetin enhances epithelial barrier function and increases claudin-4 expression in Caco-2 cells. J. Nutr.  138(6): 1067-1073 [PubMed] [WebPage] [PDF]

    • Florian P, Amasheh S, Lessidrensky M, Todt I, Bloedow A, Ernst A, Fromm M, Gitter AH (2003) Claudins in the tight junctions of stria vascularis marginal cells. Biochem. Biophys. Res. Comm. 304: 5-10 [PubMed] [WebPage] [PDF]

    Claudin-5
    Localization: Typical for endothelia
    Function: We were able to show that claudin-5 belongs to the barrier-forming claudins and that it is expressed also in some epithelia.
    Clinical Impact: Claudin-5 is deleted in patients suffering from velo-cardio-facial syndrome (DiGeorge syndrome). Claudin-5-deficient mice exhibit a barrier defect of the blood-brain barrier.

    • Barmeyer C, Erko I, Awad K, Fromm A, Bojarski C, Meissner S, Loddenkemper C, Kerick M, Siegmund B, Fromm M, Schweiger MR, Schulzke JD (2017) Epithelial barrier dysfunction in lymphocytic colitis through cytokine-dependent internalization of claudin-5 and -8. J. Gastroenterol. 52(10): 1090-1100 [PubMed] [WebPage] [PDF] [Supplement]

    • Protze J, Eichner M, Piontek A, Dinter S, Rossa J, Blecharz KG, Vajkoczy P, Piontek J*, Krause G* (*shared last authorship) (2014) Directed structural modification of Clostridium perfringens enterotoxin to enhance binding to claudin-5. Cell. Mol. Life Sci. 72(7): 1417-1432 [PubMed] [WebPage] [PDF]

    • Dittmann I, Amasheh M, Krug SM, Markov AG, Fromm M, Amasheh S (2014) Laurate permeabilizes the paracellular pathway for small molecules in the intestinal epithelial cell model HT-29/B6 via opening the tight junctions by reversible relocation of claudin-5. Pharm. Res. 31(9): 2539–2548 [PubMed] [WebPage] [PDF]

    • Amasheh S, Schmidt T, Mahn M, Florian P, Mankertz J, Tavalali S, Gitter AH, Schulzke JD, Fromm M (2005) Contribution of claudin-5 to barrier properties in tight junctions of epithelial cells. Cell Tissue Res. 321(1): 89-96 [PubMed] [WebPage] [PDF]

    Claudin-6
    Localization: Embryonic epithelia, adipose tissue
    Function:
    Overexpression of claudin 6 results in decreased expression of other claudins and a severe barrier defect

    Claudin-7
    Localization: Kidney: Distal nephron
    Function:
    Overexpression of claudin-7 decreases the paracellular Cl- conductance and increases the paracellular Na+ conductance in LLC-PK1 cells

    Claudin-8
    Localization: Kidney: Aldosterone-sensitive distal nephron (ASDN)
    Function:
    Barrier for cations in tight epithelia.

    • Nattramilarasu PK, Bücker R, Lobo de Sá FD, Fromm A, Nagel O, Lee IM, Butkevych E, Mousavi S, Genger C, Kløve S, Heimesaat MM, Bereswill S, Schweiger MR, Nielsen HL, Troeger H, Schulzke JD (2020) Campylobacter concisus impairs sodium absorption in colonic epithelium via ENaC dysfunction and claudin-8 disruption. Int. J. Mol. Sci. (Special Issue "Ion and molecule transport in membrane systems 2.0") 21(2): e373 (23 pages) (°IF 4.2) [PubMed] [WebPage] [PDF] [Supplements]

    • Barmeyer C, Erko I, Awad K, Fromm A, Bojarski C, Meissner S, Loddenkemper C, Kerick M, Siegmund B, Fromm M, Schweiger MR, Schulzke JD (2017) Epithelial barrier dysfunction in lymphocytic colitis through cytokine-dependent internalization of claudin-5 and -8. J. Gastroenterol. 52(10): 1090-1100 [PubMed] [WebPage] [PDF] [Supplement]

    • Amasheh S*, Milatz S* (*shared first authorship), Krug SM, Bergs M, Amasheh M, Schulzke JD, Fromm M (2009) Na+ absorption defends from paracellular back-leakage by claudin-8 upregulation. Biochem. Biophys. Res. Comm. 378: 45-50 [PubMed] [WebPage] [PDF]

    Claudin-10a and Claudin-10b
    Localization: Claudin-10 exists in six splice variants. Two variants are of major importance, 10a, localized in kidney proximal tubule TJs, and variant 10b, localized in many epithelia including kidney
    Function:
    Claudin-10a is anion selective. Claudin-10b forms a cation selective channel, which is, in contrast to claudin-2, not permeable to water.

    • Hempel C, Protze J, Altun E, Riebe B, Piontek A, Fromm A, Lee IM, Saleh T, Günzel D, Krause G, Piontek J (2020) Assembly of tight junction strands: Claudin-10b and claudin-3 form homo-tetrameric building blocks that polymerize in a channel-independent manner. J. Mol. Biol. 432(7): 2405-2427 (°IF 5.1) [PubMed] [WebPage] [PDF] [Supplementary Figures S1-S11] [Supplementary Table S1]

    • Breiderhoff T*, Himmerkus N* (shared first authorship), Drewell H, Plain A, Günzel D, Mutig K, Willnow TE°, Müller D°, Bleich M° (°corresponding) (2017) Deletion of claudin-10 in the kidney rescues claudin-16-deficient mice from hypomagnesmia and hypercalciuria. Kidney Int. 93(3): 580-588 [PubMed] [WebSite] [PDF]

    • Klar J, Piontek J, Milatz S, Tariq M, Jameel M, Breiderhoff T, Schuster J, Fatima A, Asif M, Sher M, Mäbert K, Fromm A, Baig SM, Günzel D, Dahl N (2017) Altered paracellular cation permeability due to a rare CLDN10B variant causes anhidrosis and kidney damage. Plos Genet. 13(7): e1006897 (pages 1-22 + 6 supplements) [PubMed] [WebPage] [PDF] [Supplement]

    • Fromm M, Piontek J, Rosenthal R, Günzel D, Krug SM (2017) Tight junctions of the proximal tubule and their channel proteins. Pflügers Arch. 469(7-8): 877-887 [PubMed] [WebPage] [PDF]

    • Milatz S, Piontek J, Hempel C, Meoli L, Grohe C, Fromm A, Lee IM, El-Athman R, Günzel D (2017) Tight junction strand formation by claudin-10 isoforms and claudin-10a/-10b chimeras. Ann. N.Y. Acad. Sci. 1405: 102-115 (°IF 4.7) [PubMed] [WebPage] [PDF]

    • Milatz S*, Himmerkus N* (*shared first authorship), Wulfmeyer VC, Drewell H, Mutig K, Hou J, Breiderhoff T, Müller D, Fromm M, Bleich M°, Günzel D° (°shared last authorship) (2017) Mosaic expression of claudins in thick ascending limbs of Henle results in spatial separation of paracellular Na+ and Mg2+ transport. Proc. Natl. Acad. Sci. USA 114(2): E219-E227 [PubMed] [WebPage] [PDF+Supplement]. "Paper of the month" 03/2017 of the German Physiological Society

    • Milatz S, Breiderhoff T (2017) One gene, two paracellular ion channels ‒ claudin-10 in the kidney. Pflügers Arch. 469(1): 115-121 [PubMed] [WebPage] [PDF] (Review)

    • Rosenthal R, Milatz S, Krug SM, Oelrich B, Schulzke JD, Amasheh S, Günzel D, Fromm M (2010) Claudin-2, a component of the tight junction, forms a paracellular water channel. J. Cell Sci. 123(11): 1913-1921 [PubMed] [WebPage] [PDF] [Supplement]

    • Günzel D, Stuiver M, Kausalya PJ, Haisch L, Krug SM, Rosenthal R, Meij IC, Hunziker W, Fromm M, Müller D (2009) Claudin-10 exists in six alternatively spliced isoforms which exhibit distinct localization and function. J. Cell Sci. 122: 1507-1517 [PubMed] [WebPage] [PDF]

    Claudin-11 (= OSP)
    Localization: CNS: oligodendrocytes, Testis: Sertoli cells, Ear: organ of Corti, Kidney: prox. tubule, Henle's loop
    Function: Barrier

    Claudin-14
    Localization: Ear: cochlea hair cells; Kidney: collecting duct
    Function:
    Barrier in cochlea hair cells

    • Hering NA*, Richter JF* (*shared first authorship), Fromm A, Wieser A, Hartmann S, Günzel D, Bücker R, Fromm M, Schulzke JD° (°corresponding author), Troeger H (2014) TcpC protein from E. coli Nissle improves epithelial barrier function involving PKCζ and ERK1/2 signalling in HT-29/B6 cells. Mucosal Immunol. 7(2): 369-378 [PubMed] [WebPage] [PDF]

    Claudin-15
    Localization: Intestine
    Function:
    Claudin-15 forms a paracellular channel for small cations.
    As recently shown, claudin-15, acta as a water channel, with distinct function compared to claudin-2 (Rosenthal et al. 2019).

    • Rosenthal R, Günzel D, Piontek J, Krug SM, Ayala-Torres C, Hempel C, Theune D, Fromm M (2020) Claudin-15 forms a water channel through the tight junction with distinct function compared to claudin-2. Acta Physiol. 228(1): e13334 (15 pages) (°IF 5.9) [PubMed] [WebPage] [PDF]
          - Editorial Commentary on this article: Alexander RT (2020) Claudin-15 is not a drag! Acta Physiol. 228(1): e13397 [PubMed] [WebPage] [PDF]

    Claudin-16  (initially named paracellin-1)
    Localization: Kidney: thick ascending limb of Henle's loop and distal tubule
    Function:
    Claudin-16 (together with claudin-19) facilitates renal magnesium and calcium transport
    Clinical Impact: Mutations of claudin-16 and claudin-19 are causative for familial hypomagnesemia, together with hypercalciuria and nephrocalcinosis (FHHNC)

    • Breiderhoff T*, Himmerkus N* (shared first authorship), Drewell H, Plain A, Günzel D, Mutig K, Willnow TE°, Müller D°, Bleich M° (°corresponding) (2017) Deletion of claudin-10 in the kidney rescues claudin-16-deficient mice from hypomagnesmia and hypercalciuria. Kidney Int. 93(3): 580-588 [PubMed] [WebSite] [PDF]

    • Milatz S*, Himmerkus N* (*shared first authorship), Wulfmeyer VC, Drewell H, Mutig K, Hou J, Breiderhoff T, Müller D, Fromm M, Bleich M°, Günzel D° (°shared last authorship) (2017) Mosaic expression of claudins in thick ascending limbs of Henle results in spatial separation of paracellular Na+ and Mg2+ transport. Proc. Natl. Acad. Sci. USA 114(2): E219-E227 [PubMed] [WebPage] [PDF+Supplement]. "Paper of the month" 03/2017 of the German Physiological Society

    • Will C, Breiderhoff T, Thumfart J, Stuiver M, Kopplin K, Sommer K, Günzel D, Querfeld U, Meij IC, Shan Q, Bleich M, Willnow TE, Müller D (2010) Targeted deletion of murine Cldn16 identifies extra- and intrarenal compensatory mechanisms of Ca2+ and Mg2+ wasting. Am. J. Physiol. Renal Physiol. 298: F1152-F1161 [PubMed] [WebPage] [PDF]

    • Günzel D, Amasheh S, Pfaffenbach S, Richter JF, Kausalya PJ, Hunziker W, Fromm M (2009) Claudin-16 affects transcellular Cl- secretion in MDCK cells. J. Physiol. (Lond.) 587(15): 3777-3793 [PubMed] [WebPage] [PDF] [Supplement]

    • Kausalya PJ*, Amasheh S* (*shared first authorship, p 890), Günzel D, Wurps H, Müller D, Fromm M, Hunziker W (2006) Disease-associated mutations affect intracellular traffic and paracellular Mg2+ transport function of claudin-16. J. Clin. Invest. 116(4): 878-891 [PubMed] [WebPage] [PDF]

    Claudin-17
    Localization: Kidney: abundant in the nephron. Marginal in brain.
    Function: Claudin-17 forms paracellular anion channels (discovered by Krug et al. 2012, Cell. Mol. Life Sci.).
    Molecular:
    Claudin-17 anion selectivity critically depends on a positive charge at position 65.

    • Fromm M, Piontek J, Rosenthal R, Günzel D, Krug SM (2017) Tight junctions of the proximal tubule and their channel proteins. Pflügers Arch. 469(7-8): 877-887 [PubMed] [WebPage] [PDF]

    • Conrad MP*, Piontek J* (*shared first authorship), Günzel D, Fromm M, Krug SM (2016) Molecular basis of claudin-17 anion selectivity. Cell. Mol. Life Sci. 73(1): 185-200 [PubMed] [WebPage] [PDF] [Supplement]

    • Krug SM, Günzel D, Conrad MP, Rosenthal R, Fromm A, Amasheh S, Schulzke JD, Fromm M (2012) Claudin-17 forms tight junction channels with distinct anion selectivity. Cell. Mol. Life Sci. 69(16): 2765-2778 [PubMed] [WebPage] [PDF] [Supplement]

    Claudin-18
    Localization: Cochlea, Corti organ, Stria vascularis marginal cells; Claudin 18-1: Lung; Claudin-18-2: Stomach, Oesophagus, also small intestine

    Claudin-19
    Localization: Kidney: thick ascending limb of Henle's loop and distal nephron, Nerve: Schwann cells
    Function: Claudin-19 (together with claudin-16) facilitates renal magnesium and calcium transport
    Clinical Impact: Mutations of claudin-16 and claudin-19 are causative for familial hypomagnesemia, together with hypercalciuria and nephrocalcinosis (FHHNC)

    • Milatz S*, Himmerkus N* (*shared first authorship), Wulfmeyer VC, Drewell H, Mutig K, Hou J, Breiderhoff T, Müller D, Fromm M, Bleich M°, Günzel D° (°shared last authorship) (2017) Mosaic expression of claudins in thick ascending limbs of Henle results in spatial separation of paracellular Na+ and Mg2+ transport. Proc. Natl. Acad. Sci. USA 114(2): E219-E227 [PubMed] [WebPage] [PDF+Supplement]. "Paper of the month" 03/2017 of the German Physiological Society

    Claudin-20
    Localization: Eye: Retina pigment epithelium

    Claudin-21
    Expressed in the embryonic state only.
    Function:
    May act as more or less unspecific channel (Tanaka et al. 2016, Mol. Cell Biol.)

    Claudin-22
    Localization: Choroid plexus (Kratzer et al. 2012, Histochem. Cell Biol.)

    Claudin-23
    Localization: Skin, placenta, stomach, colon tumors

    Claudin-24

    Claudin-25

    Claudin-26 (= TMEM 114)

    Claudin-27

    TAMP family
    General: TAMP stands for Tight junction-Associated Marvel Proteins. The TAMP family includes occludin, tricellulin, and marvelD3, which share a transmembrane domain motif called MARVEL (Myelin and lymphocyte And Related protein for VEsicle trafficking and membrane Link).

    Occludin
    Localization: All epithelia
    Function:
    The function of occludin is still poorly understood. In a collaboration, the lab of Shoichiro Tsukita and our group have shown that in occludin-KO mice the tight juncion barrier is unaltered. This means that occludin either has no intrinsic barrier properties or can be replaced by other components of the tight junction.

    • Saitou M, Furuse M, Sasaki H, Schulzke JD, Fromm M, Takano H, Noda T, Tsukita S (2000) Complex phenotype of mice lacking occludin, a component of tight junction strands. Mol. Biol. Cell 11(12): 4131-4142 [PubMed] [WebPage] [PDF]

    In occludin-knockout mice the glandular structure of the stomach exhibited a complete loss of parietal cells and mucus cell hyperplasia, as a result of which acid secretion was virtually abolished. A dramatic change in gastric morphology and secretory function indicates that occludin is involved in gastric epithelial differentiation.

    • Schulzke JD, Gitter AH, Mankertz J, Spiegel S, Seidler U, Amasheh S, Saitou M, Tsukita S, Fromm M (2005) Epithelial transport and barrier function in occludin-deficient mice. Biochim. Biophys. Acta - Biomembranes 1669(1): 34-42 [PubMed] [WebPage] [PDF]

    Little is known about the regulatory mechanisms of occludin that influence occludin gene expression. We aimed to identify the sequences essential in cis for genomic regulation of tight junction formation and to investigate their functional role in cytokine-dependent tight junction regulation.
    Using genome walking cloning of occludin-specific human genomic DNA sequences, a 1853 bp DNA fragment containing the transcription start point of occludin cDNA sequences was amplified and sequenced. The proinflammatory cytokines, TNFa and interferon g diminished occludin promoter activity alone and even synergistically, suggesting a genomic regulation of alterations of the paracellular barrier. Both cytokines downregulate the expression of occludin, paralleling the barrier disturbance detected electrophysiologically. This could be an important mechanism in gastrointestinal diseases accompanied by barrier defects, for example inflammatory bowel diseases.

    • Dörfel MJ, Westphal JK, Bellmann C, Krug SM, Cording J, Mittag S, Tauber R, Fromm M, Blasig IE, Huber O (2013) CK2-dependent phosphorylation of occludin regulates the interaction with ZO-proteins and tight junction integrity. Cell Commun. Signal. 11(1): 40 [PubMed] [WebPage] [PDF]

    • Mankertz J, Waller JS, Hillenbrand B, Tavalali S, Florian P, Schöneberg T, Fromm M, Schulzke JD (2002) Gene expression of the tight junction protein occludin includes differential splicing and alternative promoter usage. Biochem. Biophys. Res. Comm. 298: 657-666 [PubMed] [PDF]

    • Mankertz J, Tavalali S, Schmitz H, Mankertz A, Fromm M, Schulzke JD (2000) Expression from the human occludin promoter is affected by tumor necrosis factor a and interferon g. J. Cell Sci. 113(Pt 11): 2085-2090 [PubMed] [PDF] [GenBank: Homo sapiens occludin gene, partial sequence]

    Tricellulin (= marvelD2)
    Localization: Tricellular tight junction (tTJ), i.e. the site where three epithelial or endothelial cells meet.
    Function: Tricellulin was discovered by Shoichiro Tsukita who has died in Dec. 2005, a few days before his landmark paper appeared: Ikenouchi et al., 2005, J. Cell Biol. 171(6): 939-945 [PubMed] [PDF]. In cell cultures, lack of tricellulin prevents the development of the epithelial barrier. We showed that tricellulin tightens the tricellular junction against macromolecules. We propose that, at impaired tricellulin expression, the tTJ becomes a major site for the passage of macromolecules.

    • Ayala-Torres C, Krug SM, Schulzke JD, Rosenthal R*, Fromm M* (*shared last authorship) (2019) Tricellulin effect on paracellular water transport. Int. J. Mol. Sci. 20(22): 5700 (15 pages) (°IF 4.2) [PubMed] [WebPage] [PDF]

    • Krug SM, Bojarski C, Fromm A, Lee IM, Dames P, Richter JF, Turner JR, Fromm M*, Schulzke JD* (*shared last authorship) (2018) Tricellulin is regulated via interleukin-13-receptor α2, affects macromolecule uptake, and is decreased in ulcerative colitis. Mucosal Immunol. 11(2): 345-356 [PubMed] [WebPage] [PDF] [Supplement] [Supplementary Movie

    • Krug SM, Hayaishi T, Iguchi D, Watari A, Takahashi A, Fromm M, Nagahama M, Takeda H, Okada Y, Sawasaki T, Doi T, Yagi K, Kondoh M (2017) Angubindin-1, a novel paracellular absorption enhancer acting at the tricellular tight junction. J. Contr. Release 260: 1-11 [PubMed] [WebPage] [PDF] [Supplement]

    • Krug SM (2017) Contribution of the tricellular tight junction to paracellular permeability in leaky and tight epithelia. Ann. N.Y. Acad. Sci. 1317(1): 219-230 [PubMed] [WebPage] [PDF]

    • Schütz A, Radusheva V, Krug SM*, Heinemann U* (*shared last authorship) (2017) Crystal structure of the tricellulin C-terminal coiled-coil domain reveals a unique mode of dimerization. Ann. N.Y. Acad. Sci. 1405: 147-159 [PubMed] [WebPage] [PDF] [Supplement]

    • Krug SM, Amasheh M, Dittmann I, Christoffel I, Fromm M, Amasheh S (2013) Sodium caprate as an enhancer of macromolecule permeation across tricellular tight junctions of intestinal cells. Biomaterials 34(1): 275-282 [PubMed] [WebPage] [PDF] 

    • Krug SM, Amasheh S, Richter JF, Milatz S, Günzel D, Westphal JK, Huber O, Schulzke JD, Fromm M (2009) Tricellulin forms a barrier to macromolecules in tricellular tight junctions without affecting ion permeability. Mol. Biol. Cell  20: 3713-3724 [PubMed] [WebPage] [PDF] [Supplement text] [Supplement video]

      • Doctoral thesis, biochemistry: Dr. rer. nat. Susanne M. Krug (2009) Tricellulin und seine Funktion in der trizellulären Tight Junction von Epithelzellen. Biochemie, FU Berlin. Summa cum laude

    • Westphal JK, Dörfel MJ, Krug SM, Cording JD, Piontek J, Blasig IE, Tauber R, Fromm M, Huber O (2010) Tricellulin forms homomeric and heteromeric tight junctional complexes. Cell. Mol. Life Sci. 67(12): 2057-2068 [PubMed] [WebPage] [Supplement WebPage] [PDF] [Suppl. Fig. 1] [Suppl. Fig. 2

    MarvelD3
    Localization: Splice variant 1 within the bicellular TJ; splice variant 2 within the tricellular TJ.
    Function: Regulation: couples tight junctions to the JNK pathway to regulate cell behavior and survival.

     

    Angulin family

    The term "angulin" was introduced by Higashi et al. 2013 [PubMed], integrating a family of three single-span proteins predominatly localized in the tricellular tight junction (tTJ):
    - angulin-1 = LSR, lipolysis-stimulated lipoprotein receptor,
    - angulin-2 = ILDR1, immunoglobulin-like domain-containing receptor 1,
    - angulin-3 = ILDR2, immunoglobulin-like domain-containing receptor 2.

    Angulin-1 and angulin-2 are relevant for recruitment of tricellulin to the tricellular TJ. If defective or decreased, the lack of well-localized tricellulin causes opening of the tTJ barrier.

    • Krug SM, Hayaishi T, Iguchi D, Watari A, Takahashi A, Fromm M, Nagahama M, Takeda H, Okada Y, Sawasaki T, Doi T, Yagi K, Kondoh M (2017) Angubindin-1, a novel paracellular absorption enhancer acting at the tricellular tight junction. J. Contr. Release 260: 1-11 [PubMed] [WebPage] [PDF] [Supplement]

    JAM family

    The JAM (Junctional Adhesion Molecule) family consists of 7 members: Three "classical" ones (JAM-A, JAM-B, JAM-C) and four "non-classical" ones (CAR, ESAM, JAM-J, JAM-4). For comprehensive review see Garrido-Urbani et al. 2014 [PubMed]).

    JAM proteins are localized just "below" the TJ strands (meaning more to basal cell side) and provide mechanical adhesion between lateral membranes of neighboring cells. JAM molecules have no direct barrier function by itself, but if JAM cell-cell contacts are impaired the lateral cell membranes lose contact. Necessarily, adjacent TJ proteins also lose contact to each other and the paracellular barrier opens.

    JAMs form cis- and trans-interactions with other JAMs. All JAMs contain PDZ motifs and bind to numerous intracellular parters.

     

    Scaffold proteins

    Scaffold proteins provide an intracellular connection between most claudins and the TAMPs with the actin cytoskeleton. Best-known are ZO-1 and ZO-2 (Zonula Occludens-1 and -2). The name "Zonula occludens" suggests they are tight junction proteins, but in a strict sense they are not. They are located intracellularly and connected via PDZ domains with the claudins, TAMPs, and JAMs.

    • Dörfel MJ, Westphal JK, Bellmann C, Krug SM, Cording J, Mittag S, Tauber R, Fromm M, Blasig IE, Huber O (2013) CK2-dependent phosphorylation of occludin regulates the interaction with ZO-proteins and tight junction integrity. Cell Commun. Signal. 11(1): 40 [PubMed] [WebPage] [PDF]

    • Schumann M, Günzel D, Buergel N, Richter JF, Troeger H, May C, Fromm A, Sorgenfrei D, Daum S, Bojarski C, Heyman M, Zeitz M, Fromm M, Schulzke JD (2012) Cell polarity-determining proteins Par-3 and PP-1 are involved in epithelial tight junction defects in celiac disease. Gut 61(2): 220-228 [PubMed] [WebPage] [PDF] [Supplements]

     

    Molecular structure 

     

    Molecular structure of single claudins

    The first crystal structure of a claudin was published in 2014 by Suzuki et al. for claudin-15 [PubMed].

    This was a major breakthrough, which then also allowed for homology studies on other members of the claudin family.
    We have performed studies on the molecular structure of the following claudins:
    - Claudin-3 (Rossa, Plöger et al. 2014; Milatz et al. 2015)
    - Claudin-5 (Rossa, Protze et al. 2014; Rossa, Plöger et al. 2014) 
    - Claudin-17 (Conrad et al. 2016)

    • Krause G, Protze J, Piontek J (2015) Assembly and function of claudins: Structure-function relationships based on homology models and crystal structures. Semin. Cell Devel. Biol. 42: 3-12  [PubMed] [WebPage] [PDF] (Review)

    • Piontek A, Rossa J, Protze J, Wolburg H, Hempel C, Günzel D, Krause G, Piontek J (2017) Polar and charged extracellular residues conserved among sealing claudins contribute to tight junction strand formation. Ann. N.Y. Acad. Sci. 1397: 143-156 [PubMed] [WebPage] [PDF]
       

    Molecular architecture of tight junctions

    Our comprehensive review on that topic:

    • Piontek J, Krug SM, Protze J, Krause G, Fromm M (2020) Molecular architecture and assembly of the tight junction backbone. BBA - Biomembranes 1862(7): 183279 (15 pages) (°IF 3.8) [Part of Special Volume "The vertebrate epithelial apical junctional complex", Hervé JC ed.] [PubMed] [WebPage] [PDF] [Supplement]

     

    We have done studies on the oligomeric TJ-arrangement of the following claudins:

    Barrier-forming claudins:
    - Claudin-1 (Milatz et al. 2015; Piontek-A et al., 2017)
    - Claudin-3 (Rossa, Plöger et al. 2014; Milatz et al. 2015; Piontek-A et al., 2017; Hempel et al. 2020)
    Channel-forming claudins:
    - Claudin-10a and claudin-10b (Milatz et al. 2017; Klar et al. 2017; Hempel et al. 2020)
    - Claudin-2, claudin-15, and claudin-17 (Krause et al. 2015; Fromm et al. 2017)

    • Hempel C, Protze J, Altun E, Riebe B, Piontek A, Fromm A, Lee IM, Saleh T, Günzel D, Krause G, Piontek J (2020) Assembly of tight junction strands: Claudin-10b and claudin-3 form homo-tetrameric building blocks that polymerize in a channel-independent manner. J. Mol. Biol. 432(7): 2405-2427 (°IF 5.1) [PubMed] [WebPage] [PDF] [Supplementary Figures S1-S11] [Supplementary Table S1]

    • Conrad MP*, Piontek J* (*shared first authorship), Günzel D, Fromm M, Krug SM (2016) Molecular basis of claudin-17 anion selectivity. Cell. Mol. Life Sci. 73(1): 185-200 [PubMed] [WebPage] [PDF] [Supplement]

    • Eichner M, Protze J, Piontek A, Krause G, Piontek J (2017) Targeting and alteration of tight junctions by bacteria and their virulence factors such as Clostridium perfringens enterotoxin. Pflügers Arch. 469(1): 77-90 [PubMed] [WebPage] [PDF] (Review)

    • Fromm M, Piontek J, Rosenthal R, Günzel D, Krug SM (2017) Tight junctions of the proximal tubule and their channel proteins. Pflügers Arch. 469: 877-887 [PubMed] [WebPage] [PDF] (Review)

    • Klar J, Piontek J, Milatz S, Tariq M, Jameel M, Breiderhoff T, Schuster J, Fatima A, Asif M, Sher M, Mäbert K, Fromm A, Baig SM, Günzel D, Dahl N (2017) Altered paracellular cation permeability due to a rare CLDN10B variant causes anhidrosis and kidney damage. Plos Genet. 13(7): e1006897 (pages 1-22 + 6 Supplements) [PubMed] [WebPage] [PDF] [Supplement]

    • Krause G, Protze J, Piontek J (2015) Assembly and function of claudins: Structure-function relationships based on homology models and crystal structures. Semin. Cell Devel. Biol. 42: 3-12  [PubMed] [WebPage] [PDF] (Review)

    • Krause G, Winkler L, Müller SL, Haseloff RF, Piontek J, Blasig IE (2008) Structure and function of claudins. Biochim. Biophys. Acta 1778(3): 631-645 [PubMed] [WebPage] [PDF] (Review)

    • Milatz S, Piontek J, Schulzke JD, Blasig IE, Fromm M, Günzel D (2015) Probing the cis-arrangement of prototype tight junction proteins claudin-1 and claudin-3. Biochem. J. 468(3): 449-458 [PubMed] [WebPage] [PDF]

    • Piontek A, Rossa J, Protze J, Wolburg H, Hempel C, Günzel D, Krause G, Piontek J (2017) Polar and charged extracellular residues conserved among sealing claudins contribute to tight junction strand formation. Ann. N.Y. Acad. Sci. 1397: 143-156 [PubMed] [WebPage] [PDF]

    • Protze J, Eichner M, Piontek A, Dinter S, Rossa J, Blecharz KG, Vajkoczy P, Piontek J*, Krause G* (*shared last authorship) (2015) Directed structural modification of Clostridium perfringens enterotoxin to enhance binding to claudin-5. Cell. Mol. Life Sci. 72(7): 1417-1432 [PubMed] [WebPage] [PDF]

    • Rossa J, Plöger C, Vorreiter F, Saleh T, Protze J, Günzel D, Wolburg H, Krause G, Piontek J (2014) Claudin-3 and claudin-5 protein folding and assembly into the tight junction are controlled by non-conserved residues in transmembrane2 (TM3) and extracellular loop 2 (ECL2) segments. J. Biol. Chem. 289(11): 7641-7653 [PubMed] [WebPage] [PDF] [Supplements]

    • Rossa J*, Protze J* (*shared first authorship), Kern C, Piontek A, Günzel D, Krause G*, Piontek J* (*shared last authorship) (2014) Molecular and structural transmembrane determinants critical for embedding claudin-5 into tight junctions reveal distinct four helix bundle arrangement. Biochem. J. 464(1): 49-60 [PubMed] [WebPage References: <1f38598b-c31a-01e6-f2d9-3353a02c7cd2@charite.de> <3285b18c-1ba9-bf82-c8c3-6289519b6e89@charite.de> <503a746e-4b84-090d-97fb-6663a976bdba@charite.de> <0808a480-8720-fdb4-5d64-d51f62b0e4d2@charite.de> From: "Dr. Susanne Krug" Message-ID: <3c894a81-2821-f66f-efd6-c854c2fc51b1@charite.de> Date: Thu, 28 Jan 2021 15:51:45 +0100 User-Agent: Mozilla/5.0 (Windows NT 10.0; Win64; x64; rv:78.0) Gecko/20100101 Thunderbird/78.7.0 In-Reply-To: <0808a480-8720-fdb4-5d64-d51f62b0e4d2@charite.de> Content-Type: multipart/alternative; boundary="------------7515F7859BBFE05DCB0E21AE" Return-Path: susanne.m.krug@charite.de X-MS-Exchange-Organization-AuthSource: s-mx14-ht02.charite.de X-MS-Exchange-Organization-AuthAs: Internal X-MS-Exchange-Organization-AuthMechanism: 06 X-Originating-IP: [10.47.64.201] MIME-Version: 1.0 --------------7515F7859BBFE05DCB0E21AE Content-Type: text/plain; charset="utf-8"; format=flowed Content-Transfer-Encoding: 8bit Eure PLZ war 12205, oder? Am 28.01.2021 um 15:46 schrieb Michael Fromm: > ... stimmt, bis 20:00 Uhr wäre etwas spät, wenn man es teilweise noch > zubereiten/aufbraten muss -- war das nicht so bei denen ober vewechsle > ich das jetzt mit einem anderen Lokal? > ~~~~~~~~~~~ > > Am 28.01.2021 um 15:43 schrieb Dr. Susanne Krug: >> >> Eben gesehen, dass das Fenster etwas großzügig auswählb0100 Message-ID: <8A49C106579A3D479650D01CDBD43CF9019FB95B57@s-mx14-mb0101.charite.de> References: <4bc05515-6653-95fd-dc76-fef67d7a6d57@charite.de>, In-Reply-To: Accept-Language: de-DE, en-US Content-Language: de-DE X-MS-Exchange-Organization-AuthAs: Internal X-MS-Exchange-Organization-AuthMechanism: 04 X-MS-Exchange-Organization-AuthSource: s-mx14-ht01.charite.de X-MS-Has-Attach: yes X-MS-Exchange-Organization-SCL: -1 X-MS-TNEF-Correlator: Content-Type: multipart/mixed; boundary="_002_8A49C106579A3D479650D01CDBD43CF9019FB95B57smx14mb0101ch_" MIME-Version: 1.0 --_002_8A49C106579A3D479650D01CDBD43CF9019FB95B57smx14mb0101ch_ Content-Type: text/html; charset="utf-8" Content-Transfer-Encoding: base64 PGh0bWwgZGlyPSJsdHIiPg0KPGhlYWQ+DQo8bWV0YSBodHRwLWVxdWl2PSJDb250ZW50LVR5cGUi IGNvbnRlbnQ9InRleHQvaHRtbDsgY2hhcnNldD11dGYtOCI+DQo8c3R5bGUgdHlwZT0idGV4dC9j c3MiIGlkPSJvd2FQYXJhU3R5bGUiPjwvc3R5bGU+DQo8L2hlYWQ+DQo8Ym9keSBiZ2NvbG9yPSIj RkZGRkZGIiBmcHN0eWxlPSIxIiBvY3NpPSIwIj4NCjxkaXYgc3R5bGU9ImRpcmVjdGlvbjogbHRy O2ZvbnQtZmFtaWx5OiBUYWhvbWE7Y29sb3I6ICMwMDAwMDA7Zm9udC1zaXplOiAxMHB0OyI+RGVh ciBKaWFjaGVuLCBkZWFyIE1pY2hhZWwsDQo8ZGl2Pjxicj4NCjwvZGl2Pg0KPGRpdj5JIG1hZGUg YSBmZXcgY2hhbmdlcyBpbiB0aGUgdGV4dC4gSSBob3BlIHRoYXQgaXQgdW5kZXJsaW5lcyB0aGUg bWFpbiBtZXNzYWdlIGEgYml0IG1vcmUgbm93LiBCdXQgb2YgY291cnNlLCB5b3UgYXJlIGZyZWUg dG8gY2hhbmdlIGFuZCBpbXByb3ZlLiZuYnNwOzwvZGl2Pg0KPGRpdj48YnI+DQo8L2Rpdj4NCjxk aXY+UmVnYXJkaW5nIHRoZSBpbWFnZXMsIEkgYWdyZWUgdGhhdCB0aGUgb3JkZXIgbWlnaHQgYmUg ZGlkYWN0aWNhbGx5IGJldHRlciBpZiBVQyBhY3RpdmUgaXMgaW4gdGhlIG1pZGRsZS48YnI+DQpP ZiBjb3Vyc2UsIHRoZSBibG90cyBzaG91bGQgbm90IGJlIGNoYW5nZWQuIEJ1dCBJIHRoaW5rIGl0 IGlzIG5vdCBzbyBpbXBvcnRuYXQgZm9yIHRoZW0gdG8gZml0IHRvIHRoZSBwbG90cywgYXMgdGhl eSBhcmUgc2VwZXJhdGUgc3ViZmlndXJlcyB0aGF0IGFyZSBuZXh0IHRvIHRoZSBkaWFncmFtcyBh bmQgbm90IGJlbG93IChiZWxvdyBpdCB3b3VsZCBiZSBpbmRlZWQgYSBiaXQgY29uZnVzaW5nKS48 L2Rpdj4NCjxkaXY+PGJyPg0KPC9kaXY+DQo8ZGl2PkJlc3QsPGJyPg0KU3VzYW5uZTwvZGl2Pg0K PGRpdj48YnI+DQo8ZGl2Pjxicj4NCjxkaXYgc3R5bGU9ImZvbnQtZmFtaWx5OlRhaG9tYTsgZm9u dC1zaXplOjEzcHgiPjxzcGFuIHN0eWxlPSJmb250LWZhbWlseTomcXVvdDtTZWdvZSBVSSZxdW90 OyxIZWx2ZXRpY2EsQXJpYWwsc2Fucy1zZXJpZjsgZm9udC1zaXplOjEzLjMzMzNweCI+LS0tLS0t LS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS08L3NwYW4+PGJy IHN0eWxlPSJmb250LWZhbWlseTomcXVvdDtTZWdvZSBVSSZxdW90OyxIZWx2ZXRpY2EsQXJpYWws c2Fucy1zZXJpZjsgZm9udC1zaXplOjEzLjMzMzNweCI+DQo8c3BhbiBzdHlsZT0iZm9udC1mYW1p bHk6JnF1b3Q7U2Vnb2UgVUkmcXVvdDssSGVsdmV0aWNhLEFyaWFsLHNhbnMtc2VyaWY7IGZvbnQt c2l6ZToxMy4zMzMzcHgiPlBEIERyLiByZXIuIG5hdC4gU3VzYW5uZSBNLiBLcnVnPC9zcGFuPjxi ciBzdHlsZT0iZm9udC1mYW1pbHk6JnF1b3Q7U2Vnb2UgVUkmcXVvdDssSGVsdmV0aWNhLEFyaWFs LHNhbnMtc2VyaWY7IGZvbnQtc2l6ZToxMy4zMzMzcHgiPg0KPHNwYW4gc3R5bGU9ImZvbnQtZmFt aWx5OiZxdW90O1NlZ29lIFVJJnF1b3Q7LEhlbHZldGljYSxBcmlhbCxzYW5zLXNlcmlmOyBmb250 LXNpemU6MTMuMzMzM3B4Ij5JbnN0aXR1dCBmw7xyIEtsaW5pc2NoZSBQaHlzaW9sb2dpZTwvc3Bh bj48YnIgc3R5bGU9ImZvbnQtZmFtaWx5OiZxdW90O1NlZ29lIFVJJnF1b3Q7LEhlbHZldGljYSxB cmlhbCxzYW5zLXNlcmlmOyBmb250LXNpemU6MTMuMzMzM3B4Ij4NCjxzcGFuIHN0eWxlPSJmb250 LWZhbWlseTomcXVvdDtTZWdvZSBVSSZxdW90OyxIZWx2ZXRpY2EsQXJpYWwsc2Fucy1zZXJpZjsg Zm9udC1zaXplOjEzLjMzMzNweCI+Q2hhcml0w6kgLSBVbml2ZXJzaXTDpHRzbWVkaXppbiBCZXJs aW48L3NwYW4+PGJyIHN0eWxlPSJmb250LWZhbWlseTomcXVvdDtTZWdvZSBVSSZxdW90OyxIZWx2 ZXRpY2EsQXJpYWwsc2Fucy1zZXJpZjsgZm9udC1zaXplOjEzLjMzMzNweCI+DQo8c3BhbiBzdHls ZT0iZm9udC1mYW1pbHk6JnF1b3Q7U2Vnb2UgVUkmcXVvdDssSGVsdmV0aWNhLEFyaWFsLHNhbnMt c2VyaWY7IGZvbnQtc2l6ZToxMy4zMzMzcHgiPkNhbXB1cyBCZW5qYW1pbiBGcmFua2xpbjwvc3Bh bj48YnIgc3R5bGU9ImZvbnQtZmFtaWx5OiZxdW90O1NlZ29lIFVJJnF1b3Q7LEhlbHZldGljYSxB cmlhbCxzYW5zLXNlcmlmOyBmb250LXNpemU6MTMuMzMzM3B4Ij4NCjxzcGFuIHN0eWxlPSJmb250 LWZhbWlseTomcXVvdDtTZWdvZSBVSSZxdW90OyxIZWx2ZXRpY2EsQXJpYWwsc2Fucy1zZXJpZjsg Zm9udC1zaXplOjEzLjMzMzNweCI+SGluZGVuYnVyZ2RhbW0gMzA8L3NwYW4+PGJyIHN0eWxlPSJm b250LWZhbWlseTomcXVvdDtTZWdvZSBVSSZxdW90OyxIZWx2ZXRpY2EsQXJpYWwsc2Fucy1zZXJp ZjsgZm9udC1zaXplOjEzLjMzMzNweCI+DQo8c3BhbiBzdHlsZT0iZm9udC1mYW1pbHk6JnF1b3Q7 U2Vnb2UgVUkmcXVvdDssSGVsdmV0aWNhLEFyaWFsLHNhbnMtc2VyaWY7IGZvbnQtc2l6ZToxMy4z MzMzcHgiPjEyMjAzIEJlcmxpbjwvc3Bhbj48YnIgc3R5bGU9ImZvbnQtZmFtaWx5OiZxdW90O1Nl Z29lIFVJJnF1b3Q7LEhlbHZldGljYSxBcmlhbCxzYW5zLXNlcmlmOyBmb250LXNpemU6MTMuMzMz M3B4Ij4NCjxiciBzdHlsZT0iZm9udC1mYW1pbHk6JnF1b3Q7U2Vnb2UgVUkmcXVvdDssSGVsdmV0 aWNhLEFyaWFsLHNhbnMtc2VyaWY7IGZvbnQtc2l6ZToxMy4zMzMzcHgiPg0KPHNwYW4gc3R5bGU9 ImZvbnQtZmFtaWx5OiZxdW90O1NlZ29lIFVJJnF1b3Q7LEhlbHZldGljYSxBcmlhbCxzYW5zLXNl cmlmOyBmb250LXNpemU6MTMuMzMzM3B4Ij5UZWw6ICgwMzApIDQ1MCA1MTQgNTI0PC9zcGFuPjxi ciBzdHlsZT0iZm9udC1mYW1pbHk6JnF1b3Q7U2Vnb2UgVUkmcXVvdDssSGVsdmV0aWNhLEFyaWFs LHNhbnMtc2VyaWY7IGZvbnQtc2l6ZToxMy4zMzMzcHgiPg0KPHNwYW4gc3R5bGU9ImZvbnQtZmFt aWx5OiZxdW90O1NlZ29lIFVJJnF1b3Q7LEhlbHZldGljYSxBcmlhbCxzYW5zLXNlcmlmOyBmb250 LXNpemU6MTMuMzMzM3B4Ij5GYXg6ICgwMzApIDQ1MCA1MTQgOTYyPC9zcGFuPjxiciBzdHlsZT0i Zm9udC1mYW1pbHk6JnF1b3Q7U2Vnb2UgVUkmcXVvdDssSGVsdmV0aWNhLEFyaWFsLHNhbnMtc2Vy aWY7IGZvbnQtc2l6ZToxMy4zMzMzcHgiPg0KPHNwYW4gc3R5bGU9ImZvbnQtZmFtaWx5OiZxdW90 O1NlZ29lIFVJJnF1b3Q7LEhlbHZldGljYSxBcmlhbCxzYW5zLXNlcmlmOyBmb250LXNpemU6MTMu MzMzM3B4Ij5NYWlsOiBzdXNhbm5lLm0ua3J1Z0BjaGFyaXRlLmRlPC9zcGFuPjxiciBzdHlsZT0i Zm9udC1mYW1pbHk6JnF1b3Q7U2Vnb2UgVUkmcXVvdDssSGVsdmV0aWNhLEFyaWFsLHNhbnMtc2Vy aWY7IGZvbnQtc2l6ZToxMy4zMzMzcHgiPg0KPHNwYW4gc3R5bGU9ImZvbnQtZmFtaWx5OiZxdW90 O1NlZ29lIFVJJnF1b3Q7LEhlbHZldGljYSxBcmlhbCxzYW5zLXNlcmlmOyBmb250LXNpemU6MTMu MzMzM3B4Ij5JbnN0aXR1dDombmJzcDs8L3NwYW4+PGEgaHJlZj0iaHR0cDovL2tsaW5waHlzLmNo YXJpdGUuZGUvIiB0YXJnZXQ9Il9ibGFuayIgcmVsPSJub29wZW5lciBub3JlZmVycmVyIiBzdHls ZT0iZm9udC1mYW1pbHk6JnF1b3Q7U2Vnb2UgVUkmcXVvdDssSGVsdmV0aWNhLEFyaWFsLHNhbnMt c2VyaWY7IGZvbnQtc2l6ZToxMy4zMzMzcHgiPmh0dHA6Ly9rbGlucGh5cy5jaGFyaXRlLmRlLzwv YT48YnIgc3R5bGU9ImZvbnQtZmFtaWx5OiZxdW90O1NlZ29lIFVJJnF1b3Q7LEhlbHZldGljYSxB cmlhbCxzYW5zLXNlcmlmOyBmb250LXNpemU6MTMuMzMzM3B4Ij4NCjxzcGFuIHN0eWxlPSJmb250 LWZhbWlseTomcXVvdDtTZWdvZSBVSSZxdW90OyxIZWx2ZXRpY2EsQXJpYWwsc2Fucy1zZXJpZjsg Zm9udC1zaXplOjEzLjMzMzNweCI+LS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0t LS0tLS0tLS0tLS0tLS0tLS0tLTwvc3Bhbj48L2Rpdj4NCjwvZGl2Pg0KPGRpdiBzdHlsZT0iZm9u dC1mYW1pbHk6IFRpbWVzIE5ldyBSb21hbjsgY29sb3I6ICMwMDAwMDA7IGZvbnQtc2l6ZTogMTZw eCI+DQo8aHIgdGFiaW5kZXg9Ii0xIj4NCjxkaXYgaWQ9ImRpdlJwRjc3MzE3MCIgc3R5bGU9ImRp cmVjdGlvbjogbHRyOyI+PGZvbnQgZmFjZT0iVGFob21hIiBzaXplPSIyIiBjb2xvcj0iIzAwMDAw MCI+PGI+Vm9uOjwvYj4gSHUsIEppYWNoZW48YnI+DQo8Yj5HZXNlbmRldDo8L2I+IERpZW5zdGFn LCAyMi4gRGV6ZW1iZXIgMjAyMCAxMDoyMTxicj4NCjxiPkFuOjwvYj4gRnJvbW0sIE1pY2hhZWw7 IEtydWcsIFN1c2FubmU8YnI+DQo8Yj5CZXRyZWZmOjwvYj4g562U5aSNOiBSZW1pc3Npb24gbWFu dXNjcmlwdDxicj4NCjwvZm9udD48YnI+DQo8L2Rpdj4NCjxkaXY+PC9kaXY+DQo8ZGl2Pg0KPGRp diBzdHlsZT0iZGlyZWN0aW9uOmx0cjsgZm9udC1mYW1pbHk6VGFob21hOyBjb2xvcjojMDAwMDAw OyBmb250LXNpemU6MTBwdCI+RGVhciBTdXNhbm5lLCBkZWFyIE1pY2hhZWwsDQo8ZGl2Pjxicj4N CjwvZGl2Pg0KPGRpdj5oZXJlIGNvbWVzIHRoZSB1cGRhdGVkIHZlcnNpb24gYWNjb3JkaW5nIHRv IE1pY2hhZWwncyBzdWdnZXN0aW9ucyAodGhhbmsgeW91IHZlcnkgbXVjaCBmb3IgdGhhdCkuPC9k aXY+DQo8ZGl2Pjxicj4NCjwvZGl2Pg0KPGRpdj5JIGRpZG4ndCBjaGFuZ2UgdGhlIG9yZGVyIG9m IFVDIGFjdGl2ZSBhbmQgVUMgUmVtLCBiZWNhdXNlIHRoZSB3ZXN0ZXJuIGJsb3RzIEkgcmFuIHdl cmUgaW4gdGhlIG9yZGVyIG9mIEN0cmwtVUMgUmVtIGFuZCBVQyBhY3RpdmUuIEkgYXNzdW1lIEkg c2hvdWxkbid0IGVkaXQgdGhlIGJsb3RzIHRvIGZpdCB0aGUgZGVzaXJlZCBvcmRlcj88L2Rpdj4N CjxkaXY+QW5kIGFib3V0IHRoZSByZWQgdGhyZWFkLCBJJ20gbm90IHN1cmUgd2hldGhlciBJIHVu ZGVyc3Rvb2QgaXQgY29ycmVjdGx5LiBEb2VzIHRoaXMgbWVhbiB0aGF0IEkgc2hvdWxkIGVtcGhh c2l6ZSB0aGUgbWFpbiBmaW5kaW5ncz88L2Rpdj4NCjxkaXY+PGJyPg0KPC9kaXY+DQo8ZGl2PkJl c3QsPC9kaXY+DQo8ZGl2PkppYWNoZW48YnI+DQo8ZGl2IHN0eWxlPSJmb250LWZhbWlseTpUaW1l cyBOZXcgUm9tYW47IGNvbG9yOiMwMDAwMDA7IGZvbnQtc2l6ZToxNnB4Ij4NCjxociB0YWJpbmRl eD0iLTEiPg0KPGRpdiBpZD0iZGl2UnBGMjM1NjYyIiBzdHlsZT0iZGlyZWN0aW9uOmx0ciI+PGZv bnQgZmFjZT0iVGFob21hIiBzaXplPSIyIiBjb2xvcj0iIzAwMDAwMCI+PGI+5Y+R5Lu25Lq6Ojwv Yj4gRnJvbW0sIE1pY2hhZWw8YnI+DQo8Yj7lj5HpgIHml7bpl7Q6PC9iPiAyMDIw5bm0MTLmnIgy MOaXpSAxOToxODxicj4NCjxiPuaUtuS7tuS6ujo8L2I+IEh1LCBKaWFjaGVuOyBLcnVnLCBTdXNh bm5lPGJyPg0KPGI+5Li76aKYOjwvYj4gUmVtaXNzaW9uIG1hbnVzY3JpcHQ8YnI+DQo8L2ZvbnQ+ PGJyPg0KPC9kaXY+DQo8ZGl2PjwvZGl2Pg0KPGRpdj48Zm9udCBzaXplPSImIzQzOzEiPkhhbGxv IEppYS1DaGVuIHVuIFN1c2FubmUsPGJyPg0KaGllciBpc3QgbWVpbmUgw5xiZXJhcmJlaXR1bmcg ZGVzIE1hbnVza3JpcHRzLiA8YnI+DQpJIG1hZGUgZGV0YWlsZWQgZ2VuZXJhbCBjb21tZW50cyBh bmQgc3VnZ2VzdGlvbnMgb24gcGFnZSAxLCBzbyBwbGVhc2UgcmVmZXIuPGJyPg0KQXMgdXN1YWws IGFsbCBteSBwcm9wb3NhbHMgZm9yIGNoYW5nZXMgYXJlIGluIHRoZSAmcXVvdDvDhG5kZXJ1bmdl biBuYWNodmVyZm9sZ2VuJnF1b3Q7IG1vZGUNCjxicj4NCmFuZCBleHBsYW5hdGlvbnMgYW5kIGdl bmVyYWwgc3VnZ2VzdGlvbnMgKHdoaWNoIGhhdmUsIG9mIGNvdXJzZSwgdG8gYmUgcmVtb3ZlZCBs YXRlcikgYXJlIGhpZ2hsaWdodGVkIGluIGJsdWUuPGJyPg0KQ29uZ3JhdHMgSmlhLUNoZW4sIEkg ZmVlbCB0aGlzIHdpbGwgYmUgYSBxdWl0ZSBnb29kIHBhcGVyLCB3b3J0aCB3aGlsZSB0byBiZSBw dWJsaXNoZWQgaW4gYSB2YWx1YWJsZSBqb3VybmFsITxicj4NCkJlc3QgcmVnYXJkcyw8YnI+DQpN aWNoYWVsPGJyPg0Kfn5+fn48YnI+DQo8L2ZvbnQ+PC9kaXY+DQo8L2Rpdj4NCjxkaXYgY2xhc3M9 InhsLWNocm9tZS1leHQtYmFyIiBpZD0ieGxfY2hyb21lX2V4dF97NERCMzYxREUtMDFGNy00Mzc2 LUI0OTQtNjM5RTQ4OUQxOUVEfSIgc3R5bGU9IiI+DQo8ZGl2IGNsYXNzPSJ4bC1jaHJvbWUtZXh0 LWJhcl9fbG9nbyI+PC9kaXY+DQo8YSBpZD0ieGxfY2hyb21lX2V4dF9kb3dubG9hZCIgaHJlZj0i VXJsQmxvY2tlZEVycm9yLmFzcHgiIGNsYXNzPSJ4bC1jaHJvbWUtZXh0LWJhcl9fb3B0aW9uIiB0 YXJnZXQ9Il9ibGFuayIgcmVsPSJub29wZW5lciBub3JlZmVycmVyIj7kuIvovb3op4bpopE8L2E+ DQo8YSBpZD0ieGxfY2hyb21lX2V4dF9jbG9zZSIgaHJlZj0iVXJsQmxvY2tlZEVycm9yLmFzcHgi IGNsYXNzPSJ4bC1jaHJvbWUtZXh0LWJhcl9fY2xvc2UiIHRhcmdldD0iX2JsYW5rIiByZWw9Im5v b3BlbmVyIG5vcmVmZXJyZXIiPg0KPC9hPjwvZGl2Pg0KPC9kaXY+DQo8L2Rpdj4NCjwvZGl2Pg0K PC9kaXY+DQo8L2Rpdj4NCjwvZGl2Pg0KPC9ib2R5Pg0KPC9odG1sPg0K --_002_8A49C106579A3D479650D01CDBD43CF9019FB95B57smx14mb0101ch_ Content-Type: application/vnd.openxmlformats-officedocument.wordprocessingml.document; name="Tricellulin in Remission UC_JH3_SK3_MF1.docx" Content-Description: Tricellulin in Remission UC_JH3_SK3_MF1.docx Content-Disposition: attachment; filename="Tricellulin in Remission UC_JH3_SK3_MF1.docx"; size=321906; creation-date="Thu, 24 Dec 2020 11:29:36 GMT"; modification-date="Thu, 24 Dec 2020 11:29:36 GMT" Content-Transfer-Encoding: base64 UEsDBBQABgAIAAAAIQCs+6BQ4AEAAIELAAATAAgCW0NvbnRlbnRfVHlwZXNdLnhtbCCiBAIooAAC AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADE lk1rGzEQhu+F/IdF1+CVk0Mpxesc+gG5pIGm0Ksszdqiqw+kcRL/+472i5La2aWO6MXg1czzPtLa YlY3z6YpHiFE7WzFrsolK8BKp7TdVuzHw9fFB1ZEFFaJxlmo2AEiu1lfvFs9HDzEgrptrNgO0X/k PModGBFL58HSSu2CEUhfw5Z7IX+JLfDr5fI9l84iWFxgYrD16jPUYt9g8eWZHncm3m5Z8amrS1EV 0yb1p+f8aEeAJr5oEd43Wgqkdf5o1QuvRe9UUmdbE3fax0sqOJGQVk4H9H3f6DCDVlDci4B3wlAV f3JBceXk3lBn+TrmiKeray1h7E80H5yEGOktmaYcV4zQdvA/5iH3EZ35aRquEcx9cD5ena0zQhMP AmoYz/DkWdi92UAg+7c/jBE9KRHx0EB8e4OOOx0PiNSQQ6AnTyo8weZ7Nos/4JMitXNoHeZ4GyN6 UgKsyuQwkCcVpDOJkEFhIM9WaO89BSqfypAwW+lWZTwYgk+K7EAoCOdfmX9JdOCZ+df/LT/9l7Ls vwPPzM+w/9n5lCc2DeQw6NGTEh6cz2HQcSfjkUY86D7P/yG0mNciqbIdU+gOCP+w52HCS90LP2s+ GRMJffb+oL/ijmTzdoBe/wYAAP//AwBQSwMEFAAGAAgAAAAhAB6RGrfvAAAATgIAAAsACAJfcmVs cy8ucmVscyCiBAIooAACAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAACsksFqwzAMQO+D/YPRvVHawRijTi9j0NsY2QcIW0lME9vYatf+/TzY2AJd 6WFHy9LTk9B6c5xGdeCUXfAallUNir0J1vlew1v7vHgAlYW8pTF41nDiDJvm9mb9yiNJKcqDi1kV is8aBpH4iJjNwBPlKkT25acLaSIpz9RjJLOjnnFV1/eYfjOgmTHV1mpIW3sHqj1FvoYdus4Zfgpm P7GXMy2Qj8Lesl3EVOqTuDKNain1LBpsMC8lnJFirAoa8LzR6nqjv6fFiYUsCaEJiS/7fGZcElr+ 54rmGT827yFZtF/hbxucXUHzAQAA//8DAFBLAwQUAAYACAAAACEAAXn7T0FKAQDZLwkAEQAAAHdv cmQvZG9jdW1lbnQueG1s7H3pkuLYkub/NMt3wPJHW3dXZYYkUATk7Yoe9iASiGBf2sbGtAUItHCR WH/1O/QrzJ95gXmB+yb9JPP5kQCxCQIyqureocyygkXy48ePH/fPFx3+7d/nphGZamNHt63fvvDf uC8RzVJsVbd6v31p1HNf418ijitZqmTYlvbbl4XmfPn3x8+f/m32XbWVialZbgQkLOf7bKT89qXv uqPvd3eO0tdMyflm6srYduw395tim3f225uuaHcze6zeCRzPsVejsa1ojoPx0pI1lZwvPjllfh41 dSzNcDMRjN0pfWnsavMNDf7dRMS7xF18n5BwASHMUOD3SUXfTer+jrjaIxS7iBC42qMkXkbpwOTu L6Mk7FN6uIxSdJ9S/DJKe+pk7iu4PdIsfPlmj03Jxdtx786UxsPJ6CsIjyRXl3VDdxegyd2vyEi6 NbyAI9y1pmBG1XdTeLgzbVUzouqKiv3bl8nY+u7f/3V9P7H+3bvf/7O6Y3zO/L1bMr5xYDO/G2sG ZGFbTl8frXe4eSk1fNlfEZmGTWJqGqvrZiP+zO1yzDxlPFFuCJ7Dvi9/0/A4D6fIc2esCJFY33EO C9tjrjgxoYWbgS8STUC4/JkGZEVA2CNwr+hnqvSKhidNzAd3Bug42vvIiCsyzsLcbPXZqHedtuTH 9mS0oaZfR62w2fsz8sLvoOVrXXAnONcxU+tLI5gEU/le6Fn2WJINcAQdikANImwF6P9YlQhtui+P gAqyrS7o7wjfxL6PpLFUwGo/xIWHeDYX/cI+haF16VMhlkg8pB+S+PQ7YIla/e0LJhG7T+XS649e x/ThQyzG8/frDzPamzQx3P3LX+mjeFxM3ycZN6PXMftTcxcGeP0+lQxAn3sJ0zZ0Zqe+3NEFzkhS MF9cYegkdSHGEUl6U53QpCW3qEmOS1ffrcmODzJJ37iPybGrK4ZGV7vsnrF3575sBC4Z46J8akc2 Seh9XEhcI5tE+kFMEd13yEZwddfQrpIKEwCpICOAy0ZjzdHGU+3LY3ZOrwmBRuy3iDuG8hnGxJDG EVfv9d3IYGIptCoR6KCr6ZYTAR6NuH0tQtJaX2xKUGLTNjQFbERkaTzWtXFEGmuRLXkHVogJSuAF SM9bn7Gm2ADDmhrRrbCbcg+xqOAJ7MicImPN1NdzmhiKNoZmTbWIYgMQ6M4ZKhDL8Q+ZVI42QkAF olwiFeX4q1RASEZTCbZq56tAVJq4fXtsSSYigJ+3PbJxIZb2tsfYvyBnW66Dq+jepKNLddgoUDN1 GJus/5nHgSGx4VcX/vZl2f+aLvvj+eTcx2dd+prua0cXdI+RY0ua3aXg0f8WeZqEKUvY4oQNdw1N f/LQZTdp6D1rtYzOZIRYTxnro9WyrMXEf8Acft2bhDdWuj/WHVeXrEjKHkhjZ6j/AwhQODjXY4LJ aaoGSyftcgkbZ79lx8SsuxjhJmcEA1dzEYl4Su+PlhpLltLfldvhu7OW6t8bFEEiFo0n+J8r1lM0 P1ys75bmFvdCNJEQdrkPOojnv/3fce8amZ8a4fC8vmZ0zYUz++DZ1ZT+xFgOt/HJz5jglUp1gubP Nnb+eO/Rs0ObwBuppCt9STMiOWAT85qt8yfZjuGSC87817ArH6JcNPFw8cQudAmEGw+ak8faxJEs S4uUvn3AsEfG/DGe7NqSjxhtb/v2xpK561B+b8BwwXih+nRSVo//eo5YfKN2dxCQ3/NiNncv0igB QA6lv3+IRzdA+xQ7qw//9PHqz9SJ/QWRZP/evbXcsiIFC0DRnbgaxVFpzAWYyYi89heIrQy7t/g1 ku5L41D8eNAKBgc5vI/cv/2fUBsUWKEjFP77P//r/eZ5a/YNS2fFGfdv/9t1TE3VlzowszaGHDBx yRxNHLy1BhKiI7gYyRqyb1ZX5LWxKVmLd/OwtXG2LeLhrcFH+azAZclJB7aGmI7fZ7K52D/s1nCW aYpU2agC5w11FbZ9/4ABcid31FFFO4f6Y0bDarus4oetmIe0xjbeaGN/H1b72sSUXPaOMjRnaN25 Y/8s6PPeKResN41ST9hlGd2BgmjbiZuPmNU7sOXN8v0Ey+cNd46R48QsFxMeiO2AkbsXY/F4Lhr/ vY1crK87rj1e7Bo4WXuzx1iMtYELt3az7zpAMb7U3sBKlGeL0pesHusA4BPxd5rElQ1abaFd2HWc gGe/jqpU2h7j9ci2VM1StO9Xqpfj4f1v5rfhCRR+2kH+j+tYoSqz7mrf1HPqAiIXFWNCbkcHxZSY vY9mqZKyGRkM3j9sfK83cu6ezyY3ihmug/7F79fBn1UvqWqKBjOgfo+okqv9JZJUFG3kbt6/TmRD d/qrD86Qn3CfE8VUcqfm9OD/tyU/QbhPC5uVu3K7PkgyHKak+JvuPbI6uLeu2JJJn5MzxBWLpWPp HCvGbdUgHlIc73EcbvK4eDST3qhlsAaxJd3fUYZp57AUQwSWkpRhb2xPLPV72FZPU9EuHiL5C2CM L8CjEzhKtbFXcor8cyP9L5G+5ESkCDVkjKiYy0ppVKtyXXo3klwAOvjPWV8ba/CsVGXDvOFVF/S9 qcFaWbpjOqxUhy89SuE1NkHk+QfugkmYrP6nW1PbmIYPwUWj/EMidIhHyYpoFthXNDUyGbnSXqJz i2KMF/iMeAHTJBljAliCOFWyXL2nWcCAfV3pRxDKmhMDloqJTjfNiUUSJK/mhDJzhhrsQJgdArk4 3IZnyt85mzo4PV2TvXZtQpM7lzO/ZvzPyyHU0IkQBuixFEfYKOnEfeIhFc4mSE8RlWGzhlHKZGJJ LrdPafZ9srK2ZB28mv/pSVwpmsetOv5IchzJE8ZWST9skIDrODqI8y1SgDEJjeAuX0daQXgmbawv r+ZUjcihkcvlXKr2zBprPWaD1Ii2abyAqQf35C0a6bCh7zMx7j58pxwZmhyN7kLVCccrbsSwFcnQ lyxJg1WJbNiSF9cVus7gEb6gR0ZhVxneU+o6R7G/hckyGuO5aPYSWbbCneHFi+T2EVVfyTJEKxmL 8E1wnxIT/AlDFpo/ulx05HgDXuFj5HigzvRhKnyFBl++mT9kbQLm6GNWBTAMsohIV+v4Yfq65WpA eIT7Vt1nbyuYdOVuOK5mkm5q+0XNnzIf146o1HYAKOsB1jE88VaLns4cB30VxsAZSPpxE1h8zLYH 136ksm2S7w6GvfdCNJnjhMyX7e7LHP+Q4zPbWZadLIEX9vp8rj78Ow17S5rbt1UnNOY9sCJ/nAFJ 2wa2mqzbCG012uxjFvwCPhKseAOUDN+HvMhnL4m1FdtysTe8vtQPmVkjTaG5rrHOyL7theQzKsUo NGfbUezRIiK554x+UFXfzxLtegUcjGHuNEv1WVC3ikTH8/SsdPGOOsNRw/Hf//lfv9+cIyFViW27 sqtaAselvF74d45YDfYRQw1m8F6q9obNDqAshVrLzL2Q4bw+pqPiOxEnXs637fkFZVWxl0YjTaKe RY3tEili0TMqRqQkLey1/ujKlbDpNLuPzkTGUONrmtzOGSZUHeKpaPThQPh9WqyFEIxBqqHBZUxW UZRGlm9sj1bNEt5CQPpb8fabMZlfqUZHmDXhhiZjjaxBqKJeLo4wqul0NCueiM9s62P4Wvsg055Y tBowEw329AwlCkwZNmRbQe4O4hA+nuCTyRjVDAM4JMbFc+mEkDuNQ/wJ/J3jkKrmgOtwHHJgqa5W oIuXn1Km25mWD484z4yd+Ch/n76EfjA/dK3QHslQBR+1iWwelgnPPiXjgshdEilFEMv4KC1CFjK8 j+PiesW38Dgoyae4E26jqA+1mR5eDLhYCle2x58x7qN0pXY/Xp+XuzyrwQKGj9o+QR2/1gY8Aulv l293aKQzYjp+gkb/SiaOGKKII5laxNCmGgVEDm3vVXx0/fZIGo4dWoi5eIUYWg3ddmdYhceRDjKG DpgFwjodnKGE0rycXa+gSJb0WpmqmjKm1rbQhOvljG55Ds/yU89I+HBn8H2BQ79m+16pGYfpbmzC h7ANp/chbNNWYbsc8VxP29nkv0boqBjAQmyFk6nBi1OfE0RALoMPV2/ZrdqjNkbQwg7tuJLtR/2D MEbkzWYxG7aQo1CLBgV0uUI9/VVFfIAVicQiw4z0bWvwu8PhhYAgKZuh9EiwGUrIihxCgS9b7B4K L/w5rD78Ow0v0ralGBPaheEhxoEVu9oiXawFhSCgCFXVSx35iV6EizlvpH8NC4dUzcAwdBgIW27v qfPfvjw1Is+6pPQ1iz6lZj9qqBa4r7zwVRDqXOw7J3znuK7H0AEB+B9lNIM+FB+i2dx2q9YO9+Cj jg1xeA4sg+UhVca/f3Fgt+GTS0QWjOMYhDoqHba5/mjpPDIT99Nmf2QDBep2ISW20E1whr3+IGt9 dAHZA61/TvVex0FHV5YO4fCmwaphF01jIwrWpLyisXoSk56OPEAlVuf579H4YWH4894WxkMuFuVC qwjhwvAh9hFZ3DFhbMtE/FnzOc36qRUM8uvzuTXCGdjyUTJYOMNAOyVSvMw9cN4bPZMOiLfwImfd HEm6n9E5q5nog/IsF7u8el93IiNbpyqba8+kMdUpEMTJhle08Fofg82QI8ntz6SFB3atPbi9UQmG pv5QlbCtrz2bANU5anFODkKDg2LJTa+XlupTq3bXsNWJcw9cInPBBLYThUclzZr4/1hJ7yCnIzI+ QxCPV++fsx5simXEOEjttDtE0/FMPBvdtPQzxfj4B5viQ21BJ479zGOGTj4UcXglf/ichD9tJOSE TMY/y+CxfrrjeP9Bl8Oj/+X8Ufe7/T928GhUuM96uospb3WEn83zXyKlrRO7/L7fM/RV5IR0Ihvf 0deDD/H8DvqaIFW8XFePTDGVi6dT3M5zSmLq/iGV4tant/1OUxT4vibRkcD8h27Js47zOqytfDgi 8NMRnt5tnuY5Q9WivMCnHhI7FdiHDJdMZ9KbvhI2If4hGz/4aF02+5Bm1vV8kUd5Gusaccu2PaSz aFk1J+L5RgaN6Qi33768FLP/q1go//CX9NDVLKrYvlrwsy0hS3HswSP8tamPcDE6+ZxDJv4gpLxw zX0MfcDZv3Jbs7ZuD7VHGYFPxvyTfh7fdoPtd44kmfT0+3gRkW2EqxHVe2D83HkewTz/vHu/N1Yh lTlbgP9ykMSx5KI+dlzArJE99tsW2ONKfJzjvGqOqtsEenVlvboM+7JDDt50hUof7LTD9QNirEGN wWdIZPOci2zYNiVR1Ig5USahiDGZiIrRyw9BCtz+ZqjUeBZZv6qzYqKs9XR2UMSp+wHj3PHxUDGS zGQK5Ui2/C1dqGcj/2S4f8laatl2tX/quX+ht2l98zrJMCq9a+nG0KGP7jaf0duOJrHXfDyeYF+v PqA3VU0pT0z2dSwhsq83H9HbjO6MDGlB7NJH/8H/T3bRzsf0GdXix2rg3VdrQj0qW8S3P6aP6Dlz vWd9BV5zVp/hNbV6/fYlW/4SUeWvZEe0N06ba5oqzkfThKg5b/PYVHOWBrfkpkvhTV2O5uoXBFcm YkzJxL28GOdEUeAf4l+2WADx1Th3hwYfa29fmX3xjFYKNo0RuPcn4H27upoVLHR5gj27puDFDTtv 10v0a6QmmRPNYOQ2321fWbLntvVrpMXqEweu9N+ux7g7xAc7b3X7Hb0paoo7gbpRdx3twkBTF0yP uWD01ldv3q0pUfyzfrPYVa/VB+zN1qUj/0Fr9nXRtnqmZEEc+bGmWezqrQvok8nY2Exx6822tt0F t8RdYLvQZlzvt4u3tkP9qJjJObvbfcQeuc6SaOvzo4LW+hs9ROloEVVaOFQFZU87KXbP0pewsRI9 E0VP7E3onBFmLmFddevNYB6Fgl2HvDJBANbD7D12C00wmf10YIAYOqPczGhsz3Xqq1R1uuQEHk+k +djDCsb/6llyCbsHSgYSij0ZO8xYH3lcOIy0kL5PrCDXsbwu6wNVbNOkKS7MEVT4EDQIocG8yN7j YluMiEkukfWCZPdR1aXxGGD2XM7D2zjvs5yYDT24MZKZaLQsfiusKbOHrMfUpUmnWJB/ncHqaWOq n07IDmheF7lKyX97RJfrlqKzMy/o6sDn6xt+JZ0a2Q7dGsHkpoAgkzFuoZERvxrqDAToG4M89QLj meFtA4GJhbpM/4KM5EqH5/+abU66WXGq5hu/vGbLI+9vjlfz/akyEF+6y9m00m5yUj6xeB3Mu91W Dn8Ls1JdiRd5w+i0C7+85p6NDifynz/J9di8nBkuXtOJWrdVflFbHKhVR0o05XTaRqPb7nOvhrMo ppPLdn02reaNpZKf97Vm1dCeKr+8PoGSkFh0M7H450+K2RwUWyIvt54NZbCmvOi2Sq5sNd2O2SSe TDn6bEgtdVJswZK2S7+85vG3luorT8lEYdh8Keip4edPHZ0fdTOc3m11ZuDD6LYqvPaUEl7qTUMR urHyU9dQoiOn9GTPVMtedM3qvfLUH+JuTmrx+K7al9ugOMhipi+ZJFcedPhypqO/DrLcS70QLwoY tx7D3+4UvI+6QsyVhKaoLGNxvDeL7aqo5Bs92cy53Tqn18wEr5hiH3JLp1KKVR11hLlRoJlC6oE7 MKPyVLaqC6n1jJVJLIhix1+V4OvXoWh9/lRMp+pSqxktZEsTyKuvtqu2HMU65dfrWpfyQ6eQ7fel Wqqrtojn1XdBan3irWUMpdqsVzcNt4M1W387mK8pN1visNt+jspCYojR83K016vW9ql+/sTuNCBJ U3EKOdWW2tVJtz08Mv6zIZtlG9KfyulZr9p+HnUWqefiwOPCpxbgo5HPTTqt8kBqJSZd8Nwwm668 PMxzVcBoQg9clPmO9YyZqvnsYT4MlcesfqjtMjQh1qssYr3Wgdl5PJftTivmfP5UyHYXnZY4kNql Xg131NNH7jDKPJNGdgR+mjMJIxX1VHc1S7rm86cg5zUhN5MxU/D0JLXm/U6r0qsutqmvX1vYD+nE QBZETjENHTSm2Fn06VMVu31ukP6oeYOToWdN7D05X41KrapRyBuTjmAMu5hDF7tJNis9BftTNXOO /9m0q6dG0BCz63RavNsBbcUa9jpmItptzXpd7G7YiyWuHMm0i6D7pUFuqaZTA1Dg1Paz+KKn+oWn sojdZcitHK1pq9SD7gtMg/MJs/CUmipPTdiP6kjGjuqYoIgZ4w4eI4D/2XTF/+tTmezHpJvPLbQa T9TaVadbFxs0dp20Q2hykAcoYEeZ1T74ddd3pxMcu55syFPKgLymGGHQac2wd7pk3/Kz9dXNfN8o ZOeQSxkGdjbtWk1HTvMeBbIC0R0KT6l+V2guYT2j5cHQ/fypNFCiL7hTyecsb8zuVH5qwjbEli/1 JCis38c39i4L25ulOUzUFq93yf7mq0x7ifZc3LLQUd9CpxNDyI+tNWSpy1gZKQ9qw6YDnSNZk2Wd qa1nR2qX7c+fPLrGsmPGfillslwpzQnlZUnAVSNFeJ5gJNiuOY0IewzdzDeHxXZzIT/RPPA3I9rq U3WmLG3oW1GoTqWaCJumTEv15AT/5mU9UQ9S/pHJRn/US4typhIrstkTFZIjrEA+x2HNXWgMdhbN gn1LY+Wb0MYydDsxgea40JyljO86QoP5CJJXkcmsM20sMWom6ZYHyrKs9+blxXBJq1DhXtLcDDPD OM2B+vQMzTAGxTa8jkAWumwwL4RVINvSbZeXxVa1T56yNEguSun4rFSLL0uwjfAyO1d4/qqMmVfo dQbaYUBmq7+p3T2Na9afYdfnvPXDOMwntFrNPu1u2LVB3ZsdPE8JntjzwMQjeU14xKG3MhtPSTbE vxoS7Sz4gP7s+yv6W8jnZgo8ZrUR0wv5ql6EJ3itPRvdQcr4/EnLN41uphlTnjpiudVcdq0ep0L6 mjmbaYOUoA2eze7TaKblK3oBtkbGNWo+5xLFUr0RK2Uq8L0d8aVGMy3VK2IJM6RxX2H5uibJzbBk nR9324avZx1XfTJmsCew8rwBXn7QWsOfwnrmFtiZA+xMnc006knev4PWDnYBazvqWE0O8iGKvkUN vt62rrDDT9DegCUOXllnPqw02fOz69dEGfcGRoYNCYxXbOWGXdhUJVr6pZpvzjrtZw5ymsBCkm0t d1uECQzmy+BjR5DvQhEMTvNsb4b0bW7hLhHcZgKvU3IeVK1q3/tc7Hfz2YdCFhYgT3LiDdmq9GSh 06sICVduNyfQR5F8Vt8AFQ4+qI5xyfsayuLw2KdGZjhkNTZktLVPe51WdUh7Ffah1xXUcacNhNgS k2qr3JfzKtll2Ors5Fkvx6oZN0sWCYjOqrrkOZhfyPIG2VapJcJX5SbddKpBNg2UDMh21ImWoBXG BH5ipD41Od9fZYEUob3sU7PRIwTq+SighSjbs70a6T4sO/zYYuXTSFa4FnYaGKDdheUHqhWwG2HR 2UxLQFLFTg3IC36zC5QiW3RllSeKdHct3+zLT1UbeAM8NzG7BvgjdCPCzjTWMgZvGykX4LetQtad egihT3/BHzwcVqUi9EeyGS5bRs1QBRqnOZFNNdmJNm1pIRrdp8ZEyjtrzQ3q4kFsAIxHq/BMuxge ls2SoYIGQwXQWu8z5uerwnzaYfsSKILsTbtseKuGa0x4zRbPfFYCfjqVlqOqAQyche9hV649Mdkz oUnoZcj0q+3x9TqEhkSrC1mgUWEBMBp4iwJHRrcRwMYbb2ak4A4gxKFEugYPs+25xSdwwFH0AX9g YceYCUcWVBE8mWpr7qx5GJDn3qa08uSlZXZZhC8r1USjNCC/cMDHz8sUMxz08RRLrOOeOFkByHYq D2ILeEwB+raEV1uWmM/CSnCEd2FTyFJGyfavLLjqxVJ/hW0R4KWJ3yF0bqq2GBpk2AkYaXPlzl3Q HODupkCWG1IeePZ5/1oxq7XLOrhYEuIqTX+YwLEtQnTgOp+wtFrCwr41yELTmEeo5GSrOyItZjYw E8qbABwJT43dw7E9CTsDDSpjJaANz0CKPGnRWiIkHdJe/50+eiJ+ig2MYxq4Q/TsCrSTZgov7sl0 h8L69ZBsiGzCJ2C/kf4T1lXyiaXkodSemo9vbEv92IxpHt4+CdjezFH5FOCx+7JV8iLNtuqhCop2 /dc1ijcgd+KN7aIj3GMPPjVJfiMg095GO5hf2KMOX7+hb8I3uoTUQQlW8nmqCk0naA2LixG8DMUN /Ij2JXblFLgXUR6zyXFCg4e59+yIH12EyKwSxbrnYyYsPe2spbvcjN84KpsfQx7jP0PaxtSL9Pav o12PKw1EGwJ5Es9HwEc6tK67mruhUCWPvkbYmofSYMmxWwmH+Jh8DnxdcLuEZVmWwkOIVbOpr/A5 synA5x56JDwPJORfD1SzxuOEnjm+lOnxATze7wjw1tEyi5I87ItIYzlclgdJ4mLre2gIu2KF4hFD AVsT99AEo8Nsq4hom19gd9F3iPcIMXK/+PidLy0Sfy2anh0GtYVnmwhrFwkVU0R0ghJle+RWAp6Z p9n3WWRX42fM9gqkx5SBQrDjxQAHrtxcB+tJXinaRIzV+AUaZGHGhCgseJkWbC/zAZvsUpHzc13p RA5x4IuM+PO1l/rt8ydKuPkpM5Z887NqpxNx76s9nZM9v2X5blm+W5bvluW7ZfluWb5blu+W5btl +W5ZvluW75blu2X5blm+W5bvluW7ZfluWb5blu9PnOX7lknWkz8p1bfbufq+u0+22QZbJR//Q/g1 Eg3ttP1p/J75y273ySifzNFz28GnfLLJhMDFt89Z3H6W5w9/yof9z8DHVY2OBNbUV6mnpcaaNGRE j58e4ox07zdVw5bBf6TJE6TfsswaknGfo0016hIe684w8iYp1L6+/7jK1rIInBhfPf2nf9O+hf9C dGDsC576yETFaDrrD9bTLM3Vld3rw2jjpao7I9vxJnzmUB+aRy/DEzqItWF3Njk6P5onu0l23M+t z2vAKX7uHHHyjPDjJt6fE0am+FRs5psxNSPK5TQnhOXSQY2Q6W4uvZ68KJcOnKKnhj8rlw5qgyz/ kkny5aUyK2eSlEuHX7ssl05+g6HAn5JLh78d8kCviBl0YCQ91msey+AOKR6i6LhJWYPWoXwBxf0F yq/acr7bl56eOcooH8ss1Ch6o7h7Z8TVaz+Du5PXZZ+xHH/P3cSAsXm7lnpV4KllRO2EcqGHLJZU oinoKcOeFJnlyDtXbUR4iChHoEK5zQplVuBvmxPFzFE2IQsKLmKxcSHnLEB5L879/AnaahF6Jmy5 iXopmwZ9N8t2sVH2Iis9VafIDiP+VUNkBW9N1YOmbBoCxZl+TmKPN8QVJg9KDnhLUH6aRe9AsYgb cgtpkZJLPEfvd/MpOYrDtpApVQgIoy86XiWAIxQGhN1rAP9hB/aAeJcUAattkkSZIihEzcATfo5/ zYufqXBOSvuYrAmzv1/ax2RNcf/7pX1M1rSzjkk7Zhai/ewLt59bqrZTI+wLF/yxCHqlA0QNfKVT dZXldcUlxjQUWKFgvoayR3I0hfH7lDennbWWRlHvDLRs5aHU5KBvh1b60nUGWjyw0oF17rWWz+rh TNp8RHljFlH5M6dqhjf3g5LGWsv5Z8qKs3XfvN5oVTA7A0sekp+pwhJKrTmL6GARltgHrD5zrDoD auv41O51aqkZpM1Tpp30qdh6pmhuWIC1JOsEuSJebA61WnL+UleixTpVGLLrvAqrUB2sqlRIunqK ZVWCOZWwKoxftzlShwlWYUKor7M1lGcKz9eU6x2uWFfmVAPptFRPrqCiUpZ5kJ1TNLN6z2a6zp2X 8U3AfwayMSSfxrSUKU1LA4pKm0M/NxCISqtLRi0QmeeG0FjsEtqz+5H46nWlVeXlp7BIvYJZFLLd PuIv8gshlFSjeyTjQMhBzMhUJ4WONwL1tiP5CVw7p0zVkml7HnvazLFsKWY/o73w7owQKIrAJM1V vjFPmRnKoLOc6/YuF4zB8YwHZYX6ZM9WeYJpN2CdYHtpjwqq4eV0ysvjlNZ7c4uCnyFk17Ec//Zd +gicg88nqnQfXomqCS1CxByStRr2gd9ykxB5PctmmXii7HJIhuPSPM4Pc1tCAd62ZMTDlh3PxNRb oIodCZsHHdhoscfb1pUCUMwiVWO13+OzrsgCsK+Q8NY36mE72vWUMz16V63bUv2rm8fX2wj6LGb3 BcMKpdquLuRoeUYZeVYpgLdRW9UR7EzITBuexU4pUZajYdnIEJ6wSk4PFn9ACJZyYEf5qZN/Jcuj mqyq4GXs4Vc7gmFiHeFrt3USFikwLssIrTJWT4FqJCIOP8/FKsqbjJWXB4Mlmyks883u9urhPOKG dZasKKzv8DNYyRmQv/tSL0TJ3iLO0WVC2X5Flawqdr1XiV2U671ZaVmZ0ZXBK1aV2lU2K6xOTPv0 QKV42QPFkVX0LPikTLVo4VSVeU7WssVT/McyfB3mPxuu8oSdZULfIbf6cF72Yq7w6159NKjy5Ite gQapCyuY3/KonK4qY6ctJCEhsDVdf3pGVVl4yTSOVpVppsGo0b/6wqoyremmrnxdVbkDL1Om2vJg OCvVMMN6J0aaSuNeUlUmhL+pK19TVaaVoGpGQoDfKhf1VPNY7NekOiu8dkdwCQOnj133+RMQp6HB h8qIT2s7/Uhh/T+H4kSyIWK7S3GBkHAhiwbwOHXq1CmHivUMREJVA3wVpJYYg/UhXJ6B3HSFtBd+ Q8rTTFnFurGKitzsGdXbAJXG1mgUA0KX1vVwxFDBaPIgsga+az3DslctVtkVyrYsJFjsRWtadjCu RynAx/ZMGr0KcCf0y0OL3ncztU1V5Q319UwfCrkq9XstVwiacHgg6uhR59iRqhXldAgNUtSGmORH rppqDNXnapp69MIjDYriClnsF4Zs6Zoqq4ORpD5/WvUO1HjqfmryVKWlWnW3TRUfimuot0YdIQIK WSkPdZDcNt4fVIrNWpDS3FDh7UgXKyaspWDwcg0z3qoBpPrdfJXqANC3F8QmipDTSee6NRE7rCmC +qSSd4HwfV7NZ2Ot/2l+fTf2QaBTa43whxv+GOeEGf1as19p1v1K83BVaQYXsFZYZ3jF+jCR9aq1 x/rJ/Apxifr6uu3Kej29OP95CsoFkh9GW8c3ZMnf12cWjG9WPWuQ/arSsq55s4h/RnGd/L7+s0U5 zS3gPakWF119OheA8rDS1NW0iXaCsQ715xyPdZQp1bsq01KdEN3haGcHE7MaLFnXQi61II1Voqkp dT94vh72fXpOZa8KiVC9t9hUgX2xb6EhslAe+R2DLHKh2DkEexOFKOUHWZTRwLrZ2GFz9Qgy9BH+ WXh8O/qu+NH3ujbcLjGMZGAVRJo74e5zIqMXWagsgC3hX2FDPL5T0NOZ11VBEqWaFqzOHmo/jCmB O9tN1vEDnwfrNReJGxZnZevDw/VSet18eu7LVtnvz/Sq8Ifs9G68EJgZw2drNHi4g/FpGz0SdgK1 uljuUFadYUm2s7ZrrIG+xwMocfGSqczKmeySUNCmd++9OPIQiqSOts5UWRa48qDnluoFvrTozcv6 cFnKZOelGh97PaPfUKH+5Sj5BQ9f53SyWcU2rW2X4jzq+C7V6yzDza48et2AZfwsqoUyuWGlIV2B crw+zqT8yBrlzaYV7EOyI+u/637lKq9YqRHFQPTZugs78GxAb+/ZAPZkwKBH/aObJwMC3f6r+gT1 m/sVCu/qi7r9V/UJQqpXd/sLpUyDf8kURKzpskIoEHi3c1GFIlifIO98Zbf/aiV0yuY1dzrAN9UJ ddqlfG5rBi+dPfZEQBp7lvDLiPDB8Z5H1nvBbBkQRas6kAldnOg9J591qkohSh1CglnKNjYRx7Oc 9QI4FOtd2Oq8Y1n3TZYC1obyQ4RUCU1JtVSBom/w2KdnBprgn0aXF7NeHX877ecRva4IZONYl6Kf Sw7vv/Ti5hosudoS/QzWfl8k9E1PNaChtH5T8BZ8/UrYjDxysC8ymN/dze56nc7r/G6+SRjDZZjR qnoIJ2ukqwxzPFNtQaf8L+L5ex+pkXTSakulv159AWuGHVU/3jHvI5y139rKDJGe+t140N5gPx4h BkaRWfAZ8SMLng+gPbvVN0fdRwyVcWtvSDl8g3zT+R129eyytODmQBtkSbeyttTxQcilQBmUNap5 za+rn2RXAnHqBqtQRPySjs/K6fiCOvM9FO333m28L/MDAfRAeUAPg7AOp+MdSCrlkRgaZn1mFOGw OAHR4QAehTro3OOdT+IeXiJqG8R0LV6iNd0gpjC8VMsnEBvylQ5ZBcqa6lSZosw7ZaQgLSusz6v2 RJlOMSTHuofb04S4tntElUX8r4G+MqCcTX8X25/H5fhM3U9VsvEjr3ec57EHlp1awt30D7KM57YE juTFPn8KZsZIb8IzY3yfVVFIvw7kxvznG/ayY9lZeQkkkRmKL+mk3XgCj1ZltKo6ljIKPTUhvpDv Fbw+MVjZAXkZ2FcBMtH9/q3BMAoMEmNeWsgNdr9nT2+QhqfJX7EnPAb05JMscFQTN1LlyrIze6mX 5i910rEyT9kKuc520lnYCPciAn4ekoYY91o9yXI0l3aLrXrAILef0C226hWjyOhEt5j12/+fz4Te elluvSy3XpZbL8utl+XWy3LrZbn1sqyzu7dellsvy62XJcjbrZfl1sty62W59bLcelluvSy3XpZb L8utl+XWy3LrZdmjfOtlufWy3HpZbr0st16WWy/LrZfl1sty62W59bLceln+QXtZfq+Tj04f7fLO k49iX+9DDz46PeDhnxgNPUoneBbOEelq1lQf25apWa5k+Mf5hJGMph8SD3F/VqG/3nzG4GcO9KEN SQ0qpxw+pL5z7JB6GLct+L5/SH20WDdUXLPTpHQqfQxz9KdIHzdinz+Vl1mxtOxFSzpLH8/oiOI/ Pn3czMcZtdgx+J4n6QLmpYp6KnMMvFejz306opZCegK+uw1Im9eeCzoShgQTccM5QisqY68SVMHj RanxYidtXFfTsV6NQqJ2iR1GyI4izNFhugjILFaOAhwkgKHgrg4LWrwxKNFbW7ebeJ8dOKw2zUDU KgGRp8QlJZcpReInck8d01vqtppD+q5O2vRUcsBfMXCAfkgiksFWY3M0+9bB7E8qvu/1oHNcp8b3 PQ3R2uURHTqr0tHo+abZxU7xww+4XFqv8rTwVHZlwR3RQbbeQZl0rdjHrBcEHyWAZ68Q6M+ADxbf qYVDplQdFSD9do3Xo80ac9oTFABVKLDPLTCLAaUa6eh2KuitAoD3wn/o2zoAyDleqrrSa+T7CIl4 zDIBKVPTESVztlOgBO93KM4oWcMAPwIAxS0NOgSh9hKZ5UzlrMNiySJtHxdbXCb54rJw5mGxYsqD kWV/TYtRgCIT/FnHITQdkElgCUB83TiwD4RZ+thbO9LC4BGbdGAs8eW1F505IgvFKRFfgY0aSLRe R8c+mdyssAIqqDD+9g+wPQ7A64BnYwSyVnEx6ncpFWOVWZnH1/+nnSDqnIL0YBt2r1JmQeA94lmi /PyC9IJ+dKA06M0p9XO4JL0uSDO/UWDtuqcSiZDb+alEaHgWlifF4fWyPOjQim0lDmlnHU8dvjdx SEHg8dThexOHlGoMpA6HVOYSId3ekUboJAXz60boTRs0/DBL0QYaoTcFcEojBpDD6uqdluf4rvde tV4Ne5DuDH47V9cLvW6+gCCwkiiYTbME9EK+oNzuz9TBkMeamlqmKuDvvZxJ3ZeeuvclszvUrFSM vEwBltlwKVFFpcLXWmFergNJ1IcCrFSMpfoGSX/HDUmr95OZdCyyTj/CobVTzMbDjiUKwxGFQixV UGk/UyLf6bLyNiXIvTvoegrVDqXaKIXhp+M2iCGDsSf0wxWsEVkHcjiCGprewf65kJ+QEQxqPXSY lTr+AzrwwdQwOus1FrF10tDnLZiwNKrY1c+EFo42SANXjiUqlsBPgffKLm+XIJn9QuvnT1QCVrAn 4VkoDeE3z9B7r/wKPmD/NgnBRpRSbJRK6/bpaOuXaKm3wjLkswjNGK6X1GIegzWYd9mx9nPyxlNK 5jJMwo4dJ5+vDhF67yUKKfVzuBGU/cjKk9ciRLPAOhPq8TUjB8uUYrhAWWx+YoYKM5T68TAb3SXt tojl/URgfp1gui/ks1toxsMyZxRQU3It9WMfMc7ih46i92zIOw6jP05d2P1BmkPYwkcWi9JyyBXr XovRoaPoSxmW5DqIL8gLHzuMPhkDumD/dtHFpjy2gy+oDXJn7YBO2brG/9ppkUV6pp8MMrpml5Io oc15XUKmTkia8eCR6XSUdiCF5x+afvLI9J003iqJRw2+mzReR+gTasCOmjsa/fCRWeWBdIbUNnoO omCNqjVQHG/zckaJMdPbKzGyNOi6yAh9qnfb1AJ2usTo4wNQTS6K9SEwQZKlQTfpuL1kXL0nvGQq 8/KSfOrpZBzzWafKhvNSmnBxdl4U7AmiWsSyHHBJZc5a2jK9SSlTmJUHFURGGktyX5d4W6XdvJTZ tYm3VdqN1jSQeNvPYPzAXRw0Z6rWj2UykutMBv0sULAQmTxZiNyUIdm1ez8L9L5CZFgZkiz5eT+h 95JR5i/13ryc6bEyZOlAGRJye2chMqwMyRLlZ/yE3ohKUvCECfrRt7U33m9Zo/ITNetSJuBoiRHY EhG5U2yUbfphmv/H3pcuJ45l3f7PiHwHom7EF13dlVWMTtMdXRHMhjKyMQIMN+4PAUoQiCFBmOHX 9w73De+T3L320QiSkO3MrqqvFNHZZWNxdKQzrbWHtYciyKx2fj1SNcxv0BPxetBSbZpHCI2n8zR5 WWTIhUUIYWg043fCLdrfcYikc2VIOSK3bcbttmt3cvJTtyHBTkFP2m3IcPQhNGi06EyAPt3hEAhO qlfOS36YCKOGPQYFwrATFOvgp9XtuDYBerDtHXTCwfQ+RbmFDsY0I52nmej1ahEuRyTYpAZwhy50 cMBa9+u4py/wVulUQbB45JI2LcImOD/qdyLABGH9WaAFwryGFcp3xF78ihAsLjX3JEtIL+R2XeHT dxw+DY5shzb52iDmVaNeWXlCsnACNjg46q1WC3frsHF527daf0XoFZwmBvgqzze/ZJM9nCG+4Vcc iOyPKrhsxl5YLSrMEKNYLQZ33S1KxpyfqbSyrCvoFA4+3xHULvAwrddckKWAT+eKApxIb98JTMoh 1Mlm/4Hc35sioXOwFIKdSoPelOY+4XP3Oe9FMrUBkExIKsLHD0/LBpcjjIo1gvCRN/3mvfgIa0Mw cXZzniWaIDWDRz68n02lJ9IP1B4naAX2g86oGs3cdjF8vHWMXPFFBK+YoV71/vN6itC+eiVF8727 DbMXEQ4gJtSFizhNd5ORUIbki5C+iVSHwPEz0ybstKAQ3KtLqdFygJNaBM1Wq+DzvEboZFzD+uKH Hs21EBiihqKLwSFqhB4f+xkERAr0KFb9a/BjGHpEIUaU1KU9YxYNP4ahRzu5QuDHcjNLLX4diCI1 sETlYNuKihYRGB2OF1+DFoFqwvFioJv2r1qGOvbwxR6+2MMXe/hiD1/s4Ys9fLGHL/bwxR6+QG9a 7OGLPXyxhy/28MUevtjDF3v4Yg9f7OGz+ht7+GIPX+zhiz18sYcv9vDFHr6/uofvP5WIeT0N8JWJ mJ8/5UMTMa/fMKy7N+lk7vZzWNLjTwllOU4stNFmNdRWhhKaBOlq7ru6SHs01ZNKGs7BAIIBt6U/ wZDnUBcIc5XSIksemjotg+TZ30wXaZBxs5ODquw146bbtEl9e6dx023ahBnLbdwsZImWJJlAiKe+ atx0mzYJVL3TuOk2bVrGRNfYEehtBWmf6E+0CRr0zzTeHbMT2aWpjpxxN8khOF1Z09Wjbb0639Wr hSByURzWoP82Xo1dd/cxdM7HR8BIpdY9EhR/vteC9fxai+rWNNayIRbgwNcsemRylgEBCiQ/MiuZ ZOr0HHUiIfVvQH5appkNWnz03rTiXbvNrlih7S1oga3OcEZTTFW+HKDFCm40aDRDyQQEit2Qe+iA tGv6FqotMs11OFJb6SrczOvhojJpzkapB3lu0JF5egDR6UqOQdtl5mXqfumynbOBeE0En+Zic8La D89dU7UqO+kv50Sf83CGbus1OBeFMgeNAmtawBxZmSj0TdyDx5SvZF1CNrASNErTnHwZmeZlhiBQ d1sWdYJBTPUIVGnsvp1ZSslMEqtPy99q3T0d6/Qus0dJo7709Nk1nRaYTXMXytemEnGgtnaQ8hzM f1637AURMsFoFDKE4xxAar7nXRCGBz8D6wzgys+8CkAV7L4tHIgInegfwi0ium91qCuHwUdtXQLI BElk7cbaFApo/NRmWEEL2kRQTqH5aAPWSy3f1iIPxSCJ1iDB6dHEVEhDuMwOivfc1wA4TKOAmWo7 XM80Tdp56P2tLD3mEa1N6CQKM0JhgX374Wg5AuAMDqYEuEt+R0TjXPMEI4V9x6NpbfbN0wIR20XS IHql09MyFQkhQgatNnp3dFfa6Wk97aBM0qF7OW85TLElQK9lpkL9kL5LxCyEJqn0XpRS8YHIP9Et 51uh5maJVrpYVSEudyj3hBjaJXq3gN2lYmO4aNBZ0Jq0Tp1Maw5XRUiLUNXq5TTCAHPaLUst1x2E 2dRNunhWsnphMA3ullLiLdT46fEW9sodXKROgIHQL0UNGShVidUW+GTP2Hfg4Cf6maN95oh1wXqS tAsP8N54X20sgK62E/OEYWOKu0Wnv6wOaRMlOPr5dObVTvPKJGQHL7Viwtb5BxxyFs1iZ7VHd0cE BGDV4xuCbKFVSUummuVJql6aEnHVd+PSXIQenQoIkjMkU5kmVIn60JTrpybhImC2b6tELcnNlwH2 4JK550G5U27xnhfmIOBgvjeHB5xfx6v+zeEB3uCA/IrmW6Z76gcZ9MvNIOVAuNIuzPliLVwa9Pnq P0JtI1M7sI8wEzboP8Ad9QblwG9f2yi/4pGAil1gXaP8hjjLdJSB83oehDUfcdbrKzrtgOY6QfgW jgGo8tE1dqjdxTVpKKSN0xU27gdjW9bTe4gS2oj97XUhAb6oB/vxEmcWTq5B7fYsqNCrMH2mKd0Z po0cNAfbi+q+33MCPLGHhJvi6QyYj2Emh7obG9svlJ7tQEA4XD2hgIxpn5bdEwcZZoAOoclcTEMD kVbRBKrTUKvGqTRY0pO2GZeaIUf1mnXKMmIF7lizq+NYzNA4rup3nmA17PBb6OjBPHiOWmHS9YQH 3I2fEbjnFzpwPRCA9jcnFEC0FCGg0DTEZx7ayawbj9JacBBpKlD7WA7RPi7XX+gUoH9C9S6C9vG8 SuN6CK7wMK/S2YC6S8MQY3nLZiZ8gpuKu0/0Tqc75RnGzzAHf4u4ngqseywW+2l9TjvAXMxo4jK9 wYLPqGPeCfs45o0BG/EwzpJxDVv6hzS6glCgrY76B7gWJ2D79itYj6mDeIE+z7A6as0E4hPGb1dd A5drI7+mc9TmhBZ2ob33Dm95gDfMo35PWAdnJVjcKJ18+W0Jze/pC/QI/WpqnDskLtYk9DZhdIWC MpwmtA5TxBeIT3FfgrUSsZNHUKEOUDt0jyeYAHbLEP1DD0oNDTAxcW/wDCFewyFRxLLBH0rFcitE Y7ozzxUZRQOTg32jIsELNFSHhGE57Dnom+kpna8V6MBm2SHFuq+HHOqj6adIFX90rhaGSjHQmdzC ijFcwumKEHectRdal9eDWTl8MUglUoSnsMvdxK4Rg1mhmE2odZR8aDsKkR8/mBqRsGZm7uVORipj XMNCVupJ6TTKSFy3yvt3aKuGa0QKhchKRjo1k0KNMlghEqgmICT21Kf5103ezzpH+n0nndDn8HBa RqpXq6tErcKC3dKFcd9RhaVF85TDLFb9ngHH+YrWIVDAayqypFht06zIYiN8O+XmLOFGXB0x4QZn vTfl5j0JN1Dw9qbcSCdofvZzIuGmk3tNRRa2RXtSbt6TcMMzxLG4CiVlz6iYCTZn2NKFUO+6rN8c bKHt9apfCUFt7gMqgeKadnoKzf6tAlxpom9f6zHtMg2uP9rWsvgXYOWG1QqcG7tTfVevjs7tvZ4Q 3a5V+zEQq/dqVSS0wGbdRhLRuR74m4JvUYHK5M4CJfumE+F8os+lKaGY1CjdTY7vmhMoFhOeY3e0 W927tcifuN4Bxk1qtWkHpL1DMq3DD0c4rxvAu3MLk7Nlz8Tq9J0StUa7FuqXpIr1cgFhFnIFIU7d TrJi1UQp0Y4zHcCGc1Z9U+7oHdPybd8Js8OqIsNOTbvtptzCG3W3XCHMvhZ7K6NsX2sunq3Plu1+ T1rRPquP7+CO57OL04O8yVSNF95vadbIncqE0ClUsoHE5FbbSq6awrqyHND8QjizXeNGRrjdMB3U SueslT/hmH6mJ6N+Vec+iWVSu2va7SvTqfl2RNKPq5bQxw/W+5DK8K/Q+5C3E7d3BJWKHByV0nEn 7HMiXQy1aXjGdOAVwh5S1Gndmdji8j250+tEfVaB8J13e16N6KJ/IXV4HrRitk9zkEaiMCTUDUvz /SK1VEq5FWu8izm96M7HdoUpT3Vhk6syDnFzMq+mebtYA3LICXVwrdiCZVNhhlFsD5BKmkZd2WJy SGwEtkM6gfA+l7DL0YgJPJqG8jlXpsXsvZtzTaUotQxtvwdOTZ9AMba668QgeSWNS/b4waL9DTwp NDu25jxP0hibNn2gq1ckwqWb5aaBUJD7RQdP5BNaVoel1E/xHvXFGQfACnqpeS8db/dS+/Ygwj9s T4uD6Nlu6eKO7P9qiMo1IlQdQTZpaSuChug9Co33tUrjTMyCPaD2TD8WU3769E5w1W9zZ8RFEsYU No59iI2/NIYNbMFIm5kl3pvglsPgb4VULH06jnsjTsTEnUP9C2Wa5yua1Y738+zb599FJTj728RT EQSWR7KeoWD/X4IbR2TC0WoKELeO6Gmpc/UE3+A3V+hblOqhPOa8v4X03lnl9Abmo2V3GRYm6MwQ mW0HOAFDKyYEBqShR0FhZLQz4slEkuwjzSuw8RDflljP8BTT2+0F2xuASFXau8YhNglY4xU+68O8 hI/LBgJetTHsN8FPT0gCfmf4ZWDd5B2bztWw2hCE7FGBeK2CS/SQRHvJa+GtCEnTDGG2gteK+gdI urGqOEVht0i+rBj0jytzBCVqMjNCXaccnX5JWO2i+WQcjtqppMrEofeSXEgh6JZayGBV5Y0m7mf+ LM1yD+3OVOqc5ocH4ssPuJP9N4TuXgbRIZzdCaNryoUd/TtIWv7r/QLoJbkTe3F2L5WyIvAwhPFi TK00yfczXutceAvj3b88EWaSF3nYKQp/SbGNOJIsjiTzMPc4kiyOJIsjyeJIsjiSLI4kiyPJ4kiy OJIsjiSLI8niSLI4kiyOJIsjyeJIsjiSzEGpcSRZHEn2GEeSxZFkcSRZHEkWR5LFkWRxJFkcSRZH ksWRZHEkWRxJFkeS+by3OJIsjiSLI8n+bKJu12XNXinqlkp+SqVDZd2u3zKsw7eldC6fMu/2408J Y6om1IMyMhJrxZiuJupS3WrbxOpLolNK0A/LlZH4stP1Y0KlXVgb05OMz3snGvs5rNPu2waMX9jX 06l0NZcP+3phsVpOQtsoFjPlajWsDUXXQ1vIfc5UqkJQL6AFvM2offh1RVdvEl/o3a8226hP/6sY Mm1pqFtDWyp6Ql1r9Imu0Y9DZbPR1M373kLi//33/33fWCSUbWJIT5cwlM1ENVgmcL0y1KWBTmpL jf5raKul+ewRbmZ99LiJ2IPIr5MmOt7nWNuqylb93d+cWHo63ltCW6xXG0NZjtSfQ5+nnM3dVHPm 8xSWirFaaCOay8cIUyWx1YxtQjHsKzc0Jir6ID5Y0iUYvtWO/pRQly/aZrVc0EhalwxXY7rPfqqN pvTn8Wq/TaDFL7vlCEMc1m9aT8WctRWFLgD3Ewa8OJpNq6WamHJnv9B4TvDQ9Ck+UIbb1WZt/0r/ QdfF+rO+EbWn/venn14wv9GNL4ndcq/Quxy/cz/arQ1lzoMR1s5NOpupZkP3NeoYbexbfnhjddBG ie1uSMcibebb6PvVl81q8b6OnM9HfUdTKfTcuCkkU9nwJVNdbd75nq3Bu3KAuPvCO72uGLQqIIOK h8IZihcsTktrAbiWGq1tbTneDTVDGdIVS1Udq2Pv09P/r9H+OrFPZf8J4FAf//uHm2y1UL4p5H7g Tw3CMvxpMV8sFT9n7M3R1Ufvflku5Cq3N/aHZfWLstONy8sf+aS+zZVuCvyU60d+Ceu2cdRVuuZF 0f/9QyaFDgBf7PlN4q3t/6lrS3ql6WwSbeGXp51OHyjGPW2rfDUeTbRnv1RP7/gv5gXV1ZL2kP0/ p/RaCc5QC4WtpliYRlxk/CqHDdZtNZUrp83BorEygi6+6ETAJNEmUyMxM0c18Te58WPoZPHcXwvd 3T6XM7msM4xROxR6+2w6VSqIUTR+VRILRQvdim9yN4VC8fVdGK3ojFq6jgPX4ramvTgbor/+X6cr /QJiBj5b4JuN/Azo9mK1pcW7xrFJSIXORIzxd3hhQ9XYq+rSfRCPVF3fhh/w2crnfLXw6pvJ9GC0 ye9Gxm5z9RRxz9e3Ydu39rIR3upNMlPOhC7M8CMsn8pmPpdDuvUrT+Jw7Ofuxa+hk/Pq7YLwy/ce nuvvYahhLu4IfCZoUP521th6s1p9qWzQpiGI7ZqubhPENw+D195NbkS6Q0WQ2W/zmn+8shtd7Nxf VptQzOOZGKG7/PURTCjfY2INVd34pGuEIxfqdrpfbeYJaxcy9quLnehdcyg0Hy/IIlHNEzMS2/nr kgX/Szf+RbNDImb5XxPjX/i1pDk/F3bGdLXBbzRJVTzjEh//4nyOX/uqwj+n8jd5/rP1AX55UkfS bsF/zuay/GfnI/xa1rZrXTmiy/jof6cy/4evOvscn23U0Wozdv32ablbDFVxc6t178f4iCagqk2W n+bqcWt9Rj/TYbX+9w8V6YfEePhJIzSofkmqB0KUucP6JZ9Tt18O2Rd1e9KTp+TLKf1lfFofxj8k DI0mgaEs6Lup3Od8NpPO5pM/eLpAjVv3+cXv5hv1yycsz8RSWdDoNFa7DU77wsbQRroq2vpsPoy4 0vrmiFDdRhvuYO6wPlN4MM5+9YzZT4n7nxOFn7lF58/ei5u7OVG5mar+lJB/TjTDL+5pOk33xfYn ajXR87vW/NXu1S9+PTc0Q1e9v+GX6kZVT+on1aBdhsaIJhMIvAWPDA+KBB8QBjhzEe4WuHC7gCEK VMK0A5iYilshaq9yn+w74rctTa7lWNkcP9kfP25WxoomIbXG1/tc4rRjP8da3WirMXCQPQGJzgS3 6v0rf3TZxFqZiDukbnKfbsU0sz/Dby8rMEH8diOmjvMBfnVWRJr/6l0h6pjhGrdPi/iXZIr+x9e5 /oLfaRbT9jd2LyP8jl8LS41e+pa/5fr47KoSbZCJorbSV5PjlUv/ztc21cWQxl8MWEi71OLyl7+P jkakpivOlo27XOu1mJGJCs1I4mpXLm6oNDl3i8idaVrT8ewS63f7ZcNwbP9yPN90rQ/4F8+l2nbI A5hMZjKfUreZ58TfHje0In78L9rF/vW/DmX7Lwf+snU9flFGI3W7pRmAPRUf5jLZm3w+xxde/BGf 7ja6s+rdv6i6OjI2q6U2+kTHEe15I9X6Xir5c4pI3C/DL8lUOnv7OSOmcMg38PeNuqBz6xM9qzJU tuonAj8v2ljMaum+yU2EXYMLdGU52dE6wu+qObTuz8xG3OfOL+4T8hfX6Ymz+Zqr5I3H/1UPyLV2 Tca/XD0CIZ5ZAXDmfgfMEuZDeSsUw5b+e4N8Osc8KN+QGz+GtVioZNMVCw3/lFBgMFYJRaubUML0 1leEB6Rz6kWlg+/iZX0HCnIO2f8DHAScnGbCNkEPaQhDfYLWnMq2WWFTV7a0t481WrpXDRH/oyH5 5wz/OQiS3wg4cAWSZ98Iyc3W/9OQ/CadzmdNSG524c8Dyd+FnHcbdsishphb7CDcWq6aL0C/HlvW F4Gz6fmUF9opzoA13/saQm4wfEq0Rxpf/m0A8lmjr8PHn28yn25vxFX++DglVkQQPhZ/DcHHnzO/ pL4vPo6KeQW+ZIurrI6mS+3rTr12g++JfGv6jg4SGpRrlx1H6mZ17bK/1+FLtU/ahmdiBn8N32Kq 91OiDRb4S0QY/qQYvk1HheHmRuuG4evdEMjTuRq/4Gdp9cIXW7/zLxdXB6H4dOpTPpfJ+KB48y/8 5VAUn00nM3lza3wdio9B9zcD3dn/NOhOfc6lbqwoh5+/B/YMa9N992BvC4HpxFR5pz8iyHOkLoGM t5iLOPBWieEVf8xVz0l4xc43dnSvKvPEeqUJn2DUDoLZvO/9uyzZ32NyRAititDHsK+7mNZ31bVr KGkownRnSm1+e590MsbMvEKoiSAjgHU3OCfOVtZAxKyTdXhARDt0i3LdWjc7LueGnANUrqSf6bqn ms5qMWr3SVfvhJIdVH1EHPK5KoeIHf3dFTlSktw6SXJzL836yB8UEc6yiJt28iBzz4Ne3ZULWadr EY8rroVyB+euRtLuiKLcgZyRaNodj3N9M+jR2PekFecP+mQFQlENVw5So2X3xDlBdvbOeY6hc007 QEWP+qZL01G6unHnK/po7Z3GPYPmYmVbrwYq03WQrdDdmEog8nvzCpG5c6nhYebb2Op0dCeUIk8N 7ywlOo9Cx73ayyPzqPvxg1uzDv3r96DdkdqM8eQZnVbc7USaFdL38iTVLEOnZD2lu+9eoUSn44mQ bXRIDaH+xuNu5RV2T/VaBUp0aejh9RfV42ih6yMNimrjUhHaiLNB77Ad9w7TEevI5ZJQLRsdOYNN RxagUutuhTod38U3+4lzu+z8p8f5yvPOXpv1hFybPfKLPdlMba1YRl9F/hYUr6KpdNAMOWVzzdPc kMrIYi5OhZbcwc5sasqjoEyntJXpZOU5QRfFznQSWU7a7RH7XMRMpzU0AS11BbPs/Fn+D54SWVCt THc7vutC5ysww+Kpll+Gtlb1jGFFjOE97ejqUjcs7YzfFh4FCr6bkx3jUWroVNvdebdZrzy90JOs hzQqYtboO9bvKtcnHWQB1Lprt57Ghc6YNOCs1iq07ZBXkxz0kLVz+7WfnurDng7VnJxbUcGtkgG9 BdFLfzWJqypqx2FGmg0zRazKKq1TS/8qQAHE51u14V0Xe+6pT++y78qBuVTwk3v5OY0pssKsPUTM 0OAcoBfuEa1K1saUB9Bf6eVm9K4qfdrrgr+Zn9GZkKJV5JvtI3JtHvXGQwsqIZwVTKfdwvsEl6oX ualC+8cTnUJK75CrV4W2G63TTGM9uhP6Jk+sH4N9NfAddoTGafE3O3dzKbLrkFuHUQjNruvg9K1X BlA6gYJrYH+hkIh8FmlGO8rezBHFjs0Z/GdqK745SecZSVD1cdQ2oDgQnpP0pPePhQOyePz0NnhH 8slJ4txk40HuHCWX4oajt1E/3MvzVHPWmfxWgYqpQf9Ga87NN1s4TPtpiRCKhBGxFDDSzVM/1ZT7 2ON8/n6wNDdon8F8oz7N75/NTCYoc5Rzq/Hd0350Wr3cZ8aZ8TFHs6Wxvl/ktsN2jlb9ZDdI59P8 hLSPDEq3B2nWTEtyJY1c6T3UeremqhvUcOiKlHlP8Tc+ie2sqFxL7jSP2JObpwqU12wtED4BQ7Xq WEGvRP/KExrnNWEygU6bMo0a1OBcGVDIibtU/YiuPmcgJ9PGw0L710HErCRhKtE5eFiadfaPPspz 5wiXW6M3CD3TaKobAZobmX6vu6AxXUppeg+EDau6UusQrh2/SHJ936zV96NM42aw6N4079anwbLO qhtnmhtp6VTJNGf1VPMIJRPzKTav0W0OUm3GDHm9brOJ/u6R4cm4TytK5xoab1GV8Obw05mF062G k81UbIU+kIMCywohRWStnekTT8d3kgE8oIp8c9phcWZB/aBFXAUt0jfu6GpkNef80J4v1hOqw/wM WKe2zkMSisGsUgLUBSW1Z9bfXip3rYmypN2dtaCyE+BNoNu+jRirR6gK48xK6bQLr6G0RZwJ5zqt lOoG/Gm4aNmtDZ6La+Qh03U4hXzz4D9+cJBgdUctPdSr80mL3uGANSHmr9JqYxUpW63NpdVWHIIJ 3TUZo6NP9UpOHx+LA5qPm3qlOuv3nvTh85z/TnMYenMz1u28xI5QqlzWjSa3mqUxo3/Q7OZWWvSz NFME5zGvQ65oQ8PpnDwGPqV19cxf1Vjg0PrhoZ08Nk8F6D75otNmDvwugo6c5+zyZIV7FIv9kcNZ jrylMpxpsK5cQHbzvLEdZp6SQH40o5+h906zOjjTeA41iluDVr2J5kPQQoVWWUh/rZ2c1QUrukHz Zd4HRgpGEP5Y+LiOrETXha7IivoNxUNf1HyORwQabFdbx4f21SeuX8uV//ihDe1GE3+NaB8bnyng uhFrq9voPXUIt9G5CnxOT4z9g7BcDshhwqNgY28P1j57JyFIdYpsdWh9cA0CsaNUpVSfOCiPhqmf EEE9QaL1in2HEC5WFu08ZWg+DBedSTutz6lvOWvMQvrD2fMj2u1Hd6xmQjgB1pVQvK1jbbr2v+A+ tuV5ZYJRYDXPBf2jdyYFZ/Pr0p5nKa1R2ktYK04oxWHmTF+IH56rvblxrLnnQivUpeYXOjKudaqt ec/HPkojQN/QoagZpoJo7fg278feG6yjR/PfHn0x9p3Qu50pfmvrpMkHXHaGkLstxay3TiDmCziV cV5CT28aOhJ0tzNrh3X3r2Aj5nkayP+yX93nq9Jza01f8gZWKH2DlsE65afRJxT8AnQMoL9nSLP+ qakVVl5dHkd/WjqNjIfy/Ng8FlYfP8hANGl9NzheUe6bTaA4vG+eoNxw+XewA9YUZcRnar8aFqJn 1L+YJsd3xdODdvtCzCFDnGHWX8x3w8XBoJ/XSim3HGb6rLBNs4ae9P5Uz0ozQuzlJjS4CdnvTZ2A A57cYSaOVmAgI3CpaoMTyJXDfTqX6z83d3SmnqJoALrZAGavwwfuk47N/LUaBW+Oloni/nM1HnsF HmOvQOwViL0CsVcg9grEXoHYKxB7BWKvQOwViL0CsVcg9grEXoHYKxB7BWKvQOwViL0CsVcg9grE XoE/qVcgunLxdddAWD7N9XSDqylEGSRwCEHEK9lCuZ8SqZvQjKHr3fkOGfnfRXYNEimqhtzVL8iw j/jQxq9KeEb9G3uTmGxWu7U6horMKvFltYPi8ELTNXX7z/Cnz2VStwFKkqLD71MI8zy7Fqkp/zT8 6x39MTHSld04XALxTOgAwl+QtgzV5Lp664Ax4RE4Rp8aUKjbaFvqz/foTfpzYqEiY5j1iBbKAqm+ 75ob39VTKcEDM65VAryUFVjAbJsM41XTS9lKSbNrnsrxmL599rlTS82qIeepppaU5P6bLDioivS+ ampuCw5sLJ3Mg9xKSrPWqdkGbxRPjPtGqabmrqUGr9b7qqk5P8P+IxP3AKKF5yywrlivSgwGVQhu t+DlsGT6eAMHXPVtqi6Eb7EX5KXUgRWrG9QwDvE/ToHi4H0MvJ9MrCrJFXoDfJ18J0IsuNPHD61A r6m+RBXkUXq6Ru2qoLeAagm4G+ougzX434/GNNUXLQW+z+6dlCIEmES/Osfz1uyfYW0r5QOsce5q Trm70QKVaauwm8lgW1wNjC0vXPUl0zCs6qiWJWZgWpZoJc2UWs6pl1zLb5R0dW1VSyZk7qqX3OZe Cw9qJ00rhp6MR8D51pu8qMQieqilBes0rba7Iqwf3F/bulSTttTaHLWjaEy3sIhhD8nRXwbTYU/f gjfaFiWzgvFZ/eLaU6ch1ysHfXx3WceYfYuRKhm7rGDeFl12LfCj0IrGhO37RlOu+/pEJXmCmA77 d0QU2F5RWIQ8XlGXT/TQbN/umxr9C/GJojW3VzRFLP8WtrM1bGe2tyuYh3vsWUG2KVGZC2wnpKUy 7ebsLxuZvkfUofTxPka2iLD/XR8tB5hJMvp29WnYp9dfVInbovJx8TikeXjBMWtun6zb7xvZ0nVW fRgVmw60srlueYrmPrGmkKrHqLvXLlZpbfBK4triVTqdMuzVgX2ba+c96bRet8NM0UDV734PnvrQ FptKr3GE3TjEVnC9VjFXDg4aFcR10FXpKiy5sMisB8QVQ60henGl9mAP7e5Cq3DZ9rN6RT8N0zjb U/SmpdWAZjXqa6nt/BK7BE7L81rYIbNXt2fBpJNBVTApSYwangbZFUsRMkNQ+xinibvycURLHPxT dG0DY7qoopqV46EPHgG3l7pId1gOFxxDE+IZ97VwRfTPCi+qn50FO0+4nWWg97XCAfWgLFsL294j 1EluoU5yDlWYgypJoY4UEFc9Q2griXtEqyR1vWITVzimPvRfFC23GPQap2ENlY7r9FllR/iW/tXh MQ31kdo1gA3ML/FuqhpXn3vGnBvQGUrodZ5ryjJbP0Kv43WKurBLOv2XdB7Rjjmid+eqBxXgUXVb UAq1f//7LxlbGTOWmLHEjCVmLDFjiRlLzFhixhIzlpixxIwlZiy/i9/3jb6bb+gM/hzqCH5j/97z yPD3nTszQ3yV587KV3sjLZliRU8o46kK+dLEYqWro52uhtcQymdv09VQZ97fGoVmqKD7W72Ef1x/ YJ8jjbNGp0ZYn/gK7TRFmxVVzf1Xnuew5338YPLuW4dVgw/T3pAiPpwUu+B5lmLvVMn6ZS8iY8A/ thvZi1K5Y/LPaBmMdHKYOYzfIoMROXMih5EzGE/zpFTuE9tmXiye2JWZeC0vkdDAKzITr+UluiK4 56kpWiKG3yLeRq0jPy6Q2TaHGUQcjgk/gnGLjEFUTvfhwOnpbtBDnfoc4rAD2Ws3rW85xgwYt7Lf cWSo373bw3SKTg/wuGRQ/2rIi+T4MWboheDW6GlzN2BAiDAP6lsHOTDE+frETWmW0+ylq4uBVy/p NCPOKQfaDgZrwtuwaHAb7jh6Vytp3RgSIkBu2lNQS3NCgITAwNOfTOsBYuvezNMbVkT+8FicK+1i m+PBdcIGK0JttT7H0EvMxelzfIZVv6arHwa98RFWFY69k0cTmRgvvdsXesoGIYOt2s5O0FpOHyWL 69FiYAy1nEH8aTlazHfKM3DgeX8IBzFfZpRlMVo7n8m0NNFuQ0xG8I2ancsFJDyt12i3IrZRR34p dgNXBD+tTYNaIgR/eOkvRfRldjLKdMGHF31wzrs5mP2U8C0xWI5+xrvTR8ciPluLjC5XbH9tnRou pCR6Qqv+KOwXNIZzxECK/FDq3yI/U6mV+p2IsCQ2SW+gyt96jBDj/75sT0TDg11/m2xPGqED55QY zRnySvzi6VuILPTL9oS19cJKwCxRnBKl2710vKXdO2q256WVgO0vke0E/nyd+E1N1/DknM1A70iM Ia0B5Ne8WPOI7VNhd6LdFWyROB7zPY6BvWB898f13p33Etwv2AM7k066exj3ujvY1IK5eSuZl69H cwt7SKv3tMKTsnUruEUxB4uD2lQXUapFicZY7xPbRxQ6npSea93PNLFO3byyfft1VJsiMvvaOzPn JLLvwjI+f7MsOT1kXns55WW/D2A9uwH2Z08cffB7eXpo0b7WSucNwhy0j3RpRlSPfv22coJzVVqP L7AK0hOnhm1e8dee9sImAwvdhVUm8MnaZ/sZ7bQnt4UKNlyvfee3ZXGl8jhzXnJwyw77ZsSBMUdO 8MWoB7Yg0xOF5QiLUyZ4BJwM3Sj5uS6LCb5p7rew30Wcd21q1V4nZhavx/bSmI7vsBPou/6yATte c/Bs4jifp++kDcJV+fWwlwK7XlxZ2Tr2iWmyXnFOE/Tdzzbjm4PeQZ43IVPEpl+u4bPYebd9BDjE QehXY+dLhQPsHH45twJbviPn9vY8Ut6abyIW/oFQZbM8SQPvRrOeSClCNi9DmXBVJVWmM2tWOTVP hSNOFycblt6HJ6Y/BUsmMilprplR+nJhR/+yzWP+az9d3+F8oyedVegn9nJdy5i9almBLTKabSWK ZYWVTr65bcVlY/j23mBX4zFfjflqzFdjvhrz1Zivxnw15qsxX435asxXY74a89WYr/4n+Gr0WIDr pPWPHQtw+2ePBXhfMID/ZPgxITc+KdvtaqTRWx4nmoWnbuU+1AN/U84mb8Qbv0zM9lxZKudKb+jT 4ojKz1dL2Jv9CHm9+nGxnq5GR0Plxjaqzs+4trLmv6w2iRd1i8rVCWOjfPmijeaciE0XI00ZtYUT 1JV51NcR9I6/w8DZDxE6gco3N5liWDN/kwvNx+136aGTSZ5YjUY6kuL/uJEdNTpRUiPg9cu8icOD PAf2CMibwMkcnjehvylvYvKHypt4KHdy0lHkTeCJcd/fO2/iadk9jnECh9iw2jX9yKd0qdgJvIaY AOHdUpgOdY54dHVhqVoH5jHohIgII8Du1vBRkA7OPwjTrAYv9VGttn/Ge6G7BLy3+151Prgj1JNp /uOp1t2ztnKSOVOJbS8NKFqNFqkp83ntQpXwQeQtMNNoOFrQnQnGnuZb1cVZTLU3O8OB2Xl1bWZj /NZ/Lk6HtiL4pV0J/MpjWXrsp6XtGDpes9WkT/OJkJY+NC09g0wDfTJcyr97Oxa5djBVupTnNauT 9Z8d1UFHwzDnqz/tpz5NfXuHhefcvvPxw3ssPNJplLmXJ4h0dTSpbx1Fv8oRPMBP4U+i8R2XCuDW /vkLxDVo1R9Zhzo0gyFq/oI7Vvztlh7LzsNszbL0BNsUkEnQvp5HQTs5YRSaO2CDUSwCZQW67LAZ +USB27aGijyHrZ5myDNUL2H/4JkSNfqc7Q5QyfdmLwS/J6+OoF9OQ7AqnKk951Yy8+gp/7aEanhj ikh+KwY/TNOQTvoaThDktNG3F1KOmJzYS1h/3NsS2gnKXqGnodPwPu1qIYLlRVijZPg3lrQ/LDqO fjieBrZ5SzXvuNZoPZ9UegNsr6b+utXCw/r2OvuH9TOYZCo3TEvT0eKJx6qfodV+xdojp6XZ8I7z rjzXeHOI5Exj2edciaLeT+sLhdbi+C641Q5Om0yRzg+RZ8GegBPtzPb7CbaHOJkZLWRv0Tkw7Nn2 8kAbzdvyOZwxJZSFcUGOGuelyT1kv9E8C87IUGg3p121MrHe4YB1xu/liq+qPL7t3P/Jtq5gdzWt LxYazJlocI8corphW21qsAx0cNLO6Cphm0H8v8dmY9po+HphVWmWC8dmO0l7iCTXU/XStEWnB53Q juaebafBvhGceZFtzkbph/IclQamOAGD9LlDtLJn8z21AG+ArZVN32Pr56u0sg/NWXMnaeK8OrfE wIPyeltMkCUGqOb1tpggSwyt+r9yhZ6YDcVsKGZDMRuK2VDMhmI2FLOhmA3FbChmQzEb+h+nTP77 e6XzfzivtP/4/JQwNtpI1fUdfLN/WD/ed60t2309c30TawVnRa2Bb8NaibOmaB8tN1PNUyEtaaLK j2CsOI/mxAWKe7pTlai53tfqk0Gtbii9Vr6Oa33YLe18EfhtVHZLJ0YEftvuGbRn5S1dr9+CmGQ0 Huy6JlAhrJOuoiIhMU66qv4nYK4u/sQIaitqGwJlippVhAKhoYXYTfqbkaMT46Ve7e6U5wE405IR EvVPmioZ/eW+Z6TwfkT12QJrZT2gegc0yBZVYlpZ+zncfYOiGJ5UaHdZ/K3rrXYywVPatdGem242 S6dc46j0ukdaE0nEZItYRCemW1QdItxz4mq5NQfvg22LuzRtBTF6fx5+ylG+/jHWr6giZmmR0dno VSP7TfATVGYjxkCrx/t3jsoLqNw1p/n20E4mgWlGNTqnmTkPXuidGfRNwg3YT+zfb519pk/zzo7i vrU4Kq1Tc8e7P1WO96c6MAwqCwts6kKj1i4UxkXP9ahMRa1SsQyGBew6MPcKH+R5UXvrvDXvGMLC QGNIbDt3o/bALqCM5x9xaTFXb/zqtVpV7kpV58jeE62KLAVkBeiOKhlXTaITpmtwDgIxWXds9Xkf Axl/qF7XZeUpoY4E7O/wiuvfGhCLzSNmcubH/D06XtIw/aQPOYrWU7stmInZdZq4Rhf2kOcu16+q V4BDg2svBXE49zUfP0C/CxG9xBKOgwXqFodmDshDWC64lrbIFDFrznHVVru+oV23NZjP+UX7enMC Qhi/jtO3E6l6rYgKlrC/PSMzLb9zVaMNtY6EsTKu9WnhHJuXBbGyerkCZh/IzD46lafOuNlVZtYu rOSzylB0ZgXVhpL7J2nWOUhc896/NtR5ZSi2K7+5NhTtie5KtimsrKu1oRwGqBelFu2otCefmvBO pJ14ZiiZsVckpA6UUDJ7KDdflIWksYJZuUNssZDkCO6zmGfO/vBEPYt+SmLVlPJlxRw/KKTK2Nfk 3F9TATlmADEDiBlAzABiBhAzgJgBxAwgZgAxA4gZQOyvCfXXuDLtrvhrcn8afw2y2Mx0vnLmj+ux kcfMbPYvLQdbm7GFWBG0a6SETtFjFZEWpg7RQSrzmrW522PlaT3KFLf9Z70zeJ4mH/XtsVmC9kk1 kLPZXvnLeMM38DbiHSZz+xa8jfYiwdxEvKFcOZjxhmmHu0WPN8STRudj19gYWmMFHigvUYudIM2f NuEJwsrjlIhXyu7q1dbFtZY6Tq5EeHMOFiW3s8FMap6aju/orNMua864tHai6+tUBs9F6CxxrQZm Ey70Dh+/qMnS7UhNIBGbsbSZcT2OalPqV3WLmvVmhGCXsHN68Nw40Y6cY9RJzGGQ7kxQKR3cIg/V pRKdtyvCTNS/Lq0qVOkQfyOcV252+5OHTreJ1ugpJ4N27sTrpFIk/runcW2CNfe2gbGDZ5GDjUEN GhkcB2NFNqL/0ApK01lTQZQbvQf6h1nI6MelnUPsjs7i/ExBfZtea4K4JcJVAbGG+cXHD9QKtIhe 7IhFrWgp+ATyMouVteap8tko0P7gG42IuA3nac8jBBfES7ZO5GJDah2LZZzLb4ozzPmxMmoNkR5l T3yhi2HxHvbSlOsvzRk0UJzYQgfpMoJj/GjuSPOqQRzjhdYqvfGWrSgTqicDVtOrbt1o84ITlaEU dS/XLXYV3JrQkmlCG8rCuT4xTLbKix1d5okYC6seExYz588Ew9Cwh8XUaRRodoZpn/hHw1l9Z3vU G2vfXEbCYb5dj4V7nOcJ8R64Dk8wsygiatyMGjO5zZ7+gmpEAd+QdIeRTV9cu1SRnpT2kOGxWOyn 6bx6HRdy1XNxODl2y9cxFZOngH9c8BQg3nOmUkekbvQoMrmVIZ5ypNV34Plmap4coBp3FgeGdVrP SnIF79Ln7944MRFhfB4p9kCMi5ADWvBEil2LE6O9F5Fi8iRNjCRJfIJarIBhHZolsKxLNnDBBcCJ erT/tlNzWAXNWkrtFHbltNKjNz7LEYhIMqqxrvS/LntLOGk3yHSndGb9g2fvkp7IFT0GC5aj7Xif tDDdBbZr04kOPcfVo6k7KZCDrTyJSjW0c/rqTs4KHt1JJzbNQWvgkhZeK7zZzm6hNXrS99vZTbRW oNkr7OyE13zs56+1nmNlvS8/pEOt4c7I6yCkWiKEZWceXCIsqAvSWb8TteQquxBdRwWR2VVW7wqu NohaUKiMtQ9qRe4/S1MlPaeVVa9Mgq56xhykvWsQZItnDAUdsQvlRZclHjqdAj9ql28hTKERFvKI GLJanKIVGz2iep5pZzet7DQKsMi30lPgjCXUKd0/tzv7Cc3qdPM02tI3ZSfHxh/rsTXVQnsdrLlx qfjVjlzXaEwzEp1wOts16pVUsaMPqnLJwW2E/QwTDc6BBvdAeW6LPXQdd4OSB9Ot+vREtIpQ52uN 86Fea6TgjUCs+hArrYZTZnAsLlxR9FcRIOyKJkIT578L/7HX440IkE5nM2vFxJecCRA904R2rP29 XIHl0PrMlWdinjJ+yopYt8H1AktcL/DwwDu9k1/iQjWvyDAJsDUWkStyLcNEopPv1miaXpGw6nq0 FixtvOeuEVkR745VZy964LG3WzOzAlVZK6qeWl8LlcDCMaw+oBMfH5zzEK2vck8Pz9hh6z20VIeL xhGsqHXqZFrzMGs5dnJabyfatffYF54WNFMyQAQSYzTxHqcvgxBsjlasNj5+4Iqgls6gjRKyjJZp v5uH1Qu0dALpLGaOAUbJLGPyREiqHzyXXHlogde06L3d6UCb+jAgjwE/d2qElNOp9eA1CN9VcZDW 6QI7T5jWn82eUCPVgF+D5ht7Rz08K7iFTFez9kG8qyeaVe5afThlrs8n30p/PrwiIMdGxx4rpcAj XMq32EO8d3StLOxOLuu9uz5g+ZqaIO3cWgEWNg/aRkxCGN4upB4ItUpyHRg4HG3L/SQ0/1gH/Cre 9kfbrYx5J0bbOE+j4W2RlzE/0Nhp/WOuSj8bzfKE/o1OQtsW2R1R8XYUtE2jEBFvR0HbmG98TkHT 9AE74eOk+NeM9omtx7H1OLYex9bj2HocW49j63FsPY6tx7H1OLYex9bj2HocW49j63FsPY6tx7H1 OLYex9bj2Hr8B7Ee/2WUff4/e1+y2zi2bTkPwP9ARKEuMnHDESTV2MqLDEC95bTksFpLD4ULimRI tNgoScqyNKphjQtvUvOa1KS+4I3qzd9HvC+pvQ5JiWpIyxEhy3EvE8hMkyIPT7PPPrtdW+Q/cKLw FmvOIDD8BXVnHr9nCJElUdyxuh2TPsU0lm2073qLMVV1veVKtovxvnikkjkCWNFBXyl7c/pjRsd9 lQxNX3CyZbqSZqICiju2VZUVlVFtJ25Cs5epdM4v2cLWio3hXOBciztPHWEpYjMDcnw6W86+mEJ/ jG+nRnoIne7jaaD/72j/y7X2f/Zurf+Duz+Tyf1w/eJMbq9VPBGqZHy5Rye3NzKqtdoIp6ifT210 jTp9a9DrThr347nyMBHodDDUUlOk/2eHpUK2fjXI1o3BRDUL6UGxBpRWOuVR21egFqElNNodvr7s pBulslB7SC/rD8g+cg+uWByuV3wGHNfvqli81vzHqMcpVpZSFTnEu74af107Q9EVBvvyoNfP3JCG Q32TDJ1VsI3z58ipLvP7RD+TGUsifGI+CnFkJndbbOL3SPtAOK8cFebCT63/xpzciBFzVhTGg2oT EsHyy4R0NYNhC8+AU73pOwp0f+R5b2V5byAS+1r1RuZ3IJ+6j33SXrq9DEMOlUWdV1uFK9moTBR4 YloFVIJ+hJa8Jzcc7zq1Ul+AfZGf10vl1CGYxVueowLsUMBDlhdenV/Yezqja6MyH6bqF56c8jQd aoOxXM0tbxcbFoV6R6hRX/R6s1J78kd63S43W3WNd2FfAKLjOqMce1M2u8RHWMVRZycv3KgsSPJF zeG1PUHzagJLtLuYBfrBw3dOj9DioEpyFew9qfpIJnmV1pfZrn080FikZKCbrioD00zDc7U/u5y0 an5tZZhCVgSeL1sVNr5iAXmTos60POyY4dXdN+EsB/nuwKluPEiwGByemy42ND7FuMN+LxZy0Pfl pusFvlaCfrSbn+5lpyMznf2LfFVYUr8xP33LGsH2ErympPdHa6PlQa9iDEHBEX6JZ6t77lSJZVnx W7rZPrTfOC/WmOaqshdX2f/qNWqXDo3cHFQv3ReYXF/x5i3av3SwdQSIC+mNrPaXWj4i9W9YPugb DTppC/AlBSNZa17RdoHbVmdEa1oX7pbP4kCHcXkxughs3GBNQ3aBilcHnDjSQimGqSL3bCVo38+p Q+fqzhnvZ7ZZjwsorI45LDWHeQe3MBK2WiVOWH+JnzFkGzikom0rJwxREZ0hHGBluovwunr+4ef9 c8zeGZ+FbsA2UCux/f9ijOBGu44vbNgLzt5tWQxIRqpn6qXawfaCsM+MeG9k3dkaX9dyf9L+QLVZ sVFitdVjbQhEIZ5H6puQfffUpv0OZN9/6ioniX6R6BeJfpHoF4l+kegXiX6R6BeJfpHoF4l+8VPr F6/lXfxGv8gP9C6KsZ7Fb+zf93kWP8b16CLFZyu+XytqJQ2Lecroxma1ETgsv9tfGO7AD3ANHjAe 3wso2SrrvTu3OEN6sGxOtoypZaqm63DW11j/W0ZMVfKx7rs98/LCfrrt6w/c0HLH6Mx8rMljbqpL 1O/Ydi9z6UuxEteuotmq7HI0Xs30//6+jtqWrlJb3FCybU21ua8zU3Y1y/zI1YhGFEXDxYcfTyXb /tofTCagD7oiinC0IY3wK80YVlW2bDZpuiVLuraUMDosUXhnDBf0qmzPaOi0dTQXXuIfN36ijCOP /UCCSMxAiRkoMQMlZqDEDJSYgRIzUGIGSsxAiRkoMQMlZqDEzZzoF4l+kegXiX6R6BeJfpHoF4l+ kegXiX6R6Bf/KG7m510gr+ZRfr4rBw5k209M/50yzxI3F9K/YTQ15ff3qQJfyAkXwnt216UJxt10 sVhKF8oX78NtF0tirlJa3fIc09k8L6TX3uqS+lWa6e7u41+YL/MyU8x6izT15mPache6Ss88Sjp1 RkAHPA8XKAO+tvlvumbSqMU0j7Zw0ZzpdENyb1TJCXxrXnN2xYKzd/4bfsk7mtQeqwY9a2imZZf9 e94busQaDx78/f1yfF5sBBOL5jBhfrMv/gT9PtZMmofgqUM/igWrbdPHsUaIr5hcp/iBk8f0sBpH lyE/9LG6EpuvWyqIfL58zO9HMKRnIgeOPy/fFo9w/Pn63L5+RUI90LF9vB4c13YFLWtwX3u2kDad 3q0zFDz0C2l3GBxRvO2q7tYfogtqrwAjt+F1hXobOuibgNdN10sj+nciNIqAa/NGje++BK4NI/3R 8Lot0uNIeluQXlKNtAMZTzRn+niozUed4n6rE7T/60cJFgeRlcEuRRbLJhlRCqB1I8Dh0FrDom8u GWRtFODbZDwF6C2AkUginADudt9XvZG2Sb+kGV8oVxbNnxVlibuS7pskd8MOA0C6XZC4NZAwScek K80Z5HBEa1XSsdyhBzYcNVJ9qtM3s7CyxVjiltCAWtHQdyggqkHjoZ5X5GgAPJE07aupPQCgk5Ye NbfWMwxMx/T1bwQ3VpjmPxQBB0w0G7LSNaz+/TX4B/4eD+8LgrwoFOnNPxlwr1aoAupXEmElg20Q AG86oIyvBvfXgPXKYJYAz7ZlXwyscMxSE1iXvJLAROEovT4DqFqN9CkfNphZrge9gcE4Eu2U2qhb HaFseIZ0ThuwtPT0rAZAJqIcWMoUo4OC5A6A1ajfNPsVGnHFGBjQgOqjgW+ZGJNORDumiGK9WyB5 Zh0Qd/Mhia7DFCyF8xGol77KLDiYU9ivFB926ezdczB2TbECIFyUwCbKhTabM1XoUvutdND6Doay 211HWkVY3ZmdDSN9Fs5OaLTzbgOwxKnAtva0Aq8jjRJ2BXZN+7S3AWcH3TIKzm7eaF3Ob4v0L6x6 ITi7kL6+A2fXJNqPBuC6uy+QFk5ULuqwLUx9Ow2zfWAVChYsu+s5iGgF1mw66cBr5EVuvLIIh2wx ni0hZOcBWOBcZvsjo9NonBgLXpHWl1dg3SHK6YoAZWRrE21F8qzlsHTRrkJ5bN/mu3cMHqwds+Cw At8NWEVIm+9Gg/dOAD6u0+6rA0QyvFeotT8M3R3ed2f+vMGaCp4VaVHyW6S+jon/0i4TSYoQO49S TwC99TK+ryA3B7T5s6uRIvqkEwkWT+JtdJY+Zfz1hR33ILDl/UDRfdby+utn7/Z9v2kAivAppnj7 fsvnhgUxsBhagGQbioA5FQCFucAuj7SXmnTGGk+60nOJIw01/qkepsYIi29kSwx4E5KHIMA2n1v2 W7mNHYLdjZMj4D4RrTW2Z2PL5jcRpsTRHeLOBeIVMYDRoOZrWj0dvHhFSStpcOtJZcZ4bbR9uUVz a4eKqsesaUesuHL1CXCAo06qCTBtPablNvFlgPTjXDCYT4p5YDqpgt4XGVQ+gFojKZidSIGVXVzv JXaexry1FwZwY8W2VyE0AsY5V2B9vjWTFR4nLu4XyrgqCH2Nwc0xCyizV7YzBaUnM7hTz9aJc2HD BupbPJncfd/QiGPD1ybetDvz21Jn9AdxKTp3+T9a/Qe1fHdBugM8wBovkAQNLSIG7q8s0jPLxrKM cyPS6umfgHvsntFWz/xTQ8v9eWP4p+HC02luHvIC/KIoZP8y8OwoML+zd98Cnh0F5sf2KaPGGPDs L4g4GPbKUZpbOtDc2D5dFUIhHWYJ31hIc1sXmb/a1LmCZ8OxBHTKHBhNcEgsATj5YdEEjfZo0YAe VhrNmfe/XYf2hK+CNo0hmzeS2WY3PewmyJKkA2oCr94XSBrMjElGydVCXsu7+2t4I4hjYaQym/ng eRoP9NO9ErQnY4dk82Al6AxtklRbyYBzR2ofDeleYd596R6gs5cRGtL0EVDc3WrF7t83LHhAwz58 X4qO8eLv8XGXGBA3yR2ebMwkaV29QtEAyOHwrTAdoNpwqPUJ7WbvyWoF8q9IT5PsSHvTIDmAwTqv pIcNwGYmk+/IukEcx9CLDbhi3hr40thptxEjUINWoviSBtNl9krPX17iTw5Hkbzo+6CtDckaXgqS 2mi2JqA30oRgz/A9zR0A9GtCm3bOHBx0Dwg0fEB7IKAzS8Cdzh/XdpC9pRCwq32uvs/TNHpqtPhM fVn25i3gub7XCDv9iQF839yT3Imz4or+X8pYylVzLi+txxsxN4PWxmQm8xrzPVNE3QGFTGbElVw6 Hx6lFnFps/7o8djyU71FPBYw+6W8SzuJZsDrK/hsA/zWHBGF4EsBfxui5707N+Dm7Fd2dnUdaHS0 IjOpV3ehU8F20hc7wVkxpy890VcfJQ1lnu7mxMnb5VSj1J9Bu7gtpueN9h1pGRnM1XNgr56dKcRt ffDUXX57I5tdcOu9EV6IuNotU1Dj2Sqsi1CBv/rf2orPWgBY9rmYrUDiejmf3cdlaU338lkWswU+ m675/TrE3kWtxRQoeKm9i0mDIetX7a+t1LUAvamzSMfYlfZbshDLs22XIYro8cxWtM2p/fWuD3qw dEx2ihvQKqyfKmPEsARE2de+6ADJH/uWKYta60e31sHZtHqyUnuxdWp9LnzRGw/SVddRDRdxYH/c aIXySyPB9thqJjslrkrgF4wPFjcjvrACdOIsiEfrN93ujFYhKG9Au18WBZRBynpRDytbUQl0qNzX cW9Ga+nidwBqDw3XKzJQvoZ2xDSj+ahJGiu0MLWVNmqpcfmWJ45ZBc2xyCoWmbTXyoI4PGOsoxQQ OD3O+hX/vx4aA0iEU6Li5VqTJT10a0QR42FFKr7RQqZ50nOrh4JezJakI+Zu8ChrBcSokRYpZGpl /RprSi2Pt8tGtKq5JeJ8+sy+OdWHBsklZTqFDBQ9mtAqXGuNdLPkbtj+/Ki3u5Bm7tm2ymxUD8yi VhxftVqwdFyjaJvV7/EjohA8VVEAzj4LouWotRppbdC+QRVMa2phVWhv0vw2YPWBrYnFdlVzj8Mi ZiPH7CGs+Fm3w6/35U2vMhkQ55RTa/vgWsLp/LW7WYZiRPIIbHEmbA7eaVe7Gkz7rcI0rFl7erUA 2VdntiPE110VrH67Bivfyi5I1AU4fRcU4sHhQw6iN8aS2AlKXsCiOKGWqDWS+HuI0kuP6OsPtK5j X3Z6gA2H/mbxeNgL0RF5pEsLTFPvrcH740qcBda8g0pc7G05HF3HouRi4uvqPMkYy0YbUXT77IIo jbiOrqN5W0k0tbjYutTNMo8CRyy2LiqybsO6UhjQiiv++bRHf4+3Q0wqKJFH2ja0/LB+DlvXgRYW 4n0VVpLrpl1DeatD3/IpAZQelqjDer7HkaJ7v9/OtrKyxcW1lYcp0pK6pO2w4g7RFsUoO9i25Wfc qT9Mni0ad0hxD5I8jSfS1MCVEfN6+WfcqPZZzbDrg92dO7Ao2x5fQ8WLYGMcaUG73JGr43G9VWgr dD6SLMkfXNLEO3VIS+naLFaRJOT6CDIi8V/muaDZnUvV8oK4oUByEHHzu4NiGD17r9c+IuOYbtVQ oMuL5cc/zMOs3u1OpdWddOs4s5qwf+OcKkHz7fdwrmfMWqm2LpCiHWZ9hJ0cFkNQ6WbJO5o/eFhJ l4Bd97Bdt2N137FFvsQSGaa3jb51+vAL0olLHL0jVWELL0TvQL0xHYi+RtnBuS6LTcGz2EXvpueK fOBciKFUXX9UsCJlRMY/bZX127UCMv/Cph2wDU0s1g7Y6CMaYI8VEPO21w74dNuuCzdtOhfa/dEf 5Q0NbupJGw6eWd6084t6e0LPMPnNgHVfhqUkrhRIuvFQRjEP8I1Y2+AB2m1KSSmLDNHe9fTGyDjD Vob6OJoNxJxIZ5nQp103KF4Svd2W+k/1hxGPzB3oqN535n+Vrpq8fFXP3ixy1JY8g0SGCOkbg6Rn 0oqD/BSZeI/UxnzLyEvQMvNBFeflWgeO1oAbAknYj8N27a+dslBqtOVlvdSZoycoccI4kltn5+dB FtDlbZH60vLP2IfORtwnVuEwvfgHlxQ5TqjMUXPIkuieJLonie5JonuS6J4kuieJ7kmie5LoniS6 J4nuSaJ7kuieeA0+ie5JonuS6J4kuieJ7kmie5LoniS6J4nuSaJ7kuieJLonie5JonuS6J6X2NmS 6J4kuieJ7kmie5LoniS6J4nuOQKC25HQvN5OWNE2hNvRB/3qI/wGvLwXdGwNrXcoVtW/iKlzMbOD vPcPu/LfVgoqnbu4LJ0AzMz66qomp6uSsqew1r4eBrc8EMLjd/vzL1udelm1r1P1Wjuo1/urip2o z/sJ5FdOM2Wb3lQVDozFK8xG22sqOY40UllJPWI3NqthGEdAp8LrcwxJ198kaTuWPnPfNPbjmyLF EzPQz7I0czRzlMzXgfNFjO6nmStNlnQcgxPuqz57iq9YmudzZQaJ+7rcQtEk2x6r0s9DfzgRftG0 Q44QQ5Jty7B0VZ7pqnNqyqUhzHT35yFeevO0MxbVrzd57Eomp5pjyZSpGdMF9Ummq41IDp5NXWmi fozr9MnQkPNxvXoFOUF3x9ZsNEax3tj5KWeEy9Rx1++0M7F/fXRtqcbLv5mKkPUriR9rZqg7ikVv Ez3ri7c4S5zkci4qhb/FLYYq4eHS05rDqY5DLEIj2SCoWW1ImkkqM7jH6QHKGRb5fEzHZlw/KpcX F8WjbsmIxW5fc45rz2R3ZsdDpr/CTJEs8ibnaLvU+wdOcriJackTxZqb29XQTzyJc+qbM0a/XOtN ziZUNNqjlj2lTWGNmFSvaI5ljyQzVGD+tNzn89ByxydeyQ9vkQFvr8vLTH2vsXC7hRdel+x3rDUv sSuebFn3WAbf3NK6P/XSJhzjDZ1CIPfgOKfzR9Jd1faOntMy/SjFZRIvnJ1qGhU1MBq5tmQ66lQj aVeHLE6PaI7LRPBf2uXmr4zBrG1MzIL3zCmfv+QvM+LrDyrNTUrSiaf7M02QRT2SVabkkDCiWfJC MiVXPVfUJ8w290uldNrp+5x+izT562lFx6NipVxLYnc2THUfpOrkWbyU7ay7Z7BS2tE4KauIy22c lBdjpAQIKWfvfgRGio+QIpy9a5TqQn2ZFxsaMumCfJGtTBVd0fvhbBU8uye3BHH98WgqL8ktOXv3 HJoKyy3pufrQyAl9cYy8kT+i0DzO3oXrZh9QW/smEktFrKAOco/lqURW8e5eNRCRysfWBNebSy9T XNlXh3z1N0ZMX4nItwnH2KNONzI/Nip1b1Tl9vBAkHGNSsCTfTW3M8NU8zHITTh752cnIOJ/LKX0 x5ueK2B+1F6OHy7yYr3Ud28R5QZ0E6My7/fWyCzb8f8YaXwGAEa5ylK5r4/6RD3D1EAfFgsajWsh 9bqI6eWJmhcshw852gLtOyCIIAsGueRLLxdyq+52EOMcgeyxxtUI6lN7cza/jKqYHbSE8QR5hUFW 4dm7zZrWmT826qpvxe0/U/Oa6O22xfMN4ItsVb1GzevGcjNuf81n+nuj9mmf+hzPq3hde4qL2w9H 5e+rd70dUe5nzRcLJcS5IsJyEB3nXx6KSmxr+3EgBr1MVu0hAhj5QNFxzbvRx3fd616zg4r2ORdR 0rQqjGqkXoZhC9S1wqoCc2z0sU6zCgQkPahVjZzbm8WUTpiuC8wIoqmNytXbfQzH9W/2EVQdFyHd T10/ymLjUcau9GN2EVGe2+lx9FsDR+nlEHf6QHP5TKXsodjUPVwSn4eIjEKj49J7OfTJ25UVVgf5 vsuqxtfKiE0uR78pNh6IimkXRcdhn73rTDKFWtmL/Aeyyr4RhPrfphNnSvyjyjK5iOcRzxkPzcYD 7TaWJYBsBfwKNKLrmEre+6pVb+YpsJzRyLeHvc6oaSAjGzl6kf31I9Ib4G/3wDLKzUIYGbH5LXF1 sFn2fyDnxFfCrnYfaqUy4ucj62DTXoishF0TasUx7SJaoeLEy+1bAq+h7N62O4tGK2+1kXcoAk0H 2Q3IjkULX6qVB+QWyCJWJIiE7i8bD52nBmQmcfd3FifO4sXXcdm0pn5kNov/Nsa8clVY3mqXj0pK Sd0YmYe+MZkNjSeX/p5KxYw5TPXZCGluJ8QTxfqyL9CXwRcF7Kw5TuPdGPUi4q5ZdvaDwlBieDrT C4074qjEk5csYl9cx4QjQ9pDvXomR3p+W6o/SkZDu/HwP55oblk8+3bcOMv+30S8YP30MSGKuRLy HbFezV5m0gZfa2cSZMdEW0m0lURbSbSVRFtJtJVEW0m0lURbSbSVRFtJtJUjaCtJpuoh+Yqv6Gh6 U86tZ/NZ8+W0WP5WX+Q35LMKu8msb2Ge4ujlFXzKH086Jz9TeMjto2qrT7h2/HDEcISn+iTrM0d7 VPUFgqXjBnCqiBF3fOqAEURrcToiQyxuZspjege5RaptqNJQ0zV3gXjthCIP7JSXIUvE6HDDmUsk 6KomSJCzVWXGwphApdvTGzuU3GU6lT7mqel+3koZm01BDSKPAJsPnGYqmiy5yIwCuWrG1LJdyXQ5 m17Y3nOa+dORSjotVDLC63eK/npERoQZn3F2qjnDWn9bVuHPHbsTh97KKlGE0VvP3vn4rdCG1uit wFpLFZz+vd4Z3I/5L7qzaOj85Q2/dX8LUZs0vTCm9ndYwmEHJ337B1nCYQc/e0e6q1gv+v2CLg27 nLjbH7o2bu6bGbnaGQ2Nijto81oI07kA5CPglj/pDJ17ydBsgzeAarSDLhpGH10juLoLpSczyzAQ yTaRV0MIqIVhr7KUql3rplhoH1Kx6Owdq5oTUbcI1iLo0ioqJUXZrieKMDSnOtAqz95t199ZW7gV 1FyYS9WK4+OuRtrVW6R/A+0VI7385so/6/4NgLbmnr3btfc/j/UahfQKn8QLsV6LwDkl6mkVukND Fwf316iiMEZFqLN3UXWBdr6/ryqQjj4H9m8dFMJ2jrCsVcujPpB/DZ1Wu8APFwV3C31OlxcFYNsB 0f0Btm4f9Y0P6vywGiVBpZ+RIuqYL4F+GQ8CPFhDHjHbFEMbF/R+73oKBHTgEq5Qya88yzmzFoVs 57Ap+pbwomdr//ICXHO0th/ZHJZH32rv2YoPsLMTD1mjeabqbdRpi6jy85CPsLOXxS9+jR9YZHar /Ny2LucN7ZLVS9tX5We3xk+GOFSF9kKMnbAgV3Nzoliip/qjXB2jIkwsMiTDIfQ9G6j70Ym0sbK5 Y9i0ggZrJFHvHehz0KtoUu8J/iDUxDkQVfFOpF1OowYOZZR9FLXSmtRKNGJm874wDVWkYuOQF7kH 9b4Z1NI5FDkwolpNaG6vw1iEsE4+h5opFDr6oNIuFsq0y8YMxxn+umqF5hl2zvwi8BMw3MsY2znR FEN47qxxJs36hichjIdJFBKDt3mIPX2NZlm4RmuseoRLMwssWB1e2m0rd7SN+/r2Dv5OmgF4uuiU 8fA+DYbCa8ix/pAoa7jPkf7Y4EjbmKCP8DURpQLbGriTdBJvUXeozx527sp+fbUp+/j1BS43Ld6e Lf3LpCIMYIdl6JCMlzDUSPhcPUu7hxXJ3vBxHMuZ+nLiNkqddEPLW80NC25gHS/PG+2JW4d1vJi3 SOLaso9HW8cnQn3ZAdZkpHX87N22ffx7rON0ni7LmUa7ThJTB1yPIUG+EFvS7S88dEhPRiL6umt3 6ovGUk7dtutP9MRkoOWyw56DOjjLG5OuHwLsSSZLAalXHxQF3/7u/QZuSWd3CpIdUCEzG61SX9dW +oen52ohPJ29qxfTT/XS5OlGFLT+IlOhv916qeyimgPiH56tlROyxTPP0B5rfDqfxA4l2lKiLSXa UqItJdpSoi0l2lKiLSXaUqItJdpSoi3942lLSexSErsUPQ9vD4s/+9PFLr0C9s/HjTmh/05xf8rN hfRvWMCa8vv7bLqYytPWf8/uurTPcZfPZS8LmXL+/Z5FDW6V1K/STHdZVET24jIvBr98YUE8l5li 1tuiU68/05a70FV65lHSf3+fEvAtbzTgRfC807g0kwYsphkMMS6aM51uSO4Nhuo9faTd5ffS+8+R FqRmcrEgn6kLMZ1KH5MmIni/rcqqGQteeSpgGc5xZ8piJ8ThmKtkIXLGVR1XA8zRULOm8VjyRw9Z +azt4GC++jo43FfbMt4k9pAkuwjq6hRfk0oiwogkV6ON5Hx4kxMVjg0D5CWQOG11NNPpKI/H+D0V Y9pXe+P1pw2BdmuGcNqV/ewDq558VhgFacZU0mw1FoL2VNQevwdPFWgoxYfrXVaETOm4BKQ+aopq yrTjh7FY2ic78dcAefux8U48f88gLp9s2kLFKNYRzSeeK02NFZ1ONlcI8w6jBeKcqZTSsaTl10c5 XmdP5ht+ui1F+IZRqzTeN9x9uW8YXpi35Bu+S98y3/Ddz+QbLg7F6Vg2G7bUmo/uIr25nrf0hvp3 9i7KQ9umeaQnrm+0GLwJmrfBfZ36lWc9QubqTp9aUq9hIdfZ9wlXozEngK6xeq4V3bemef047PFO zEzs+I53/darv02WC4tq7PCQatSad4+1NnL7veYEma7yEpWpG/AtCsi77jD0iTsR3jXmXRx1wn45 rIA4HlOL/KAlbPqDrxouPIOqgQx+7AXZoFY0vEGUeNVd4u7QmI6HLMd/gEx92/cdF1GBWuqlafQK fLHjoTmZeZV53fLgvoBMabNJ7Wd4hiNRVsYys1t3vcrYAYpG5doa3Hfd/sqjVhgPjbtRq5cxkOMr 9YiKF4Uy864RT2jo8uKwEcEj3u8Jc+W+ProzujOJ9gV8ZLRqqLBsuH7vr1Hjm426KVK/epWZ2kp7 PhLe88D7/ncDlbXvepkxLP3Uz+sWw+ro0l7ob3raM7UyrWcKvkMvBoFmYbzhb9f6D2r57gJIIyuc kas6W8mzd51qBbTG/PrEZWYD5hVFFWB9NmjlrSY/AWpKkWbAlIj2/WfuaTfpQ20wlqu55W2qPmrR /2kVqjrPkDt6mQn1i/YlPUEz7OOVgD+ASh+H4hyz8cjyrGk2ut1GYTsugGVKHxQZUKvqy9rVqh48 6l+LUq88kvbVLkcG907t8pu1339ZqwpjIC8MV5gInZFCz/d7LrgDoxhQSH00qHYfqLWxLHYnNfTj ir4vou429dPoABnFgZccftjtiIFwvACNtJ3xK58DaSeoKv6DcEz2tyxuRhYQN5gzL6aIta+gYvS8 31OwT5fpZaPUcetL5g9jd5l3zcg5ClCCHsrwPa2iCL5UV/glqNUcOtvgXQtFDTw1Fl7UAFBSDosa aBJ/80+n+6CC/OYTShx2SYFOnil8tPIiR6egIAwNP6KFqBn8Lb5i/Zavf4G3ot6h03njLZ8SiJ90 e09Ef9e0s2kPty7/lHqCq/QyB0Q2yEbOGmoF4FYx7rRVfz46sqCaSw01geQXBQgfPPZCLgZ5ZKAj NiMGn6PWLdUyHjoOq13+PXEIxsAhzgmeDLpA1IVx2Kh83zvb3f7ePhyxhU61JnixDjQnxG3UFwXI d7p8RSehRrv8qmD12+VRJ9XVaHWmSjHngiMdECUw8XBOhtUu8KRmN+3ykk4e2sddRLMAC8mRq+Mx 6qoX2grJQcTN+SAW48DWSX7TZ+C07XtgljWoNWphHo7S+p5YDpK4Vhg56e1YhJjYjgrxw5xLz+lA qyKpms0f7dNUcww0mX377sCWV/RI+3R3PRsSSSzg1M9wgEa4b90qkOOIHyBqgK7GRBGVedQeBC6N 1FPYrPt4NBPFkxpWe4nO+oMwaKLxj3Z2/WCYIn1mUSgM6HRRtkYWhx7jYceU01987BiG07QXPaYN ZJkY5Jgd3Jg28K0aLR7nglgrjivhWIM/Wp68gafqCx4oMhl6pk6nMe3TjPkHRnvf0MDp+73GA055 jyP5kQmL21L/qf4wYvgpwROh31lch6+JbMVJPLFoDWrtqsnLV/XszSKXUlLyjGZek1qZ2bDK09+6 dWMoj4qWo9lAzNfdI31NrLdradKE6GxFrMc6egQxkRvxIyT5dReDVoakZ/4REhWdvJBPiPtMMOOp Rrs2k6tNYxU9EkKioX36LBZNJ1Vf5oU6+iJuYtFsI9GA3naxaOrLEfoy887YtFDHGh4Qy8GQboJo oiTyPbFuJNaNxLqRWDcS60Zi3UisG4l1I7FuJNaNxLqRWDcS60Zi3UisG4l1I8lU2d/vN2VWics8 OHIgy5sKnnl7mSrxKLunmqcT0gsm42PcnBRTmdJl5pjfj+Az1KqtauYHzh0DM1T3ih0PVXeuqibH QERZFd91VHXs0laE7GX29YcRwuR9i7PMahz7YcScH9y8KjPNaQ7wLke2KrksBptec1m0nq3Kkq47 bGnihlXKiaWLo876Z1mXaHqpO5w81uSJap5TB8/V0Yj7c4agcYsoaD5Wqac2dVfbiLvfg5QsSzNH dULhnPrMYIHnkulqIyK82dSVJiqbBWc2dFT6iunqC3pDczXidd6kaIYxM0G2ztQyHe9xRf2qyq7/ eyjFxZ91C/1TOYv1dC4tOMm2Zlge7w0Z7eBjsoc06+HPbixc7D7OXFyU88UT7OPy01S3/FLlrOM0 oGBpOEMbjV1ualsIi44PGc8LqcvSKXbIiSPZP5NkxWYpHlD4ZOsLSpxK7tii3YEw8YA6Fc3BDorr 88ky7rY6NYUcUbbRN5cdyCNbMlquZAdJj6/bacaVJd2xDulm2ZMd3srMzq2ZrnBjVWfA2fSDosmu RyO2NQyAvolEcKJP48nj+CQdL/qkBDHPn0Bm2CTPT3szhy/EnCDy5cv3G5nDF1mBvyxVLt6Hh5FN ZwuV4upWKHPYH6D/S5I5/KJVQjqxomiehBFHRoVy5vLiuAyDBJe17GBID5AliENgn9UKpQ9c0bbG 5n/+9//lHMKVxUJWyJyC7H8pln6N3Y/foy1+R8c+cJrLjSWHlA8SAJ0xCZA03ZLH1jbLbKyEfV19 VHWWpRc3ouMLNZ9XlSw+vMWpZaUh4jpWzl3wx1WMPmtubJrU8bdvxNToFmk12tKTnE+7YT8TIb/J OXLG2lekT7P0eNleTGNz7o5P5Z/f5jSRKObM7K90e5XVOTMOIKng1hf7pAfDSec0CZ1LQueS0Lkk dC4JnUtC55LQuSR0LgmdS0LnktC5JHQuCZ1LQueS0LkkdC5kKkgSAxPrRmLdSKwbiXUjsW4k1o3E upFYNxLrRmLdSKwbiXUjsW4k1o3EupEkBr5+v9+UWSUu0evIgSxvKnjmZ0sMPNU8xdHLKwSzfeRu TzorEZzGXGVA+Xlcls2yTuL6+gqzFYoEfouzthFP+oGjhtDTc+HDdjWauM6XyhnhMnXUaYyvZ3Ky 2Xsmv/QVYnCLpbgOHD9QOmJikKw0XHDI6zvtBEVlJBF1S0NdRRDs40w3VRw88cm4eT5fPEGqITja W5zCnbzgk3Yy1mN1ssPyZa6/v+ju38qm0rBc9S8j92+4LGrrv/Mzd2zZuLqa4frT+gYu+6rE/hZ5 kWc/Bzdw0VTlxszAlZC9TLOf17dwWdKcqS4t0Ffc+hfx4r+xp7bu456typathK7OzZkxVNm3Vq1v 3satr5ataiPzfKIunOAe/c1J0+nv78uN95wyPNcUkm6+8uqTqiqZp+ljLqM6X5/Sj6qz1Pkl/7gU vyrL6ZPynnM1Q3VcyaB3hSyfFlM5QUi/3+gCNR5859O+j9vq13OWD2VKWOJra2Yj8zpvu5qsq15b F/5gvCeDN2UiElsbziBiBPckthhbl95ifeCuP3Llj6yp9f3NpwrWg2Q7E+0DV3zmQVsy5TE9V4l/ rmJbhvGBq8c/9Yc9G33gWh/3P+dfrgb1KWrg55KiIMcJ92pE85o7c5k4ViRhgqXhfxkvHM3SrdHi U2NGbYBj0O06MkE1U6Vh057V3H//P+cdU3tUaYu6//6/Xceg35d0yBZUWwfqQ5FWfObQpfkg0Z7k KjQbE/aLIIp8avVcVbUNyVx8/As9/7f/8lT6Wwm6hWuopotuVWnT2pYK8ALWpw9cc6zODJIZccUO r5qJvHzNoq+VvOw452idDKY6PI24SfOoq5tXuLhRpy41WwqVCnS4fCC5QSbJe+UXWYIfmwJpajl/ W42Ee9QkrtXOt1Ps06uGceXQ7jYVyV6cr27XaNKuubqlcy1ZY2/seWjd0qrDU9XWLAXLv+IBM12P a3fzd0Zdw6F9LvhPq7RBfcJ58HcrLaZh6apMs2BzjqwBCcHxJnT1Jrvc7cyjpc8M9iFRYI+sb+By zb38nzfZmeolebLfieN+EvhP4iV7LvQLronlzIlfhnkernG5k4DJ3g89sPX8Sjp/5jmdEcgzD7kM PuDBP733PRxcr7qugNKCi8X2eRPcYEs/G55vPI0L/H0ru5wosueDW97ybL/Afl5dac6QTaiQFsVz ns96fDm4ywhFlr0kSxw7uJlKCXwmOAt2fsXdma2vPxe+UImgiD8Q5zqn7UiUJqvBewL/MZXK8Z+0 B8MRBVG4uBS9L8S8g99t1aBjHUOUhrTQ5z64BZuwxk2dNRH3DB6AxDGTRmzSVHPE3gnf8xsJn86f wgLEp5BwASHlORvcqYS2t2cHuoi1A51qnuLsQKfSCj56CE2Qt3by33eQKpypqutRiBqvoDv7/HRb Q93fz/2QGidTYCVbZWgg3FdJZqauWAotZSvpY1q2I3VXKT6R+/hK9WeZYY9AieEkjsQ9lVNmNgAq iN1qXlq+B17FkEd8cIStPivI2v8N2onAwCw8ufj3962ZI5mmykGMxn2cWb+/x4l4LojnYrotCL+l +d94fuANcc/Q/VslVcfNi0o6xR9zoWgkMfpoUCsbL/hPBpPg3TnFLv24sRif9gKfCOVUoVwuA88k BHyS4UvF7GWGLdmqxz5+THArBHyy+cs/GfAJ/T7WTJqH4KmXLFFle48fkR72ky7DSdMcbjqzSdXZ PXs2iLZykc4ddZdFdHIOwDYdgqKq4C8gF2rW1NFIf2NYBXGdLhRSpUrlqDutU2QcIK4X2VRGEI7L sIkBnXYe9i8e4P9OTFWfV0fWaZco2ub/FhcO6yZ5BpG47r0C6o7jknzwgYtHTTkVc+LmJORyz0AT vQITAiOM68Kp/DCn3vvM9mrpDpNWJc0AzK0FcCmddC0OXqIdOFy3fQ2APVeN9z2/Anbh26R4hnO7 i7kaeLTi+sxfimKhcII+DxenJsQ1ntlpJ+izpL9Jqjr1rBApL5x4t/s/7dyQyE2Pae6Y8+2108Av xbxUYAhf9dkTZ1BDM5K2oAx/3Oj0p736Z7qSTV+m+PSm/nnBF1LZvKcGrjVmMVsUhdUtD0TrIp0W hDWyVkgp3Xz8IKVUFMaqpJAqKnhz8xLFFMPzJz+0EIfNrhi1uhtjfGmzUXbGgz8W0UKdZDFbk/wD ta66Y0vZEn72r3WmzKeEYqmyudaZUrmYz1+CAiLX+juXVfSXVfzuZX3JWu2Bw/VuC9/dRASTqDnW Goa92cizBfriyTE+pt+G7nzAmqUuLy5yfCm3tT/9f57fn+kCn0mlftBCfqvRKLSIm70rZC5yJU8q 1+nZpmoqqq0qX6SRWrBVacK+FDHbwfz6cuLOtop5dU4f4TS2WCSMxlNDqIsMmBYLo+uq7q0npFdH Mth/pvoODm0cscwcmr7Dv33YuXS4p2LP6BozWVet1nRH6D7Ur3Bwr2ntPgX7YqK53C8/chh1SYYn Z3HkQZw3iEr17/AV7el66d//zVZ/3Ox/XoVq7AARx62OJMMTi81NehoonPlbZ16wnB+qTI3O4MAh WcNmrrP1fsLGRJTinzMUmfiqoaLDjuz//DT5NCmZVomknRfOSdzwGqVzgYQ2rtM972oO15r68pTl WoZKR+s3UKPX16n65400/IE9/cZ+FDTaWfLYZNLhNk/6nv5UjeHVB65sQ/xR13FAvz4n02zQJGhF tkyZJNR1GY2AibPYbSwCScpEN4xH0nFJJ408tkyEZBF1agr3S6GY/3X1luQ40mLzpP60XwIqVYq5 TD6zeZoKQipdKOXLcafpP5YE9P1NRDF2FdFlgBGXTEe2tSlbYBzTHjdwJWbOpLMd4VJ0bk4tfWGo NmK75LGkoRISTJ700i9/NtvnX4rNTda1f11TZT5ToIXdXNd/QCnJ/bx/hrFvpqr91bJhXvO2zZU2 GnNFCT1wF5xcIrYcvNzeeJmdwLQtbcPiKppDf3zg6pJpjlXNCG/ytvQn3f5//5fVvkBloBBW/C9X Ds/nUnw2JfzdEH7dQWePIxrpcO6xv4VVBCF6IfAX2ZSYYr1YpYWI3k/0Tzq19VPKf0vMpHOX3k9F XQleodtiNpv9u7O6n/buE71kBf8+6Lua/1K6Yj+JF5fZrJj++0j4lWOS5gyFl3Yl1O+SFGhzvJCx xzSGbfaRy/t2WNqfBlMqvVyD6VTHEU6kFS4I8JyxxmckfFrkvWpvLzWs7OnmjlzyDBsLvezr5ET9 bl7XRmawV50Z7RpvJ2wbBf7zf/zP//jX//jX4vY8v5g6/dnc4aN7WdDBU7WfEV4U8+nL7AWYTIgR 8pmMWMml/okOuNR3NxGxBj3VQTQvN9Qt191W4PavSbpczGaF1FaIR7ZSyKbKl6h485MdTt6s9eJn uFzJZAQxjpy3JjLWwpovZ0oi7FZRn4ir6HBoh0IHKE5TW31EEL2+IIEUHGIYn8mXLWUKlW9jdVuv f29GUJK7k+TuJLk7Se5Okrvj84AkdyfJ3eGS3J2fI3fneUHoG7Js1qkzeCHQ8J5Lj3m+K9uJLDHS X7SNFJ8qpYSsX3c34n2R/76sFP8Lm0Jx+LOf/+Pftt1RL8kneX4EgevAGroSs+6ujL4wkqzCGiy8 ENiwBPFjhvuvnENMdGZwiqWo8kLnnJk+HRMFnMN6KMn2Qqcj7/+z9yW7jStbgvsE8h+ILNRD5i3L 5iwxb98ERA0erqXMtGV5KBQanCzR5qBHUmOhgNo1+hMave1NL6s+oBfV+/qIBhr1G3VOkJRISqJk W3amnbzATYvBYPDEmeJE8Ay6QfWM0BMC3uKEB2S3hocVpQOXUqhv3XoT9uK2CjcM6uM3w7uHlzcs G8+7doHbEI1nrt5ThjvCZOILzj5VvcWvE7Bh0u7Jtg29QRjADmJhZDpTazD1wLQwddcxSjxNUEHv 04jADrrVlVg6jwdpXqjwoTcdvhckGigxgCUXX5Y9oCee4OoU2k0blmRST1wFKoFRoPQUFPL08SDz mYU37IGFMzKBzD3DSRzBMXifI/fPzZ6twC3NUobwYjxtYz7j55rko7mS1CyXK2GV3TV8+IkgZosx MrKyGDjSIHMvn+X4g6Sa+fd/fcq7gi8lPBAnKGTovSwSn4aKsO57bFfhBtidmDouA9B0N+yR73kJ 0n7E3yUb7FMDC7yTKw9sHjPIj1vIwZ3mBwnfqKOq45vR6cSshvfD4yU+g9TV0zlRtHt/OaHHA4V5 17B+ObbtoeOeAZSKp/WfohleBo17oBRhd3LxJ+icJpA5lHeSZilWn36otE1HG6qESYgy2gXe04JA 0wLNpjx8F4dWZEolcuCYxPY5HumCGnGWvCwfgeqnQpNzikh9MzWX+mbBpg1Qghl9voXiZ8ByZw03 +fEu88IjYVn68lMF0p9XQy1pTGAPlwdGwkbalkD552g7m9eGoJddsVtzSL6HNK/KL0OtHeu2jfPr mhZsQHeqtB459Zee+Snsp+yl/HE/YupPNU8fPvcG0Bx2OfoMhn1RBOS4LL2Yet6wVXv4nHIz3e1K ERmw5BMPJg+dZKLPsysdA1pDKzCpQ2XYM6guu8/BenMbjDEufyfaZQcq9W7HBDCbppWNzfoxgnyi DBQHfSk2JMfDb4bp8PTHvTHet+0YoduF0uxqEjuGfvVLMi6LCtlsgy1tL6rWh7FqPjoM4km3Godh oeTh9mi3uPiiZl1YX2Rd3SzSdZoR5NVZbB65Q/r3fw03uQ+b71Pfup963cHKj/esXKmzNI0+ZImP 91xDZEWGRX+zBYBv2qGCf/IQa7ivsXU40xbU4jimydQ5dKpIUIstC6LQEBb+AwixwDJ8JXsemmlM kDDa5zyEhDv3A9zsYrASmbeGgm7a0ZY9wihxSLvwiT2g9RX8yOSj28Pc14FSSS6klWEVRZW9ospe UWWvqLJXVNkrquwVVfaKKntFlb2iyl5RZa+osldU2dOLKntFlb3XWWXvYWEDONwDSuEVJwbFiUFx YlCcGBQnBsWJQXFiUJwYFCcGxYlBcWJQnBgUJwbFiUFxYvArnBjs16ud6o6ODVaF3T1/sOByTfUH gPhQT458H9TITyWETPZM4xYDNjDsa6AEfcq0B4auOJpBEV81z/U1dzBNpfMJ3EWeNeLXFsbfEYcR AML0A/J8FLI37mP5ocD0/aFBfTzbErQIdw9JupNbQCM16z3K+OvQhPEwuh5m02mcfdqLPfQy4BsD E/5YJswNI9Iov28YT0k6uQTMM2IEYN8KztWOqykoo0xVq3HkD9Usmixlil5BrwNPAP+O8LQmanCf OjcRX78Y1+QEDhZ8QTDhxeKExexMh4Ib6AwMojSlFF2nhgPUTz+F0txP9TxY7UPZ4JlmOZuuiqkL XK0hbJsl/HW4S2JwY+gPiS9r1nnidIo5V+h9nrJbYWZSo6SDSpzOclJFE7OFFeR6jGgYa13fbYF7 clLk5Cu+dHT5kWKwNbw11/GB/LCogC1yPjZ0w/lEShgNiFXRN2yzFLmaRqHpBMdDx1JUsD50MEgm GLRP8dR9Xdnt9M8BxmyayccjAIyPI8PUDYyM6y0ClnCyqhKmQfZgxj7GchKn28jqCsM+kj7N4W2N 1G/RKXcYUEpACSxNOXYUrKPENlyUm7hjaICiY+fWdMzAoFosBoSTRkS6GcwMTM+rf6Iwz3wSGJKg HNSScm84+BaasjEfEBf9FaO/UvQXKcSw5CKKhQBdRnLMLDKfL0iHU00rl4x05GW2y2OqbRQWw9FM tZlx+hY4QWCrMqb6XUAh1UWhsTKVXvrOq3TRF548xBoanGPWXj+IPPNX5P1cTRexLlUaFYKEZOhE k6twXHNeP3Q9d0QKdQWx0neKepfbvRQJVl1F9+eY4Vpugn0F5hoiZlMURRYmXMzn3sTq+kzgfgG9 7FDALEPQkv/2LxRuj3TF0ynD88BOiPPeY6eP543Wyoz6zwXaHiwtmEaMJMrEfOcEljA3GEKGK4WF 6Rh0Y4A1NGBLvDZy5gegdt0Rx7JiiaNUsiGr58EQZ0XSlj3jbMzw35r/ANqstb5/LHZLWB2OZG3W XBtUsrkiMUrafm2IZTmVLXnnbOzebgHAz4G+H6+OgrFL9Tx3OMgviPb8VFvK5f6TUAiVsmOUxsqU qra/dqtJZodR7bC6JKjrBSapjzbGvg/wMJMUT+y9pBpff5Tyk2L4J9O0g58UTZjmMEy0hifsGmyD MYEi2RX1HPMWlrflwtAvD2V2Px0h9bd8pHLlMsdWkkhNUi6XOluhbI/67cdCwCAEPxYEmlmb6+TF Vpv9FAQH0YZOdd17W/HuG44OQ2Ci7Eo46PINKbyRSX3PVyuC2MicJbJ1nuWb7CKtADlf4UW5mc00 sL665GP267urLplTYGDTXCJ0U2cGHpZts49mGhWBF0Xc7yaQyDcYpsmI6RKdjUa5xiy21j/R+UYu viL5Wo+vNRsIJv8raUJsgy/fYKtBTtzicPgtMF+WGpIsNBFtyWoaVVHiGHlxMpGP+fSdlzmsMB3U DSiWDAEzTKn+x4fzoa84jkFhBnZsx3THMCTN0iWGLbF8h2E+88xnmr5J6ocEMdMkqjYByXF1Foan LmrUIEJzhi4JgNgHA0QTgJbIW27yXFQLeNvTQwAjAw0RiUeg5xHQfOQpTHIyMsKzVRqPi2GDbpI0 Op/WwRrKz+oRSb6GW5JL9/EV9i6cnuK5Wz28XZU4I6AUK18yaVGUGwJB1rNGhnRVW+9rdqVySi88 5qNoEOLX860m3aAn1be7yTnxlSHRIK3OdwHjRjBeJIwWmaCH5lg9bArdwy6v1wW1ddfX4elMO/Fg ukMvMeKbNb25bBE/nmu7C+9o0F87vUdFiLx/F8eI7CJC5P27VueCb9Uv2Hb9mm1Nj+czxvcS/zAb /ZssRzUZ9HtDjya4vg70I2t8cy4Pr9FL+PzkT/RVQm949ERuTvVD6049vDBhpojZxRMdvoI+z/rR yeDa6dKAHxwxinhI/j7+u/fvupeCc311Mjqtyedr4zouuy56pGvOBYknWRM/IQNshxML/dEvanzv u7kmlsQCfKKntMnUFHizfjkBXhz3OplYi/fvFtEnbfTuRboSD/3liJDFb6TnKbscIxONFvnGE8/4 e/QyJ/6ew9yohwZGavSHx832HbxhpNbkEXCvmfTzl/t6TW6jpyH87SiXQh+jaTp2lztuWsBvPowi 3ADs3Qu6MY+8UK5uBhj7AXgz5RGMeHR9RfzTrNC7NvLxrMkn12wTPZdj338SexDFBAxU9JS/whgB iVEd9K2/YNG3FSEXLH0q3wDVPRjl6+V5GCnwdSqfJL1IYYbDRezEuHd+2e4rh3wPONYF2FjJD/HD WDfAczA7C6SFhmugnUADXgCGJkY5fL250nqXl9JUmcLsLYwY6Xa+zyM0MK5pK4w3uz60W5opH6tc e4zRIipwyHeg/43dnBFusdHfTic+p3zv/OrEUklkBczwwk/FtmwX2YKRIUAPS3NArx3dk3iMOBqD YNtuDq+5++C7c4I+xqEnOrTdHEqWfnUzvTln0IcxiPr5GHNFYnDubhLz/zH8dtxIeT4Chyzik9ye Ynf7IIs2XN9jBMP1FD0zJyOMQVAbcqBx7eAU7unnsXwm45tQssIYCPR1jWJNOrAWHLbRG5hGnB5j zBr0Ua7QOzSKQbmbzNBbUrXPgEL38ziK9+86QMdrtosRgyt7QHsiokWGt1gj5EugFGr3VFRGajQb NI1/irEl5P3jUTbyQztsOjhqq6MxbZOetGfaOBmxgdwbx2y0+K+d8WhxPVnEJXaq46/1KuBqHsdR SURn4ErIns4awL2nsyoD46NU0cQLOuH3HK9Lked0PfS7PhupV/fESx844z4ZF4C+zktP4DtnyAVJ apxOBzDjpgPSPwOKjG5I5ADhvdGfzpmLsRXv32lH6yMHMBpDZYWRBno2r9/ZodW/gX4wGkvgaCiX N/YNyqoDnHyJUTRrnmQnDKxhuLYDZtoj5fJsBpwTw3bYZXD1Oz6ClTgnygIo0lcd9AJeFwHBBEDT S5gJ1x1rR0Arrk0ij9ALHmCcv3PLN7ZJzFUfNFGAWvKBT38H+YypQmB+/24V1GAnBUrk0Y2a++ao e0d4y5QwAsJV2bNZOnYh5fdPYoJi3/QJ8Wz/dnc8Bp4H2QwjeUGqmGuTmXvDE//1jiBrR8e91h3S +wzjNqOop5RHfOQFT7g39FGHkb+PTzvXXGt2DU+GHvBgNdyBVM5I5KPJDJEKYAneaQL0ZtsIC5vu QXysMdoz1/P7mv5a1/j37752UP6Svt/x7+u/69xbx51uS2gDXO36caLf9UN8xDvXI21WnbTr1aB9 p83aZm/SNu9nrbvGFHQHxgNYSa/+U+B6jZUYjLlqW7EnPowfYJRIGC3QNElU0hVGjtwMbkA7fbsH hHRIBPDKfghb1PNu4sNq4+gg2UArS7URh5M+2OQM6i+i7yJrGX9/Zy30SAdbfWHTv39XPfzjj4f6 qD+6GF6078p1T08MXuxdir1LsXcp9i7F3qXYuxR7l2LvUuxdir1LsXcp9i4/Yu+yfXzt5g3MuuDV 7T7d7DDktpJbn3MzKA+oz0k+yrH8/AMmqWiGARlY4AFdxRQrLpjrYzws1Vd0SnMt14mia40J1l0O C0UQH1bD8VwLgyPQL42EWAZDfUqpRoDFGCmWZsrhS2mWpj52SAmwLacbfGGyPXOmhmXc4pCN9Ffa PUqhAjcISxpiWYuWAqCjRUcKo7Uhj3BVQKGAjDpzUjBfWgCQjKc euaUvhBbiEbcYOS36VzmgjksoCjv17U1oBXkX5tzHbzzk1afRANlaEdMt1PyjpTipCIWxuyYwcrj GeBVr1EPijdthIXkgUpNIERyqr7jlsAEZLdce3pVRbQmrkIOMjNWSDA7aAHScKp+lUQbcZBMZA6q DWO0jR7FmtzMa/WkwGnpzSGRt61DKQwc5qBjRGzruBGCcDNLUeg11wxU8kUAN2jOegFMCWPqKpCY 88g1lV3Q4i578DFZFDVABOBkMck0ABwy8rkD1FADWO05C+3A/SmhoU7iAF+hPXFIQ8fU89KBDh6f pTQmLjHFMB1VqSGPbrTAU02Ag9MUl2GFMQ1iO1JjQwk5ycf4VBQDrxzxzQAmc8DoOpoAQ7icqduA cZFAyFgqnduzkDDN/jTGRTSgBfmVmI+7nj6mqjEL2K0sjEFWYEdTtGBWqS3IbIsnJznGOtUIM5PH SgAxg+/rQAuQq579KQDM4U1RI3+lMDa0g5ssejGq6EvcsOe1ZyKQwd6gspaja+anmxj51HI9RVxZ LRk1ZA00wEIP4UCHE5HPX1oGOU5PNIZZtJhG+H+63B9qznG60Li7FryyVbYSFY5JI5OKyv3LK7FS uyNWAxnnuatd2S+wMsgeN4k29AuO5+lNNapgxZ0CgPuycnJPeiLvoDRXL4dSAFx3rSxnclfEkIYd zyKOo76FFx8xqyGMoEWbL/Xr/WpnsXDc6gDCKPan0F1Ibg54xyOprGozSBTddr4B7846VBruIQcE /wBaQDDkEAnAJ5JqgJZ4BCpdpPlGNuB1ot0JUrkG49hn2oKGsx+YYGe9CQELANnnp61aIZAxwMYq yGRgkHiqJGZpiuR1RAUAFABQA4DmkM1biKSHRIY9jZZ9zDHTqeaAMtlZcZVgT0yMZoA0L2CWa7jt YF3GGJVxnp6/0oAks/8Aj7kWI7zBAUTHdu5H40AZ08ciHMx/eHqpOW+poAhpiL0H7vSrl+8jLGP5 mkMIv3ekzv0MsioPoOaAHxRkaPIwwBJIMk9gP/r0ADxtcaXAYlLtEzK6qMkZ5BxQBBcN5cEVt3Ql n9mPb8BQBJfsY7e0t+m2PeR7mgCW2jlOkP8AZwxd5cNt6gAUAZ0i7G27lbHXacgUANHXimI1tPil h0+7m8ttzLtUY5/zzSGZbKygZUgHpkdaAEzQI13kWKS3spf9U0IV/YnofzoGUBbOt6ts6/NvCn3G etAEt432nVGXOQXEY+nT/GgCe4kEWtrJJgKHAA7gAYzQBE9q8F80kykQo+/fjhhnIAPrQBVE7faR Ofvb95/PNAFu/wBttcTNGR5kpyMfwqefzP8AKgB96yRXH2sEF5UDRj0JHLH+lAGUeaBCUAFACigY UCFFIZND1pMqJaj4eoLL8QJII70kBIVbqe1FgEOT24pAISTQMljJK4NG6sIarjaEycqcH3rmaNfM Y2CMnKKeg9KaAqNlVbaUCg8sea1QmOM22IjgbT8i45NLluwuQfKrISGyeWFXqyRS6mbdyOoCg0Wd rBfUbsB2hMEDC/U96d+4rEZYFmweM1SQh38JNLqMc/MS/SrINmHIEQ/2BWX2i+harYzEPWkAxupp MZE2azZQ05wakYqOojQEnIbJ4oAYeXY56mkMY5BIxmgY6P0qkSyQjgj2qKvQcdxpYBueV6EelZF2 HtkA5HTp70hIaCV3Dk7R9OaA3F9Dz1zigBpbGQQMjqPSnYY9W4OOFWkJof1xigkcPpVIQo+lUkAD jvTWghOSKnVjEz8w4ouMcT6VTZJGSepxipKG5HU8egpDF9s4J4oAiaVzKsaoQgPzHvV20AhkugjM qoc5xyc8ChRuMrSSySA7iGzj9K0SS2FcgY/MWJHPeqRIhJwehpgA6AAduRQAvt1HpQA4Y5JpDIi2 5uOg6VS0JY4HKt6YoAjHWmI2NGObZx6N/SqWxL3Lj4rORaIz0xis2UJyDjPFJMNzMv7IqTNEPlPL KO3vW0ZENGeenWrJGmgQA5zQA5TjvQMeTk89AOlSMuQTtLGY3BJHcHHFZSjZ3RpF3GCSNXJVWYYA GeKdm0F7CuxiO7YSVbPLcnihK4N2C4cFVYgNnJIXsaIoUtisScEd/etSB0D/ADFOzUAiGZcMaaJZ FTEWbD/XjFRPY0p7nSH5YAD6dqHpEN2U5uIyBkZPINYs1iRrgE4zSKEbITOOTQAxgSMHpjmmAsjt JHGGHypxx3FO4krDTyeMe1IYxunHpTEQt0x1weapEsiYH8qpEsiHPFWQMpiI6ogKAEoAXNADkleM ko7KT/dOKAH/AGqf/nvL/wB9mkO5GzszbmYlvUnmmIXzpNxbzG3NwTuOTQALI0ZyjFT6qcUANJzm gAIxjkHIoAA7bQu47c5xnikAF2K7dx2g5AzxTAUOdu0sdvXGeM0hipK8RJjdlJ4O0kUAMzTEKzsx yxJPvQACRgpUMQp6gHg0hiE0xACQcjqKAHieTOfMfPruNIdxHkZzl2Zj6k5oENzTAVnZmyzEn1Jz SAcZ5GZWMjll6EscigdxoYg5yc9c0CAsWJLEknqTQArSuyhWdio6AngUDEzQIQsSck5oACxPUk9q AEoAM9qAAHFAwFAC9s0CFGMUATQmpZcSyrYANQUWY51GM7x9KAJBcR46Of8AgVACGdTxtbH1pDF3 gnGCPxpDJo2XPShCY7/lpzwM8EdqwnuaLYhlcbM87en40RQyCRE2M7qvHAA/wq03eyE0upCuA4J3 Iyg42jPNW9iR6OFi3Fgz55X/ABpNa26DT0FdPLRTs3MBuYqelJO7DZEaRvIhYADcdoWqbSdhK71I 3Xa5UDpVJ3RLQvPln0FHUfQc3+pWrIe5twg7ELddgrL7Rb2JxWpmKRTAjIOe1S0MYw9TUNFDPyqR jSDtpWAcWAGABmhgMOeeAKQwTO400DJMcZNKovdEtxpHUcVgjQaGJXGSWUcD1p2Cw88/MTgelIXk MkX5lwmW7c00NMTcBH8pI55bHWgOpKDx060hD+aCRRVITF+lMAPHWh6ABPy07qwdROnJpaDBiccD 8KGCI34HfqOlJDRFJMFcJtyzdMetNRvqMVg5TKDDA4yaasFytKJIZGG4ruGc960VmhFZs7iWOfer 9BDckfd4Pr6UgGEce3c1QhR0xj8qQw5HI/KgBwHy/wC0TmlcLDZJOijkdzVJdRNjAB1H5UxCNwcU CEpgamkSBUlGOcg4o5rCauWpJWbogGPes5TTLUbELLK3/LULUXRYnlSD/l4z9aLoPkOCyf8APUGm mgZSvbEqDLHgj+JRWsZGTRnEVZI0jrTEKDkYNADl6jHWkMkLBccYIGOD1+tTuPYm3tIBt6ngDFRZ Lcu9x5jjYYJzIBl27Cld/IdhJ2hEcUauQAfmwOlON7tidrWK8oCuVBLAc56Va1RD0Gq3II496oQ+ cZ+b1oQFU0yS1p7bblT6VM9i4bnSyHMeeB9aJaoFoylJgqSzDisWbLQhG3kb13HsaQ7oMx9PMAwO 9Id7DQ0fQSqeKdmF0KWjXGZFFKzC6G8A5JHNMNBoA384OBQIhcYJ9v1qkJkLZ5OatEMgz1NWZjMm mIZVEhQAUAJQAUAFABQAUAFABQAE5pAHagBKACgAoAKACgAoAKACgAHSgAoACaACgAoAKACgAoAK ACgAoAKACgAoABQMBQIUUgJ4unFJlomjjeRgikZNSUaH9lxxqDPcEeoFPUWhFJDZBSI2lLdjSbGv Qj2BSME475qRgGxIcZ20WAljkJPoKLAWWyu1ietYzWpcdhCQDwPu/nUFkG3BD4bkk8jgVd+hJE0P 3GV/ncZbPGKvm3RNupJEWW2AhdcDO4EdamVnL3kNLTQiG50cjcXPtxVaJgNiUszAyHYoyecGm9Og kREBWIGcj1qt0T1Hfwn8qBjgMxAe9UQ9zbHy7QMkbRWfUroSebtHK/mavmJsMaYOcFOnvSchpC7z gkIPxNJyCxC25wAUH51NyhNj5PyJjHrSGCx4AJVQ31oC4FCSflB/GgBhjYqcLj/gVIYqJIGztIBH rTQibDheenvSqfCEdxh4NYFjclDkEZ9+9Me4889+KQhrAFgTt5GM56U0CH5zkLggdMDjNIQ4DHPr 3oFccOvahAO6VZImfQ1NxjC537SSO/Si47Dix79KHJsViGaUxKoJ6kACnG7KSTJJZ1V9mGLdeOn5 1TdyYxe5UluwC+eVH3Qv9aajcrRFSFnkuUIHIbitZJKJN7s0Z2ZD8uAgH61hEpFAuZSTnv8Ae9a3 2JvcQFQ53cr3HegCN+GIB4NNANI45yPb1oAXpz+FIACnv0HJNAEckpC/L+dUo9xN9hmScCqJHA85 BpAOOAhJPWjqBH0pgamjKG84H2osnuJuxfaJB0BqJQRakyBgN+AKxa1NE9BrNtOKQ0hjP0yDTHYc rgnnNNMloo3tqFzLEPl/iX0962jK5k4mea0IENMQ8HgcfWkMTd14/OiwD4pCnA6UmrjTsXljdQ+9 CRgHcrcHjjNYtroaISJWChmEKpjac9c/40NoEmVWUhW3KAR0IrVPsQ0MIx9aoklfDR5FJDZVYc1R JYsAfOzg8DtUztbUuF76GvJc25QK6O+OxqLroXySIWjt2HKFM9M0nPsPl7iC2tjnBOfr0qXNj5UH 2W3/ANqjnYcon2K2PUtx70e0YuRCG0s/7zn6U+dhyeRG1rbnG2Zx+FPnYuQabGLJAuefcU+cXIhp 085+SZWo9oHINezmXo6kfWhTQcj7lfaUchsHjtV3uRaz1Is+1USMFMkKYB3oAOPTigBpoAKAFBI4 7UgEpgLQAlABSAKACgBKACgBcGgAoAKAEoAWgBeNox1oASgAoAKACgAoAKACgAoASgAoAKACgAoA UdaBhQIUUgJ4unPepZaJgyK4ZSQRS1K0LL3YkhAQ/N3zS16hp0Go7AYOKllIaWYnAFAhCx6UwHR4 ByaALikPGpByAaiZUQLMASOWHXjrWVkaCSM4+VBhZGxk/Smkuoioqb1KgkjHf0rRuxFiRUyPLiIc 8Mz5wPpSb6sY9g8srlSTt4CL0FSrJDI3DmVjGoBUc47D3qla2omRbk3Fly3ru7mrsydBq8g/pTBE sIDBV/2ulPoT1N3yix64FLluwuL5CH7w3fWq5F1FzPoIYY15CgYocUHMxk7IqgYGamVhq5TaQDGS Bk4rOxY/KhvlbPHWkMaXUJy3NADFkDcg0WAcRhT855oAaHYkfvCMUxFlWcqQTxTkrxYluIeucVym ghGR9KYxufmDZyfU+lMY9lHl7ePQe1JPUnqIGIGCcZPGBTCwhika43RzFAAOMZzVKSSs0S9iRWlU /vQpX+8nb6ilp0C3YlB7UIQcUgGnp7UhiHcCcHigNDOu5mLfMMFW7963pxG3YfdXJZjtlCquCAP4 qUY90GxV2vLkqrFR6DrWqaRDTZbs7aRXV3BXaOmOtZzktkNKw+7L7gCAF9R1JpQSH0KmPwx2FaAI wwN5wOO9HkBC8pdRsUAAck96pRtuTe4kYbOXofkCFdgMgn/69JIbZGzlwATgelUlYlsBTENUMCc4 FDEPUbu/P86TGhHPY/XrTQMSgC/pcwhMpY4BApXa2C1yzJqMYY8/pUNSZaSRCb+LOankkPmXcY99 ET0NHs2PnSG/bos/dp+zYc6HC9iLelLkYc6J47qJulUotEtpmZeoiXJEYwpGcelaozZW6UyRfY5o GB+9gdKBD9oIwDyaVx2LEE6BRHKXyOhXpWcovdFxl0Y/O8NGNzLnfsI+Zvqe1G2oyAkFgcEexq9i XqMHIOR+dMkkT7pHpQMrv1NUSaGkkBZdse5+1Y1DSBtoitCvmBScc1olGxLbT0Kl0mSOMVjJWZrF 6EAALhc4x29aRdxm12OE+8T07igGMnJR9m4HHX1prUBLePbNu8zcM8rinJ6bEpdbkJZAXAL8txTs xX1GNyRg1SExzO2cggD2pWQ7si8wZ6n3qrEXI85ORVE7keaZIwVRIo9xSAQ0wDFACGgBKQBQAUwF oASgAoAMUAFIAoAVThs4H40DJ5zHj5CPqO9AEFMQlABikAUAFMAoAKACkAmKACgAoAWgAoASgAoA KACgAoGKKACgQopDJ4V3LjOPrUt2LSJAgBwDk0rjsTJC7cL+gqbjsS/ZZcjJf/vmi/kFg+yyE/x/ jSuOwwwkdz+VO4WFWFsj5yPwouKxcijKp1JFTLWI1ox3zZK569SetYeZoQON2VCjavIJPX1xVrQG VhuZQcBVbuO4rTRMgkOVdCoVh0C9NtTumPYcN7BtmEYDPAPJpaLcepEI8s43soVfmB/iNXzaE2FY p5AATBGM80rO49LESZzn2qmSia0P7xP96q6Ce5pT3DK5BkAHoKzcmxqKImc7v9a/tSuyrIYzFhtD ORn1ouFhG+XjnPuaAIh90g9aoBY0bazFwO1JsLAVU/efpQAnychXFGoBgtyGXA96AISH5wykd+as ksQtJ2YH8aBF0Hoa42raGqDHGR3oQEZycAd+p9KooWNgH+6W7gd/rSaExZMBwSPvDJzQthLYcFCg Nu3AdT7UgvckD7eDzmgm1xw9qBCZ5IzzQMQk9gCM8mgBCSFzQMjkjSVf3kanHSmm1sAiCPACIoGe MLTd+o7EiAgcZwD0qRMJJRGpyeRVJXEkZ7sXmLcn0zWyVkMillWE4JycdKpLmE2kVCzSHLHPt2rS yRndskWPIHOf6VLZSQSTBRhecd/ShR7g5WICSc881ZmOBB7c0DHZpDI85681RJJHgsS3RR2qWUhC cvmjoIXoKBl/SoEmeUOMgAUWuF7FySxiJ4iH4mod1sUmupCbKLJ+RKjmZenYabKL2/AUc7Cy7DTY wt04o9ox8q7DDYxg8MKftGLkRNFZBfSqUiWkUNQj2XJUdgKtMzZVqhATg4J4oAXGaAHLjcDjIHak xoVXZJg0YKkHI9qVrrUL6lsvIY1lSLc46uDnP4VnZXs2XdlST77dRznmtVsQ9xO9MRInVuOMUgIH 6mqEW9OlCbwTjI6+lZVFc1pssGeQfdlVwe1TyotvXQa91Pty6Hb64p8i7k8zXQadQxgeUOB3o9n5 h7Qi+2HbgKAc53DrT9mL2g03LNyeTT5EHOCXTqG2kZIxmhwQudjPNOOWp8ouYBLtzg9etPlDmAS8 YosPmGMckmmiWJ0FAiPFUSJTEJQAdqACgBDQAlIAoAKYC0AJQAUAFABSAKAFBwMUwDNACUAFAC0A JQAtABQAhpAFACUAFABQAUALQAlAwoAKBBQMKAFHWgAoAUUgJ4jhallIsJwBzUMsspnsSPekMdkj qxz9aQAS3qfzoGMBOetAD1GCCTQBYjORTQmIwIJx+GawNERsGQbU2d/mY5xTWu4ETneGIIPO0Y6A dzVLQRWY4fIJLDpWi2IZNEJJSoDOAv3iTxj/ABqXZFK7Glm2OpQ5JAGetCsGorMpUJGuwYJLf3jQ l1YiFSc4OTVsSJ7PmZR/tCn0E9zZeINknH5VHKCYnloBjJx7UWQXY3ZHkYL07ILsayrkkFqljTGF cn7xFIdw8v8AdEeYck0WC4nlDO3caBjSgx3/ABFICNoxtHy00wIzCPYfhTuFiWCEA8FT+FO5LLGM ADPSueorSLjsFQMawyP8KoY1TtkBzjtR0G9hXO4Lx82cZoQbDCMnIyOwIpp2Ajd5IiGzkA8tj+dW kpCehNb3SyKctUyg0Ta+xYOGOAcHHWsxbFeeWSFMsm5c/eX+taRipbD0CK6ik3YYYAzk+tJwaDfY cJowpYHoCeaXKx2YxrrarcLkAEYNVyXCxC91+7AjyGHU461ShrqFyEt/E7e/Jq0uwrkMlwdpWLOe 7Vah3IcuxAELNzxV3JsScKucAip3K2I3lLcDp7VSjYlyI+lUSHPegBV68UhoUt6daLBcSgQoOPXm gYooAdnikM1NFH+uP0poTL0hLEhTgetZS1LjoRYHQc1myxhxn6UihtADWwOtAyaOrRDMvU/+Ptv9 0VrEyZTbqfWrJE/OgBQx249KAFDHGKVhjW64JNMQ6Phh8xUexpMaHspG8KdyIe9JMGMIK8EYqhEs X3c9z29KXUfQhf71USS2I3TgZIHtUz0RUNzo2TEahCoOO60PYFuU5xIzlXZfk6YFZSkaxSsRG3jY HcSTS52OwwW0AOBmjnY+VA1rb8cHP1pc7DlQ020AOAGFPmkHKhhtbfbxup88ieSJGbeIHjdT52Lk RG0MYHG6qUmJxRE0IzwfzqlIlxGYxkVRIymSJigQlMAoAKADFABikAmKAJFt5pELpE5UDJYLwKB2 I8UxBQAlIBccZpgJikAUwCkACgBaYB2oAKACgAAoAXFADaQEsNtNP/qoy30oGRYoEJQAUDCgAoAK ACgAoAKACgQo60DCgB2Sx5PJpATQ9OallRLK9BioLLSfcFIYd6AFDYGaQxvU8YoAGJ7UATRNwKaE yR1Lj5SAcd6ynoyovQgx5URy3cAYHJFL4mVsMkRgTmNlB4XJ7+9Un5iIgNm5SNz4AyegqnqJD1XE o8o5bqTnhcVLemoxTcI91vB3Doc/xcU+VqIrroQvOX25RsjpnpVKKXUTkMAxIARgVXQXUsWX/H0M +tNbCe5tgDNJIQmBnFVYQjDmk0MjPHSpYxuPpUjEI6UAIBjmlYYnJOB2pARty2cYoGIeKACM+lUh MmODUVVomEWIawNBOc/h0qgGnnpg/wBKBjRyQMcDrTAcOQDkev0FIBpBYdgD19xTWgFS4ge3kMkY yg6+1bQmpKzM2mtUSw3SHAVmB9zUyg0NSTJHnmgwGCsKlRi9huxUm8mfLbTE+e3Q1rHmj5ktJkXl yL9xyce9VzJ7k2aExMepNO8QtIaRMRgk4p+6KzE8snrn6k0XDlFChjjnii4WHsevGff0pIbK7Nnp VpENiAUxBQAUAL2pDEoEAoGKB6UAOFIYUAbOjJi2kbpuaq6Evctuo5HpWUi0RPgdO3Ws2WiI885P HapKGn2oGBwD1oAliPFWiWZmpcXjf7orWOxkykeoqyRP88UAKwI59aQCcgdaYCA+pNAhcDByP/rU DJ4IlnVwMqVXOeg/GolLlKSTIgc1ZJYX5V2Zyealasp7FWTrVkFjThm6QetTPYqG502BuH0piuU7 gZkfGR29qxnuax2IuB171BZG3AHOPX1oGNU4+6elADWJz14oAazADqaaE9CMjJz61QiN8YxTQmRP wo9atEsiPftVGZHVEhQAUCEoAKAJYJhAXbYrsVwu4ZA98UDL2lu9zeqkgjKAFmHlL/hQBXmvH85/ LWILuO0eUvTt2oAnSUNbX1yEVNyrGoUY69aAMymIKAEoAXPGKAEFABQAlIAoAWmAUALQACgCa1L+ cqJjLsByobv70hlzV5FjuWgiSNEVQDtQcn64oAzDQIvab8iXVx/zziIH1NAyiaBCUAJQAUALQAlA C0DEoAKAFFAAPvcc0AFACikBPD0qWVEsIOM1DLLa8oOaQxQvPNIBW6UDGFc9KAGncTQBKnGKBE+c pweaU1dDjoyJkO3cGwx4JPask+hbInEe1V+ducBy3FWr7iG3BASRO4OABzx6047piew2DEmUZgFX +EcZ+tEtNUEdQAVow2VQ55HTA9qezsA0RBh5kZwoPG88mnzdGKxGR83rVIRYsRuu1FPoJm6AMU1s SxBTENakxkRqGMaeuKRQc5NSAmaYDTwM+tSMRhnHagZE5XfgnNADc/MMcCmgJkY4x1FOSvGxOzHd eK5TUDTAYeBwKYxNuBxkZ6incBAOcDgdzRcBQcn7vB70gHKRg7uc+tJ+QmuxSnsd3zwde61vCrbS REo9UV/tMy4UtuAPRq15IvUnma0YhlBOTx9KOUOYFkAHBH0oaBMdvGOvJ7UrDuIzADg80JA2N3nG d2TmqsK4zfj1p2FcaecAn8BTEAxg0CFJ4oAaT7UxCcUAGc0AFIBaBjh+FIYUCCgZuaR/x4/8CNV0 J6llh+VZyLRE4wKzehaIe5AqShvfmkMU/TigCSP86qJLMzVf+Pv6qK3iZSKRqiQA4JJoAD9TQAg3 cr+lACEnuOKBCj6j8KBi4B65/CgBQpIxRcEiwMbBjqBUrcp7FV+pqyCzpv8Ax8rUT2LhudI7BcE/ pVN2JSKk7sV244rCTNYogP3lHpUliE5ByORQMjbg4IxQAjNxjtTsFxjEEdaYhhJCkd+3tTER+Wev GMdc1VxWIn+761SIZEfumqIIqogKBhQIWgBKBhQI09M/c2l5c91TaPr/AJxQMzKANFY1GlRCRtiP IXc4ycDgAe9AEF1aiOaNYGMiSgGM9zntQA57W3W2mYSOZYiFJwNjH0HegCljmmIuWlkswYyOUwhd QBknHf6fzpDFtrOOQSiSRhIiFtqDOD6E+vsKAEhs43hnZ5SHiTdtUZA9if8ACgCGGFWBklJWJTgk DJJ9BQBJdWqRrFLbu0kUvC5HIPoaAJDpwEEbmZQxYh/RABz+IoAja2he4228rNCqb3dhjaO/FABd wwJBDLA0n7wE7ZMZwO/HagCpTEXtHj8zUY/RcsaQyC7k826lk/vMaAIO9AjShQjR25CiWXlj0AH/ ANegZDcWkaJbtG5/eqWJkwMe/wBKAFuLKOPytkh2sgd2cYC56cf0oAbfWsVv5PlOz+YgbkYoAfBa W5k+zzyuk54GANqn0NABa2KyzNFM5RslFA/iYf0oAr20AmuY4nbYGbBPpQAscCfbRDMxVd+0kDkU ARTxeTNJHnOxiKAI6ACgAHWgBaAFFICxDnFTIuJYX7vpUFFqH5o8VLKHqB0BzQIR+vFAxOB9aQDc gnk0AOHHApgTRH1piY4jk89Bk1ztWdjRO6K0sZByzZAB+QD8quMriaIy6blxhWbG7bzgiqsxEbZ3 HJGTkmqEKVg2r8zOz43ZH8qLyuGghx5ZKxqo/hYHn3o67gRH5ThTnHer9SS3p+PtifSgGbv8NUti BKAEagCI9cVDKEIwakY3BxzUjG5xQAEg4BoAYCe5pDI2Ayc0DGAEnPFMCRKpEsk+lc0laTNE9BB1 NIoOPegBpHX1pgNJx+NNDFJG7aORjmjpcQucggHHekAucdP/ANdICrdWolG9cLJ6eta06nLo9iJR uZzKUO0jB9DXUncyaaGkc0CE/GmIWkMXp6UAITQACgA/KgAFACmgBp6dKYg/zigAyKQxeaAFFIBa BgeKANvRzmzb/fNV0J6luTpWcikRNyBWbLRC21TgHNQWhjEZoKAkY4zQIkiqkSzP1Uf6Sp/2K2iZ SM881ZIZ46e+KADI/H0oAPxoATPoRQIX86AFGcnt6UDJEAGBnipZSJOx6UIGVX61ZBZ00ZuBUVNi 6e50b/6r1oewluVpyCOQR6ms5amkSDI3YDYqGWDA7h1/CkMbKMSEdBTAiIwuKYDSOCTzTEMY4IxT EMY/hTQiJ/u5PerRLIT0qjMiqiQoEAoAKACgA70Aakg8nQY17zPuP06/0FAzLoAv6mSv2e2GSIox wO7GgCe2Xy7kb+TaQEkejdf60AZ0skkiKzDEY4UKMKD3x70ARCgResyYbC6mU4ZsRqR79aBhasYd NupVOCxWMEfrQAQAppU5UHMrhBj0HJoAbOuNLtGX7pZ931oASSQxWMEYJDFjJwegPAoAfdN5On2s A4LKZG/E8f59qACAiDSpZSqsZJAg3DjA5oApzmVn3TbtzDPzelAEdMRqaT+6tbu5/uptH1/zikMz DQISgDa2p5NvYsFDvFvUsAcOenX8aBmY3mz3ISUkuSE57dsUAWdTczX5gT7qEIoHr0oAnl2trkSs P3aMqA9uB/iaAKgjY6oVbgiUsxPYA5JoARbnOpC4HAMu78M/4UATXCCzu5piOQ58oep65+gz+dAE l1GsV/JdOB5Qw6j+8xHA/qaAMp3LuztyzHJoAbQIKBiigAoAcOmKQE8GdtSy4lgDgCoLLMPFICVQ AKQCSHI9KAGgZpDADnmgAHHSgB8f1piJ+AN3eoqLZlR7EcoDHaxG4YbGM1nG61KKgAVFbO5sk5HC 1q9XYkiPz5HB+lVsLcVPly/mKhVc4oeulgQMN7xrnczDcwHShaXYnqQnOev4CrQi1px/02PPvQI3 lORinF6CYYqhDWAGKQDG9qhlCUgGjn6UhgOvtSAYw5zSGNI49KQyN14zmgYwj5vamA1W574poTJ1 OazqrqOIvt6ViaBj8aAEP60wG98Z59aYwyeT+XvQIOOMg5NACnhc9e1IAHU5xn2oAjmijmAWQYJ4 DVcZSjqhNXM24gaByDyOxrphNSRjKNiHFWSFACfSgBBnmgB3P0oABQAtAB6UDENAhOlAgFAx2eaA CkMXtQADrTA2tF/49X/36a2JZecYFS1oNFeQkHA7VhI1RHgDnNSURtjdQUHXNICVOBVIllHVx88R HcEVvExkZnuTVkgegxz9KAEwc8cUCE/T3oAU4GccmgBTxwDx1oAVQVYelA0PB9TUlDx91qaEyu/W qJZb0vm6XjNRPYuB0MuBGe1OWiEtyvOCIht5HespGkdyFiCoAXkfrUFoa3v8oHpSGI4BkOCSCKAI mIOe9MBp6YFMQjgAkhsjFNMGV5OnNWiWNI+Qk9KfUXQgPQ1ZkRYqiRKBAKAFpgJQA+OQIT8iP/vD NIZak1OaVAkiQsq9AU6UBcqvKWcNtQY6BVwKAJ11Cdbl7gFfMcYJx0+lMLjLe7lt5GkQgswIbcM5 zSAilmeZ90jEnoPb6elAEeaBE32h/s3kcbN2/pzmgYhuXNuIOAgbdwO9ADxeTC1+zBsR5yQByaAF gvZII2jAR425KOu4Z9aAuQvI0jl3OWbrQA6ed53DSEZACjAxgCgCSG+mggaKNgFY55AOD7UAV2Ys xLEknqSetAgDYIPXHrQBaTUZ1iMSiMRnqnljBoHcryy+YQdqLjsq4oAYDQImmupJphKxw4xjHGMd KBj2vZHuluCqCQHOQOCfegCITuJ/Oz8+7d+Oc0ALNcyTzGV2+bORjjH0oAlmv5502uVyRgsFAZh7 mgLlbNAh89xJcSb5WycY/CgYTXEkwQSMSEXao9BQBFQAlABQA5evNABSAUUAWIR8g9Callx2LQGD 0qCi1ABn7rEewpDHlo+6uAeAcdaNA1I8qT91x7EUmCFHf5TxQMTcM42tSsAnP90gevrQAuSvJBxT ESxyLLGRg/jTavoCdtRGLPkDA7cHFYWsakDqFAVw2VznA4FWn2JInVQAHLbu/wBfSqV+hIpK7htR F7kDmjUZHgptaTJZuQOpNVvoidtWMZWDsHGGH8NUnpoImseLuL/epiN5SM0kDHjOOlWSIx/2TSAY W7bTUtjELf7JpXGNyPSpuMQnC8ilcCMuB1B/ClcdgJ46GkMjZlLYzgfSgZG5TcfmxTAjJUfxA/Q0 0mK5JG/A570SV4iWjJz7CuQ1E78Z+tMY3kj0Bp7ALgBT2HvRcBpwOe9MYZAxjJ4oEKOMZ49qQwwe PzoEDKetNMBCNyYZAQexNGz0AoXNmUy8Qyg6juK6IVU9HuZSh2KlbGYlABzQAcDrQAfSgA7cc0hi 4waAEJ5piEoAUUAL/DSGH50AB/nQIOfWmBtaJ/x7yf739Ka2Ey5LKi9XA+tZykXFMrSvGx/1y/nW T3NEMfYuD5q4PvSsNMZuiJ5mFFmO4fuuMSL+dGoXJE2E8OD+NCEyvqy/uY2GOGraJlIyT6VoQLk7 Tzx396AEOejZ44oAMjGDn8KAAZxjGRQAgHGcigQqk5oGSDOc9hUlD/4D9aaEys3WqJLukj/SMjtW c+hpT6nQyn5M+1VLYmO5Wlz5VZSNI7lc9PT0JqDQacg5HpQABuCMjOOKQEbMCOev0p2GNIwOeB7U xCOUxjmhXE2V34Xgn3rRbksa2DGOKa3F0IT0JqzMiz7CqIG0CFoGJ3oEFMANABQAUAFACUAJSASg AzQAUAFABQAueKADNABmgBM0DCgQUAFABQAUDEzQAuaBBmgYUALmgQg54oADxQMSgAoAUflQADrQ AvakAooAsRk7BgVLLWxMGfsefYVIyZLq4j+VWYN6AUwsK1zej77OAfVaLoLC+bKzcynPfioHYdlw c7zQOwz5d2fMJJoAGVT96RqE2DQwrETgytj61V2KyJYY4g2FlYCldisWWABAzuGMAntWM1ZmsdiI NtwpAKZzhjz9aLdRkDhWlxsJHU81aukS7XEC72wCAo69ulF7BYRXEayEAF2GAPQU7Xshbakcrb3D N1bk81UdFYlj7Y4nRvRh/OmB0G0LS2EREk54Yj1FK47AOVzhsUXAQFT61NwDC5xg5oGD+UhAJx+N LYBhMZPGSKQ9RNsIIBUijQNRpkjV8Etj1oAAUJ+WQ4oGRMkbAjzhn3FNAVXjiBzuQn0HFWmydB0b KoAA/XNMC8DlM1ySVpNGkWJz/wDWqShM88nGKYwUg46n2NDQhMdeSTRcYAYNO4BjrkYoAXOT1yR+ lIQpx7igBvQfQ/nTABjrkcihgQy2sUvPCt6rVxqSiS43KM9rJDkkbl9RW8aikZuNiH6VZIfSgBMc 0wF+opAB/wAigBMUxCUAA5FADqAAcnFABnikMM5piNfSGZbeTaCfm7fSpba2GkmTTAPzImaycnc1 S6Efk245MOfqaOdjsxDDbDOYBn/eNHtPIXK+4MluwANuPwalz2HyvuR+Tak/6gjH+1Vc7FyD44bU c7HH40c/cTi1sF9FCbJ/L3ZHIzVpohp9TFNaECDrjNAhwK46k0hiDaueeg4oAQnJzxTAM+oxQA8Z zwevrSAeMHHy4460igbiP6mqRLK7daYjQ0gDzCScAVnPoaQ2ZtyTIy7Rub2Cmm3cSi0VridAArI6 /hUNNvYtaalf7VB3J/EVPKyuZCfabcggEjHrRysOZCC5t8A78Y7Yo5JBzoBNb/8APXP4UuWXYfOh GeIrnePbNCTHdEW5W6MOKqzJuhMdehAGaAICDtIx1rQgiPCmqIIqogbTEKKQBQMKBEsEPnF8usao uSzdKBk0Fmk8oiiuUZ26DYw/pQA17aJHZGu4wVOD8jf4UASpaRKt0JMs0CZ3q3BJ6cYoAzyKBCUA JQAUAFABQAo4OaAEoAKACgAoGFAiWGNZDhpQnpkE5/KgZPd2AsztknQvjIUA/wCFAFPvQAoUsQBy T0AoAsT2FxbxCSZAoJxgkZ/KgCtigQlAxaBBQAUAKeme1AxtABQAUAKODQAUgHfSgRZjbCgetQzR Fm3kCSgkZHfnFIovwzks0i7Ex+OaTlqFtCpPePNJl+AvQCm9RLQYJgXy2KVh3HS3XyBQoAoSC5Gj hU3AAsentRbULgXU43daEmFyIqmeAarUWhIhRSPalqBcbbJCMHGKiWmpcd7By8RwpyfTrWWzLIsy AFQuM/M2ME47VehIxmXaoYYAOcU1foA0nLERqFU46jJp+ovQifcq+W6hfm5PfNWrPVEsIzg/Tmhg jomkBQHsealsSQfa4Qhw3I7YqudWFyu5GbpfLJHPtS5yuUiW55GV4PvUcw7EUsxMnmDjA7Gi47EX mb13BTnPU0ASLITwzAH0qRjJJZC3z4A7Yp2AjaYY5I5p2C4pmCrw4B9utFhNlNnJjZnzyeKtLXQl sjjwB/jVMSJ4W5FSxmlC2cj2rCqupcWSHGKxLG+3SmMCGYjpQrINhOP89KBhxjPH4UAC+uDihgBP AC9D6UCADnA5FAARk8E0AJzjpj1PWmAoBHbFSwG+YOQBkCnysLFS4tkZd64RvTsa3hNrRkyimUmB VsMMGt07mTVhKBCDp9aACmIToOmKAE5BxxigBRmgBeuKACgA78c0ALj8KANvRP8Aj0f/AH/6VS2J e5Ymz9a55m0Suyj3zWZohp60FDSpxmkAijB+7TAAT79aaEyfAkhYY+8pFXEyZz/Q1uZDT1x3oELg sxAOcUDEFAhfpQAqjJHrQMfgg496QxwwME8/40hhJwij2qiWVj1pkmppaOkbSrnOcDisZys9DeEV bUvs90Rghl+gpXkUowIWR1Xc0cjZ9TS1HZbIaQq/eiFK7HZCeVEeTEM/WjmaDlQvlWrZBtz9c0+d k8gww2hYgQPxT5mHIDQ2m37jgH3o52HKRNa2mBiSQE+op87J5ENNpHkqtwc+4p8/kLkGtaYGVuAf rmnzrsHIV5EMY5YH6VadyGrENUQNoELQAUAFABQBpaKAkk9w3SKMn/P5UDM5iWOT1PJoAuoCmkPg EtPMFGO4FAFFkZGKspVh1BGCKAFMMgjEhjbyz0bacfnQBHigQ5EZyQiliBnAGeKBgsTvu2IzbRk4 GcCgAWN2DFVYhRkkDOKAEVWZgqgknoAOtAhXjeNtrqVYdiMGgYmxtobacE4BxxmgBWidH2urKfQj BoAdJDJCR5sbpnkBhjNAEdAizp0fnX8Knu2fy5oGSarL5uoTHPAO0fhQBSoEaFnA8VrPceW3mABU 4OQT1I/CgZSMb79m1tx7Y5oAR4njbbIjK3owwaAE2Ns3bTtzjd2zQArxPGQHRlJGQGGKAHSW8sQU yRugbpuGM0AEdvLKGMUbuF67VJxQBPY2ZuXbduEaKWZgP0oAqujIxDAg+hGKAGUAKVIAPY0AKo7n pQAE5GOgpAAoAtRjdHjv2qHuWtgx6gmgY8K3ZSBRcLD1Q/3TSuOwFT1CnP0ouAxgT25HtQIEB2HP 8qGCDAB60wA0CEXG7lh+VDAvQ7SvbJqHtYtaMeissvJJ4PPtWLemhoKAiBD5ikscFW6Yo1YFaYNv cEAc4zjitI2sS9yMH5yx5I6YHeq6CIWxnIOee9WiGOTvSY0blu2+2jOCcqKlgiN4znOw1mWN8s4x g0AIIGzyhP40BcTygD9zH40ADINvKD86AGmJdwbZz9aLgDI2OIyR9adwIXhGf9U2frTTEM8ogHEb CncCF1Y8YNUhEZXHamSOi4bihjRft2xIvNRNXixp6ls9a5DUTaM0DuKMY64HrSEN4IyBmmMQ8gZ6 +1MBCfrgfrQhijPXGPagBevTrn86QhuTnGO9UMaWAGwEliOw6UWb1AQncQN3yqOc96ewCZ3rjGF6 YxjNPYAb5jyfbAoXkA2RBMCGGQOm3rTTcRNJoz5YXh+8Pl6bhXRGSkYuNiKqJCmIDxSATqaYCjGP agBD+tAC80AKB2FAB3PFAGjYTNHasAwHzGolcqKQ5r/HFZ8jZpdIja9BJznH0p+zYcyQz7YM5+b8 qPZhzob9sAPen7MPaIT7Zz3xR7MXtEOS8wO+aPZhzotQXY6AU1GxLdzJmXEz+zGtEZsjxnkmmIDn rjpQMM5780CFA3KctigY5cbuGwB04pAP5LYPPrSKDnaR60AJOe3pVEkGeaZJv6bKrWiIR9zmueTt LU3S0uX2uE7An3q3VXQhU2VJLgsApLflUOTZqo2IpZflwR19RU7lLQjDghst2wKLDGfKCAGwe/Oa YhzMNsgVsAjqDQMgBXYAW796q2pA1iScB+PemgYmSMYp2FcikkfnNUkiHJkTZ2kmqII6okSgQtAC GgAoADTA04f3OhTP3mfaPp/nNIZmd6ANK5kNrZ2kcZKy7CxI6rn096AFKC+u7Uy9TEGlPqBmgCC4 uz5UsXmeYZSC2D8qAdAv+NAFGmI09NkCW1y2CiJHhiOrE/54pDFsZsW127EpCqbQidMn+vvQAltM w068b7seAioOgJ/n9aAIMG2so5EJWSYn5gcEKO34mgCW4kE9jbS3BYuGKFh1ZaAJpLgppttLsVTu YxoBwvYH3x/OgCK3aSdJryeUb0UIjucYJ7/hQBWu7kyxxwqzMkecM/ViepoAq0AamhqFnlnP3Yoy aBGc7F2LN1JyaBjKANNpZE0eNvMfdJKedxzgCgCL54rIXG9vNmbaHzyAOvNAD5ZftGmxPOzFkl2B u5XGaAJzOE0uOQqoUSkxpjgYHGfXuaAII5JJ4p7qZy7woFQnsSetAC73k0rbIzO7zAR7jk9OaAJJ pBYTKqSZMK4Eangtjlm/woAjtXePTrubecsQg57nrQBnOxdiWJJ9Sc0AN70AFAAOtABSAUUAWYwQ g5qWWtidEGB8xzUNlWJ04Hc1JQ/K8/J+tAETLu6OwA7Zp3FYfx2z+dIYwjryTTEJsxjjmi4WEdfT +VNCAL0JI/Ki4yxAvqR9MUCJHUrggDGCCSe1Yu12jVO6I3AcxtgIAehoWl0J6kcsMitmQjaSSfn4 zVKStoJoFeIRsvPy8/L0NDUrjTQyaZZIgiREe5/z1qoxad2yW7ohj4c5q3sStzb07BslB6gkfrRu hPcsHPpmpsAjdsqPyoYyM8dQKkY1gp7ClYYm0HjaPypAMwNv3RQMCe+3FADCFPVaAGlEKkbefrQB XaNGGNp9uaq7QEJjTBOG/OquxWRGVCspGeTVEluE4f6UdA6l7JriNRoIPQHjvQ0MU7snpijQBoJX vxj0o3GMLjsQPQmqsMYCoY4YsV7AZqrOwh4cHk+npUNDHO3GTxjgc0JAIGODu4PoaLAM353bCpA5 JNVa24CZB75HYCmAo7k9T+lIBgdDIGflUHA9TTs7WQn5DZZNqhsD73CjvVRjd2Buwqq3ljzDnPVe uKTavoFtNSq1uZCzQKdvXBrVTtpIzcb7Fc4HsfStCHoIfvc0yRB1x3oAXqOv4UAA46mgBQOhoAcA BSGNzk0xG1pEcbWhyAWDHOaLJiu0XGhi6gAfhUNItNld4Y85/oKybNE2NMcWMFc1Nx6jBFbg58vm nzMLMPLh67APbFHMx6jSkDNnbz9KLsLE0aRA8Yq0yGY+ooFvJAOhwRW0TJlYA54pkijHfigYmSPp QIT3wc0APU859f0oY0OXGM5pDHR/fUdqAGT/AHj1piZBTJNCyf8AdkF2A/2RnFZSimzaDdi4La44 KynHbIpcq7FXInhvskB84p2iL3ujInjvGADEnFK8EFpDDDdE42nNO8QtMTybjpg/gKd4hyyGlZwO UYD6U/dF7w0lhjinoJ3QnmNjoKLIXMxC57g0WC7Ezk0xXuI3TFMQymQNoAKYAaACgB8cfmE/OiY/ vnFIaNO7Nu9hBbw3MWYuWzkZ4+lA7GYyKsgUSKwPVlzgUCLtwba71BzJP5cCKApAyWA7CgBbW5he e53sIVki8uMnnaO1AFGbyV+WIs+OrkYz9BQBDQIurMiaU8QYGSSQEj0A/wDr0DATImlGIMDJJLlh 6ACgB6ywLpXllz5hkLFAOvHHPpQAI8N1YxwvMsUsJO0uDhgaAK1xMr7I4z+7jGF46+p/GgCXUJkk MMcTbkijC59+9AEsUlu+lGF5vKZZNxG3JYY7UAUZTGX/AHYIUf3jkmgBoGSBkD3oA1LV7eHT7iH7 SnnS8Z2tgD64oGZsqBCAJFf/AHc8fpQIZQIv352WlnD3Ee8j6mgYsLw3FgLaSURPGxZGboQeooAr 3EqlUhjOY4889NxPU0APu5kaG2hjOVjTn/ePWgCS1zb2slw43ROfLMfZvqe1ADEud13BJLgRxsMK o4Ue1AC3xtzPK6SmZnJIwMBf8aAHia3Glxxs25w5YxgHk9Bk+lAGcetADpNu75BgCgBtAAOtABSA cKALKcotSy0WI+gqGWTr7ipYxxAA60AMINAhO9Awxg0AKPunNADcUxCUASxHmgCw6K8XzAkDqB1r Od1JNFR7DZQrJ5eNxPG0DJqI3TuU9ioxZWyy7c5G2tVrsTcniUIASo3Hv29qhu5SRUl2BVUSFpBn cV6CtVftoZsYv3sD1qmJGxpLDypF9GzQthS3L2M07CGsKTAjIqWihtTYYncYPSlYBpGMkYoAac0h kbHn+tAxCMZoAjQE7vb1pgQSelNCZHIPu1aEyeEEPTexPUuE1xm4hcKQWNO1wHLKrDIBx71Li0Kw YBPA4FJjGMqbsFcDrVJsY0NHgk5+npTswFEgCgglc+3ajlDcby7dD6CnsMRuRt3ZP6UbagKwUJsV cCkr3uwsNPBLMSBjoo5prXRARs3mIBu259euKpKzFuOVlzhSwH0pNPqMRYzLc72ACLjFPm5Y2RLH yEycLwD1apjpuMjaUCPKHA6DFWo66hdJEUsazlUjGHXqfU1UW46shq5UljaKRkk+8K1i01dGTVhl UIeuAOnSkMGxigBueoHT0piEpiF5pAWrG7NrLkjKHhhQBuhkmiDRsGU9CKmSuikxjRkDisnEtMiK 81JdyJhlun40hibcdSQBQMaMbgRQBPHiqRDM3V1AuVP95a3iZSM/jtVEDsUDE3cYoC4FcHpRcLCg Hr6cYoAX+HI/OkBJFkvn0oGRSn5jVIlke4+poEamjf6zJ559M1nJ6o1ivdZtupbHJA9KbVxJ2K0w 2nqceuawkrM1i7kXJHXIPSkURlXBzk/nQMUs394j6UCEZjkYJx3yaLDIXwScrwPWqQmRMEZR8oz9 KpXJZE0S/wAQNUmyXFEDIoJxmrTIcUMbgcZqiWM5pkCGgAFMAoAKACgBM0AJQAUgDpQAhoAKBhQA UAGaADNABQAlABmgAoAWgAoAciNIwVVLMegAyTQBYjs5Ad06NFEv3mYY/L1NADLuc3E7SYwDwq+g 7CgCGgBVx3oAnskjlvIkmOIy2Cc4oAuPPf2lw6IrKucBBH8uPakMZqW0wwSPGsVwwO9FGOOxI7Ux GaaACgAxQIKBhQAo68UAHOMUgFA5oAsp0X6VLLROg71DLJ1AGCDUjHge1ADD97mgAGe9AARg9aAD ocgUAIRmmIjUkMQaYEkZ5zSAuRkFcHpUVFeI46MZKwYKu3YF4J9azWhdisqlFZ2TdxhQRWjd9CbC qZBGWl5UZKj3Pc0na9kCvuyBtqxsoHBOSccmtFdsnQjX72P51QkaOmSbb1kPR1/lRHYJGvVEDG60 mMibOahjE7GkMQdM0hiEUgGk0hjJDz0/CgY08nvQAgxh+1AFbGX5NUIjKnzBx1qkJliNfnok7REl dkxbHAPNc9jYb1wMAjvmmAbjjjnFFhi7yppWuAhcE+9FgHpESvJ+v0qXLUVwkUIA3Ric49aE76DQ zY7deB6DindIBThF9cen9KNWxjH38FcD1yaasAHHCg/Ug0eYDRhdqIjNgE809Xq2LbQRiWdY0zsX lj/eNPRK7Frckb5FCgZPXHrULVlDXwvB4x94ntVIBhXeBlcAcD2FNOwrDwwiiZ+dx4QY/Wla7sJk SWY2l5mLFuT7VTq62iSo9yvNZspJj+dOx71pGonoyXDsQHjgjBrVGbExQIKADFABQAAD1oAs2txP ASYsle6kcGk7DszVi1CKTAkVom/2hx+dSx6kzKCOD1qGi0yJ1AIqGikyJ/8AIpWKuN+lAyWLimiW VNXXKxPjuRW8TKRlfpVkBQAn4CgQuc+lAxVHPFIEOPT6UDJIhhXPtQBXk61RIwUCNfSeNpHXdWUv iRtH4Gbb9frWjM0VrgYfAGcisJrU2hsVugJ3d8VBYjDAHr9aBiAgMOBkjpQA3quOG55oAY+e2CMU 0IiIwcHC96pCI2OVOeTmqRLIjyck1ZJA/SrRmxtMkbQIWmAlABQAhNACUABpAJQAtACGgAoGJQAU AFABQAUAFACUALQAvQCgQZoGOjkaJwyMVYdCDgigB0s8sxzLIzkf3jmgBqNgnuO4PegAdcN7HoaA G0CDNAyUXU4XaJpAvpvNAEZJNACUAJQApNAAASeKAA8GgAHWgByruBOQMetIAFAFiP7oqWWi0o+U VmWTp93FIY8H5WNAEIJwaBD16ZpMYnbJpgIfegA/hJNMRH7mgBQehFAFuFunNG6sIdncwDY6kADr XPaxsV5NiyECV1dhuyRmrV2tiWMaT5fLRNoA6k5JquXqxX6ENyCGA3cjtnrVwJkRAFWww56iq3JL UL+XdQv0wRmlEqWxvmrMyNic0mMjPrUMYh4pDEHSkMViOQOooAYQD160hjWODSAYXIHagZGrZDe9 MCIRtu46GqEx/lgMCad7LUW48IzHjgVjKdzRKw4xFRyKnmGHl8UXAaRtGf6U9xjGbHXrimkIYz4H v2p2C5JHJyAR71LiFyZXDHKjcR1Y9BWbVlqAMwALO4x3NCWtkh7EIIcBhx6Z7VdraDHEDOSSewpX Aa5AGWbCqvTFNARQndySwHoO9XLQS1HxklzwAO5/pUy0QwJBTLEnJwD3p7OyAME7BGpHOee5o9RE wULj5gVXjp1NZttgPZSw56VKdgGuhJC4O3r9aafULgTj8KYEciRyk7o1PHUirTa2FZEBtoP7pHvm tOeRPIhPscPUBh+NHtJC5EAsYzwGfNHtWHIiaPT4h1G8+hNQ6smHLFFuO2hTpEg/Co5m92BLgDpw PpSEHUYx+lMACgDC/LjsOlUpNAIePvrgevatFJMPQY6AjOKGhpkQUAmoZVxycGmgZDqozZE+hFbR 3MmYvrg1oQIP8igQrjBzQhsAQOCvvmgAUjsKQDj0PqaBkiDEDE+tAFZ+tUSxtAjY0hd2wZ/izWUv iRtHSDNmU8gVctyIlefjaepA9aymaQK2QEIA+nvWZoHG05HHYCgYxsAr0HHNAAxBTnGey96AGPjA J5xTEREg5PH1qhEb4wc9etUiWQNwDnirRLIX6VaM2MpkiUxBQAtACUAIaACgBKQCUALQAhoAKAEo GFABQAUAKuNwycD1oAH27ztORng0AJQAUAFABQAUAKTk9AKAAHGeBQAZoAPSgQfhQMSgBe1ACUAO C5GcgD60AJxQAqsVz0weoNACUAKOvNAAGKg470gFFAFmP7oxUstFgMAFrOxZYRl2dwaQx4wVIJ7U ARD0oAd2wBQAYyKAFI74oAYw7UAJtz04piEHBNICaE00DJZc5XAH1J6e9YtWbNFsQyFmIwx5POOm KasJkbmMvmFSBtx6k1SvbUWhFdDa6hOCAOauGq1JkQsflAB3HPWqJHliVBHUUIrdHR28omgSQfxC rMxW61LGRkdaljGdc1LGHfrSGMP40mCGnj2pDGsOOCaQyFieaYDo0JbmmJk4TAwKbaitRbjliUHL cnt7VhKVyttiTAxxUgRhW/iP5UD9AKKoJANA7lWZwoPzZz0FaxVxvQgydoDEVZI0yYH0p8oXGmU9 QOafKK4+K4I2pnauegFTKHUakTbw6D5gw6HjvWdrMsfu3P69O1K1kMXhQzMAcHAFLfYREx3scgbR 78E1S0GP+XYCPlRRnjvS1uA08AgnbnoBTAXo4Ugj0z1NLoBIm7GVA3HgewqXbZiY6MDAwOFGKmTB kmABzUkjB8xLHPPT6Ve2g9hrDJ56elUhjCDjA6CmAw1QhR155xSYyRDuOBwR61LEWFGFBIGcUiWO 6Hn0oEKOlHQQoNNMLCZx2ouAoPFO4WG4H8HHfHb/AOtVKVgG/K2cDBHUelXuPYTb3pWHcg1AbrGT 2x/OtIkMwjjPStTMcBg84xSAae/emAh/M0CHBuMDp70hjj+vpQMl/wCXbn1oDoVG61RAgoA29IGV T0yaxfxm60gas3bjp3q5GcSCcnCkDp1rObNIlcY5UZA68d6g0E64x09BSGNILjPf0oAbsByV6j2p 3AaTgUCI3HHPXse1UhMilb5TtP19apEsgbPPv2q0QyF/u1aIYymSJTELQAlABQAhoASgAxSAMUAF ACGgBKACgYHg4zmgAoAKACgAoAKACgAoAKACgAoAWgAFAg7UDEoAKACgAoAUUALtO3d74oEJQMco yh9aAEUkEYoAOfSkAooAsR/dFSy0WEA4rNllpelIY852nsaAIRwKAFGd2COKAHnjikMMHr6UCGds mmA05wSBmgAA45oAkiPOO1MTJXx37jis5rUqOxDOmwFdwwfTvSi7jYwSZCpGigd29qq3Viv2GyOv lcoo5wMHoKaTuJvQY+dqquMEZOB39Ka7iYwdMN+lV6AaOkXGxzbt91uV+tWmRJGqw9qGJEQHPSoK GE84xUMY3pmlcYmQB1pDGsUwCWAoARth43gGgBFjUnhgaaQXJViAPy8mm2oi3HgY+tYN8zuMWkA3 HJNIYo4HSnsBHM20E7ST29jQtxoz33EknrWy7DY1iEQEj6U1qxPQr85yeO9aECk8ZzgdhSAYDkn3 qhEyyF9qMAAO9ZtW1Ron0LCt046jI9qzaLTEkJDY3DGOaaBjP3hAz8v8WKeiJ1CNzM2WOEX9TQ1y rTcadyRGyzPuG1eDipa0sO4+MruLYO4nmplfYZOckHBwSMDjkVG1hCqNgG5jgDH41L1EPIG/2A/W l0F0GnqapDGEdf1qrjGEd6oBpxnmgBMlcY609wF3MG+ntSAljuASA3Hak4slonBBHXmpJHAjoO1O 4hT2pgJ7DpSGBPPsKLgIe/HQU7gNIzjB+Zeh/pVJ2AcDuyMYI6itU7i2IrpN1rKo6lTVIRzrCtTM BnGTigQEYoGJnHYUCHp7gEelJlIVsg/ShAyZ+LdaEDKbdaoliCgRu6OpaNfY1k1eZttA05efrniq kTEr3TBRjjpWc9zSBXViOB09qzZYihj8pb3IFAxH5GRwPTpQBHt53HPHvTARkG0kYz6U7isRuTwW BAHamiWQtyCT0NWhEbDAOapEsgf7tUjN7DKokSmIKACgBKAA0AFABQAUAJQAGkA2gYUAFABQAUAL QIKAExQMKACgAoAKACgAoAWgBKACgAoAWgBKAA0AKDQAHNABmgByAt06igBM/lSABQBai5A+lQy0 TqxwQGG4dM1Nirlu2LSD97LGuPSiwXC5meADyWjlBoS7ibIkedxudEX9KGkNNi+bIG/1a/nSsh3H iT6A0rDuRtMofbnOe4FPl0FccxAXJIx6UgGB8jtTsFxHkZMYUNn3oSuDY+N89uaALONyc4yOlRU6 FQIJCfmxnJ9uKlFMjiUlyCpK85PTFVJ2RKExHuSMH0LFugp67i02HpF5sz7T+5DdScA/Sk3ZeYbl Ucds88YrQQoZlYMp+ZTkEdqaEzdtLkXUO4HDDhh6GnqSPO5eSTUO6KRGdwOTUMaEyQMlsUrjE3Dc AX5pXHYRnJOMj8qLhYcsSvzhTirRLY8oowAik+1DdkG48KFGB+dZPXUApAJmlcYE0XAazFRxg84p DSKsockNgnI4A/nVIshcrFHuIOT096pJt2AqTyByuAQBW0VYzk7jdwIOe3SnYQzJbGaewhe9ACjn rxmkUWInydvQnis5LqWmOkcZIUbmHf0qUu42Q4Yrj+I8e5rTQnUtKEhh2ll3Dt71k7yeha0GKFLK p7fMR6mm77hYswx5y5+VT27mspO2gNk+0Hv19KzJuMVWZlJPyjsap2SG3YlqSRrdOlNDRGRVFDCO etUAAAg0AN2lTnHancCTgKBjHtU9QI2AxkVSGNCMSDyMdx2p3QiZH24B5J6etS1cTRIJRuwPxNKw rD+ep6UhC4HJxTEIfXke1Axrk4+vvTQIYzsik985GauINCszPAzg/LtPBrcg5709KszGrg0xCk+v akMBweoNMQ5eeORSY0L39e1AyaT/AI915pIGU261ZAg60Ab2kyxR26l2C8nmsr2nqbWbjoXmnRyN m9voKbd9hKLW5TuriD+MOPwxUWb6Fp23GC5t8LiTHtUuL7D5kJ9ptySd4pckh8yEM0WCBIBnvmjl Y+ZCb4uP3q5+tPlfYOZAcEYEy460tugXRE4Xr5qmqXoS7ETAY++KpCZHIOM7wRiqRLIH+5VozexH mqJEpiCgAoAKAJorWWZGeNMqpwSWA5/GkOxIun3L52IGxycOpx+tAWEWwuGICorE9hIv+NFwsD2q rZmcSE4fZtK45+uaAK2KYhtIBCKBiUAFABQAtACUAKKACgANABQBNDaSz48oK2eg3AH8s0BYJ7WW 34lUKfTcCfyBoCxBQAoHOO9AD3ieLiRGTIyNwxQAygBDQAUAFABQAUAGaADNABQAoJBGKAHY45zS AOlAFhA2xew/nU3LRPHAXIBOM1PMVYspYQ+WXkuNpz6UuYLC/ZbXHy3RyBzxxRcPkRADnJyO1IYY G/p1ouMerAn7gxUgN3Icgxgc09RAXXaQIsGnqAhMZ/g6elGoDiyZBWMZHrS1GOUpkkpzT1EyyWUx 4C4461FToVDcikTzEYk7Qp4yetQnZlMjhjhYAEyAD5m54NVKUkTYZJEqzlFG7A69fxqlJtXC2oTl ZWI3gRDq2O/oKUbrpqD1IZSpx5akKo6Hr9atX6kvyGhT95eadwHwzPbSCSI4PQg9DTRLRqw6hFPw zbHPY/40pagiVxxnfioaKKzKSSfMyBSKBdqj5m49aQDnaLcFUnNFgJkQBepq0iWSouxfc1nJgLn0 rO4xM8YGaVwGZOOeppFDS44wyj1yegp2HYhmljDKWl24OflNVFPsBW+0AY4Y+nbir5QuV3cyNuIP TgelaJW0IbuMbpn0poTIjzirJHelIYoA60hi+3akA5emR2pMpEiS7Rgg55wQaTjcaYgmYJhQAxPL d6fLfcLksHl+Vlmweck9qifNcpbD4GDkuBnDHBqZq2g07loISRnoKxuFyTBAwKgkUDAoAMUxARxT GMPB560xkbA44PX9KpFCL1wf/wBdDAdtywpdBA47YoQIjyTwCeO/rV2GBBIwCfwoAOSxxwfWgB5P GFyqgfjmkKwkd12fqTTcOxNiwT6GoENLqerDA5J9KaQyKOb7QcJGwXsxGAatx5RJjbgnZycEgYNO G42RQTbUZSeGBFbGbMg9BWhmNHBFMQ4+pFAxPpQIkU5H3c46c1LKQKCOvFMCaTH2dcelJbjexTbr VkCCgRv6eksdogj27m55GcCsHJ81kbJK2pORfAcuuPYVTcwSgRGJi2ZE3H1NQ3I0tEZ9nhz80YJq edhyoU21sBzHgfWn7RhykbWlrjOxvwan7Ri5EJ9jtc4Ebn/gVP2jDkQjWdpnGHB+tHtGLkRH9ig3 HJfHsRT9ow9mhGs7Qf8ALaQfUZp+0fYn2ZG9nAvS6/Naam+wnAqzKE4Dbh61adyZKxFVEDaYgoAO 1AC0AOLtsCZ+UHOPegZo2P7nSbufoXwg/wA/jSAzkYo4ZDgqcg+lAFy7/d6dZxd2BkP49KAKJ6Ux DcUgCgBMUDDFABigAAoAMUAKMg5FAB9aBAaBiUAaWhRb78OekalqAKVxJ508kn95iaAIsUAX4wbS xW5Q4mlYqp/ugdce9AFWaeacgyyM5HTcelAEOKADBoAMUALjApAGKYE0Vs0lvLNkKkeM5759KAIK ACgBQMnigB6xmkAFDigYBTSEWUHygHpUstE0coXtUtFpk3nx7Cpxmp5WO4wOvPSnZiuNM+BgY/Ki wXFEpDDPIosFwEh3fd4zRYLjfNGGx607CuNd24IppIGxDK23pRZBcFkY9BRYLk8ZY9cCkBcUMkRb r9KxqO8rFwRWkwXIUZ6devvTWw2IZZQ20EYHY9qaitxXY1CoR2kOS/8ACowSP8Kb3SXQEIhaaVcx 7lUfdzgYpv3VuLciJeRmUYAzyR/Kq0SFq2AyrlaWjQtmIy8kAfWmmNoYcEVRJPbXTQna2WTuvp9K TQ7mliOVA0b5U+1ZtFJkLRDr5h9hikMVYiWB38/SmhMtwxkHJbIHNKbsrCJSfeudjGl1CsxYYFC1 HZlZrkZBUH8arkLsIbg4Kt370coWRFNLFJhNuFA6471cU1qHqQCNRkgjPpiruxWJERMZPBxzUtsd isynPPY9BWiZDIs4LZH3h61ZA0DIApiFxnjtSAd+FIY/p15NIoQDGQelFxoXHTH60gE7nPXtTAdG dpIIByO/ah6gi7AVX5VXCjpjua55ps0WxZU8jNYsTHbgCBySaLCsLzSAM0AHamAyT/JpoaGEZIqh jTxnIpoY4ZJPSkIaWIOMD3p2GNzgkkc/zqgHDOP7v1pAMJwB/eFMAYjbgkkj0NAELtkg4P1q0iWO S7aMBcAihwuK5Mk8T+nvngVLi0BY3bgCMEL0weKn1FaxQuJtzmJFyzNjIrWEeoN20IifnxjKjg1o iCjMuyUqOnUVoiGR545FMkecY4GBSGN79BTESISBx0qWUhCen50wJ5P+PZfWktw6FJutWSA60COg tgVa1IOAE5rnTSkdCV4F6SRSSoftWkproRGLK0hyS28gegNZNmqRA2N+Ms2fQ8CkUNMTuQBuI6nB oTBkfyMwzkMKeoCyOqqAq/MTyR1oWoETkFlBDDHX3qkSMkUKM7u/rTTBkTjao56VSIehC/satGbE f/VjFC3E9iOqIG0wCgAPWgAFAC0Aal3+50e0h7yEuf8AP40hmYAW4HU8UAa19OlpeqBGkhRFU7hk AY6D3oAh+yIb+52Rlo4fmCDuT0H+fSgCK+nEkUcbCMypncyAAD0XjrQBS70CNNUgGkyNtCqZAocj 52xzQMAYzpDM6JGplwoUfMQB6+vvQAyUp/ZCnykQvKduBzgDue9ADNx0/wAsKiNKyhn3rnGegFAD ruO3FykoGyKSMSbF689hQBYu5IrWWGUW8e/y1Cx4+UepPr6UARQxv5TXixxq8kh2kj5Ix3PP5UAV b+dLi5LxqAMAZAxu98UAVqBGrpv7nTLyfOCRsH+fxoGZRoAVGKuGABI9RkUAal7cPDDaIFjyYtxB jU4z6ccUAQFjYiJ1VDNIN5LLnAPQAUAOvY4GkhnwIklTeyqO/cCgCe5khgjtphboH8sFEPIye59c f1oAgc4iN8UQSSSYRduVGOpxQBJcxm8NlgBZpwdxAx360ALPMtvBPAUUI3yxR4G4f7RPWgBGnaHR ocBMvITgoDwPbHP1oAymOWJoAB+tAEsKZNIC/FBkdCfwoGDQD0pDGG3oAmWDOO4xUMpEn2QEYqbs YoslIG5c0XYAbJf4R+GaLsZFJBtbb5Dn3DdafQkBCpP+qdfqaTGP+zjrg4+tK5ViN7fHILfQCmmK wptm2gkt+VFwsIYD13fpRcLDPKfdwxOfandCLMMJA5PP0ouBNIGCYU4YYrnTu7s1WiKbt+8diOT0 rVLRIl7jWbaCACXP3iO1NK4rkbBm5DE44wKrYW44q2WVWOcZOKV0GojOqxBUYAA+nJPrRZt3YXst CPdyDnn1qrEjywcDja3f3pWsVe4wjBpiENCAntLgwSjk7CcMP60NCNloVbB3tUNFJjliC87jgeoo 2Fcf91QPzrCTGhh9azLILgqqgHAB5x2qo3ZUSsXJIwhx6nvV2t1GCpuySoobsAOgDDdwPSmn2Cwm wYyePbNFwsISDjpinYRA2TkhePUVa0IZXIGMgcVqZij0pDFAHpSGP5x2FIYoHoOaQwx1oAUD1oGN 6E4H40xDOelMkuWbb1K5+YD8cVjUVtTWLLYcZxnB6VhZjsSj1qCRe1ACE8delMBM4zTHYTIxjqcd aAsIOmQc02MYf5mqQxFOODj6UMBwHOR0oARwPQ4FCAQE4HHJ6UwE2/MOeDzmi4DAu45IIFVewEUo VTj064qo3ZLIj0BC4z69askQpjrQmFhplkjUqjkZ64ppJ7kttCRZLgk5x+FUxIkJ+8Rxz07Uhle7 XKq2MEHBqokSK3A471ZA7liMck0AJ74oAkDdgPpSsUg3YBA7d8UWC5K5/wBHXpQgexUbrVEDR1oA 2bb7RLbJ5JXKjByeawcE2zdStEllS+jB/eI+BkjFHLELvoVGmuU5ZcfWq5Ij5pDTdS5xsX6UciDn kI11MOSmKFCIueXYZ9qcfwge/pT5EL2jAXcmckAkdzRyIXtGIbpyTkZp8iD2jGGXPXgegp8oucaW B607CuJlfrQK6GucjApoTY2mSNPWmAlAAaAFoAmt7Wa4ZRHGxDHG7HA/GkM09Zt5pJohFEzxomAV GaAsUbGLOoxRvj5Xyec9OaAJVi+1TzXcrqsCyEsSeT6AfpQBLCHudOumQr5jygsCwGF+vpQBmyqq NtVw/qQOM+1AEdAi/efu7CzizyQZD+PSgYt6RHZWcQ/uFz9SaAHX6BbG0XeOI8hR1JPWgB97A14U uoSvllAHYkfIR1zQBVkYXd4iIMJlY0+g4oANTl82/kIOVU7R9BQBau4TJY2bCREhWPkluh78dSaA MtwA5AJIHTNACojSNtRSzegoA15oJI9FjgjXe5fc4U5I/wA8UAZEiNG5VhgjqKAGqMsAO5oAv6ww +3bB/wAs0VP0oAluoGvY4biDaQIwkmWA2Eeue1AFS4kFxPHHGfkUCNCe/vQBJqsge9ZQcrGAi49q AHqVSwRLtTt3b4gpwxHf8KAJdOmM+pb22qRGVjXoF44AoAozQiLIeQGXPKqc4+p9aALepKiW9shc fJENoB5JPU+woAy6AHCgCzAORSGblhGNm/nPSgC0UB6qD+FAEbW0TfwY+lIBBbIOhNJodx3lYpco 7i7KVguN2D0osO41oxSsO4hiBosFxPJFKwXEMNFh3GtDgetKwXG+TxxRYLieTinYVyRVAxmpm7RG tWMuPm2gEjHcDrWETUzZWAYJgnHXFdMV1M32EcgA5jXPfJoXqJgJHjQeWoTjOc0+VN6ivZaEe8qu N599tVYVx6BQvAJc9B6UmNEZBzzTECkhhQCH98ZqSgNMBpFMk3NNl821UfxJ8ppAWX5wPU1nN2Q0 NJ7k1yssimYBQeo9KaRUUVHHzgKOR95m5rRbalAmTk7gMcc0MCRUUDO78elS2xjSMcg8n1p3AaRh ecH0p9QIplIbceMDpVxfQlojkkbytuMe/pVpK9yG9CuBzVkC0AKv8qTGhw6Uhi5wKQw+ooADQA0n JpiG9jTAI3aFg44xQ0pKwJ2NK3k8xdwPHcd65Zx5dDVO6Js4Ht6VADgxNFhWBiCvSlYEGef/AK9A Bkfhj8qAGnAP8sUxjcnv3qhjRnccAE+9MBVHH3vypNgDYMmGJx6dqa2Aa55NCAC3TFOwCFiM4BOB zRYBB8zAd26+1PYCJxk7ifoKpPoJojIbPFUSyB/vHtWiM2MUqTz0zTFckeXJIRcj1pJdwbEkO6Aj Gaa3DoVVqyBT+RoAOhGc0ASfKpAbt2FSMQ9AvbsaYEknECfSgCoetUQIKAOh0ZsRYAByKzTfMate 6i28jbsbVwe3eocmUoobMiH7ygg0pNocSt5cJBzEPY1PMyrCmKI4JjB470lJodriCKLA/cp9TRzM XKhGSFR/qUPrxRzMOVDPLi7Qrg+1O77hZETxwnOIhVKUu4WXYqSIgyAB+VaJszaRCVGDxV3IsMbp TRLG0xDKYgpAJQAZoAWgYUAFAgzQAZoAQ0AFABmgYuaBC54oATNAxKADNABmgAoAOlABmgAoAs2K DzxLJxFEdzH+Q+poAhnlaaZ5G6uSaAGZpAApgW7C3Fw0hYFljQuVXq2O1AEy6hE6KlxaRuijClWI Kj60ARajbpbXGyMkoyhhu6jPY0AU80AGaQABQAo60AWoByKBnQWQxbD3pAWKACgAxQAUAJQAYoAM e1ADHIDKoGS2cUWHcZG27GTyScdqLILkhUGlZBcTy/8AaP5UuUfMVZJykjJgHacZ6VDdnY2UE1cb 9q/2P1pcw/ZD0fzPmwQAayqSvoJR5SORwH3g+uPSpS6FGfubJIIHeuiyM7jXI78nqT600hMRzGNn 7voo5J60K/cTsMZ92MKeOfSqSsJu5LDI4jZlQDJ++RnFRJJuzGm9yIAyMxyCRySe9VsLcTBBweKY DucVJQuMfQ0AJTEWbG4NtPkn5G4agRtsc4IPasar0HEjk+5zWBotyqcHbyAxOM1RoMJAOaqwDkHQ EZHU0mA5iqjOODxz1qUmwEPAJZdvt3o9AG5BJz+fpVAMcAgEDIFUhMqygKuckuepJrWJmyID2qyA OR7UAKOmOppDFFIYvtQMCetIBrHqKpCuN6UCDA6k0wEPPNAD4pWicMvHqB3pSipKw07GgkwcbgRt PHvXM4WNU7kpcBN2T9RUWdwIzKfYc9M84q+UYbn/AL46dMUWXYBytkA7sE9qTQDt3PA680rAIXx9 44FCQEbsAwG4ZHNUloFx6sGXJwKTWoAOQSBjvmgBCTn607ANDbcY7UWuA7IPzEjnrS8gEbjHIyaa Aib5lUJyx4yewq1puJkblBn5h7Ed6auJkDjkHg1qjNkTAsOeneqIGZIPymmImhPykdjUsaKp4PT2 qyR304oEKOoOQKQxc/X60DD05+lAia4GEUY6ChDZTPWqIAUAdFowxCM8cdKzj8TNZfCiwRhiffvU MpCuRt57dKmQ0V165bjPWoLYzdySBwOgoGLnPB64osAxue+B3poBOeuOKAIpByCMc9s1SEytJ19q 0RDIiAB9KoixA/arRmxKYhlMQhoATFABSAXFAC0AJigAoAMUAJQAUDFVS3Cgk+1ACYweaACgQUAF AxKBBQMXFACUALQBPb3D2jkiNGJGMOuaAEuLuW4wHICjoqjAH4UAQUAFABQBJBPJbyCSJyrDuKAJ 2v5Cd4SFX67hEuaQXK8kjSsXdizHqSck0wGUAFAC9BQA5aALduOaQzobUf6OnuKQEtABQAtABQAU AFACUAMcMXTacAZycD8KAEEZVlyFwuSMcdfagCSgBAOaAMaRt0jt6kmsXqdiVlYbmkMuICLdVB5P NYN+8S9xk+Wyqr8wGAc1UdNxdCoyiIum1XLDOf7orVO9mZ2sRZYJ68YFXpcQwKAAf4s4FVcmw4fK Fwm7aRkn+VSMmubhniUbVWPOAAeKmELMcnoVg2GPJz34rSxNwkcuwOegxyKSVgbuIOcD86YIefRe alFD/Kc/w4p2YroTynHO2mBqWErtb7HByvHPpXPWTbRSJJJCQyoOcc5PSskrbmiRAzBcA4IFUlcY gPP3efTFOwD8nkZxx6VNhi5TzAMHPUcUrOwtQ3KScEjB6GnZjGyEeZt64GenQU0tBJke4mNip+Uc 5xVW1AqzKdyk+nStYmUiLJPerJA0AOH+fapKFHr0oGAwBxxSARjTsIZVCCgBOvNAg7YoASmA5WKn KnBpNX3GnbYspdgAggjjtWbplqaB7vuibTmkqfdhzjVuHBDH5m9+lNwWyDmBrhu/LZ6jpQoIOYYJ pQPv8Gq5V2FzMcHmYYCOxPOcUrRQ7smjs5mCs7hB6d6h1IrRAk2SiOKJQu44zjLd6i8pFrQeMDjj b3pDDG45OelGwDAQvfOBk09wAAfLuB9Qfej0AVl3MCSPU7u5ovYAZcjnHH4UJgQSqB0q4ksqScd8 VsjGREeaokOMUASwYz6VMhogcfO31qlsS9wIA/ipiHYKgcde9IYuR6gdxmkMb/EPSmInuugoQ2Uz 1qiAXrQCOn06TNqgJAIWso7s1kiRsZ68UmNDbnGRhsetTOxUCEAHB7VmWJwQfXrigYxuDxwT1FMY zB3cdPfpQAcseBj1NAiN8bjweRxjtVIRWcdsj61omQyJ8Yzjg96pEMgfoKtGbG0xDaYhKACkAUAW Ynt0gPmQ+bKW4yxAA/CgZcso7WeK4lktgqxLnh25P50AVo5rQyKJLQBc8kSNx+tAE08h/shMknzJ SQD2UUAZtAhKACgDR0ZmW6Lb2CIjORnjpQMoMSzEnvQA2gAoABQAUAKhCuCyhgOx70Aak0NtDpsN wbYeZKeF3tjHr1oAy2IJOBjPagCbTw7XkSxkqWYA4OOM0AP1KTzdQnftuI/LigCpQAUAFABQAUAF ABSAXimAlAC5oAcnWgC9bCkM3oeIkHoooAfmkAuaAFzQAZoAM0ALmgAzQBFIE3qZACmMc9AfegBU KiQojArjOAc4oAfQAjnajH0BpDSuzHI5rA7RPLJHpRcReYEBePlHWsCCpPMqufLyrn8q1jG612E3 YqMo8st5mWzhgeua2T1tYzI2ZcDr+J600mS2g+XHK5p6hoLmPOQnHTryTS1HoNIBKjYVHbmmITkj lxxnigQHG3Gc89aAHggcDkGkUWIwFQHHJpoTHgUxDhQBLGpoAtxoCOQMUxXH+REf+Wa5+lLlXYfM +4ht4z2I+hqfZxH7SQ37KnYsPxpeyiP2jD7PgYDY/CpdFdyva+Q1rZmOd34dKXsWuoe1XYj+yOBg Hg/ewetN05D9ohkkEuMsuQOdo6VPs5LoPniUXimJ5iYfh1rVRsZuVyMoyjkEfUUwEI96QCrQxoXG Dg85pDEJosFxue9OwriE+lOwrgfyoFcTt2oC4oVieFJ+goC48W856Qv/AN80AO+x3JH+pai6AikV 4ZNrjDDqKNwvYZvGadguPQlyFjUsx9BUvTcad9jRt7EY3XHXsg7Vzzq9IlpFkRQqcrEmfpWXNJ9S rDizdAaQWQw5YVWxWwxkXrt5Hc002MDnbkYx6GgBjHBAxt9RVICN8v8AKhx7+gqlpqxMk5Eny456 Z7Cp6DEwxUs3yoOgFGmyATJPbk9OKdgIbhOSeoHU9quDIkVZepJ6VqjKREaokTPGKAJYfvA9KUho hcgyMevPamtiXuIOeQPzpiJM5ALdaRQpGOh7UgDAIXA6cUwJLvihAymaogF60AjqLEgWy8DIWsYv Vm0kSFuRxzjtSbBIimLYABHPXNQy4kWQpzz0554qSxqhtmc9e3emwEPzHOceuaQxpIIILdOlMBvH XJAx1oERt8vT86pCZXckqcgc81oiGRP9084qkQ9iGToKtGbGUxDaBCUAFAAKAFpgaq/uNAY955Mf h/kUhmZnvQBp3Fq0otbcOkYSMZZzgFm5wPegCh9ml+0GDb+8BwRQA64tBDCkyTJKjHblc8GgLFbF Ai/Z/u9OvJfUCMfieaBle3tvOBZ5FijBwXb19PegBz2Ui3TwZXMfLNnCgetACT2yx+WIp0mL9k7G gBz2axwuzXMXmJ1jByfpQBVoEABLADrQM1NbIQ29uOkUf+f5UAZXegC/o4C3TTN0ijZ/0oAjazkN vJOzruQjcncZPf8AwoAT7BILVpiVGCBs/i59qAFewkSzM7MnysFKA5I+vpQAy3tfNG55Eijzjc56 n2oAc9hLHdCBioJGd+fl2+ufSgCO6t2trh4mIJXuO9ACXNs9u6q+Msobg+tADrq2a2KBmVgyhgyn INAFfNABQAooAfH96gDQth0pDNgNTAdupALuoAN1AC7qAF3UAG6gBd1AEM8igMVl2yAAYz6+1IY+ MlXdDt+XByoxmgRJmgCK6fbbOfXiplsaU17yMwyVjY6bgCSRzQxlud9sXA9s1hFXZmZ0gyxPbFdM SGRsozjOST24xVJktEfT0NUSIdxwOMmjQNR4jlZeFAxxS5kgsxrxsowWyemKaaYNMTGW2g5z7Ypi AqAoPfOOtAW0BeD1oBFuMgoMUkNkgpiJEXJoAtRqKYi0owKBC4oAKADFABQAUAGKAEYfKcdcUARI rbxlCq4xyc07gS4pAQukZLZH1+UGmAG1gP8AyxT8qQXYxrC3b/lnj6E0WQ7sjbTID0Lj8aLILsBp cA6lz+NFguSpY2yf8sQf945pWC4os7UNnyFzRZhclWOFPuxKPoopWY7j8ilZhdASPWlZjKt9dpax 5PLn7q0JNhc5+R2kdmY5YnJNaWsS2PtofPnSPOATyamcuVXHFXZuJGkahUUKAOwrhcm9Wbod2pAJ jjmgYmOtMYnTp37UAIRknI4pgRsPlwDz61SGKVTyNw5c8EntRfWwtbkZ5YLuOTyeKrpcYnJ7Ht1o AdIMjHPviktAGM6xYxnOM00mxN2KjyFwckBR+prZRsZuVyFsN2P41ZDGE56mmSJ1oESA7AT3pblb EI69TVEBz34oAcp4x2zQMkYDdhSDUoYDiQe5pgPu+tCBlPvVECr96gEdTZkC1U/7IrGGlzWW4Y3E DODU2uVsJKPTt3pSHErMckDgA9ak0HFskfLwPSkAxt+WOeO1AEbFlPbIHBxVAISw6gcjvQAxwzYU nkd6aEyGUdgatEsgmULxzmriZyIZPugVaIYymSMpiFoACKQBgDGDQACgDV1bMNtZ2/8AdTcfr/nN AzPhj82eOMfxsBQBa1OQ3GoMkY4VtigevSgCwWTN/dPkjIiG04PPBoAzZpjJgYCoowqjov8An1oA ixQIvy4i0eFB1lkLn6DigZJdOlnDbRBN0ipv56AnvjueKAK9ndKkzi4BeOYbZPXnvQA2aNrC+wrB thDKfUdRQBJqEcbql3BwkpO5D/C3egChQBa02Lzb+FO27J/DmgB2qy+bqEzA5AO0fhxQBToA1tK2 RWk8spIV2WPI6j1NAFa7eS3D2e0Iu7JIyS/ocntQBPI5t9LgGD5krM+7PTtn60AMmPl6RAnQyyFz 9BxQA3Ul8s20a/cWEEe5PU0AF9IRHbR5O4QgN9CcgfyoBMkvIjctaSAgeZF8x7Db1NAC3kf2m3tH gUnrEPXg8UAVL6RSyRIdyRLtz6nufzoAqUALQAooAki60AaVtxg+lIZaEvvTuMeJhQAoloEOElAD g9ACh6AF30ALuoAjaeHcVfBxwSVyB+NIB8arGCFzyc5JzRYB+6gCtqEn7lV9WqJ7GtPczqzNSSM5 kUe9TLYq5but3l7VyCe1ZU7X1J6FR4lUBQDuxy2eK1UmTYidCV3ZJ5zzVp62JaGOu3PUZGfrVJ3J GEnr6UxDhvYE+nTnFLRBqM2OSR94j3p3QrMAGxhgeOAKYai4ZVPy4ycc0tx7DRzxTEixCecdqSKZ YWmSTx0AW46YicdKBDsUgExTAKACgBGyCoXHJ70AAz3x+BoAG4U84469aAII32soeQgEfxZ5/Tig CxQBXlK5YFo+D0PB/OgZY68igQlABQBBN5jzpErsiFSxK9T7UAM/eISFDHHfzP6GmBNFIXGGXa46 qT+tAD8UgDFMCKdCWRlj3sOMbsCgCNkYk5gkx+DUXAYIIGnAMRPynhosD86AJktII3DxxKrDoRSa TVmNOxJsFZ+xh2K52NMQPrS9hEftGBjz3qfq66MPaDTE3qKX1d9ylUQhifnpU+wkP2kSMqy/fGM1 MoOO5aknsMduRhTmpSKGFsbh2b0qgI3cAEcg+1NILkRYD5ienFXYm4zzcckZPWnyk8xE7sSWPBPQ CrS6EtiDAhySN2en9afUXQjZvSmkS2MxxVCFA5pAI/8Ad796aExvtQIXBx3/ABoAUL83T360XGOO 3J4IPakMN3CkjBBoETXfzBSO4oQ2UiKogVOooY0dNCZzAphVQpH8RrCMZGz5eop+0jGTB+dVy+Yr or3NzOgOY1Yd9pzS5L7saaWxCt5GvLQsv4VLpsrnHfboQeFY4HcUuRhzIjOoR/3T9TT9mw50I1/F /wA8yce9CpsPaIabyFgSwYZPQU/ZsPaIDeQkltpDEY9qPZyFzxIjcR7iQe2Bmq5WLnRBIykZ35Jq 0mQ2iKToKpEsZTJGUxC0AJmgAzQBPBJDGytJE0hBzjfgH9KQyzeX8N5IJJLdwwGPll7flQBXt7hY LtZxHkKchM/1oAfDeCFZGEStO5JWQ/wZ9B60BcW3vFitZIJIRKrMGGWIwfwoAryStI2TgY4AAwB7 CgCPNAi298WtooljVWjUqJOpwfT0oGOn1AShGWBFmVQvmZz09B0FADI7mAQqktsJGUkhtxGc+vrQ AJeBppXuIhKJBggHbj0x6UAR3Fz5qpGiCOJPuqDn8Se5oAgzQBcsb2OzcSLDukxjLPx+WKAIp5oZ C7LEysxzy+QP0oAr5oAstd5sUtgmNrly2etADp7tbi3iV0PmxjbvB6j3oAbd3X2jygE2LGgQDOfx oAfcXvnQRRLGF8tNpbOSf8KAHC+je3SO4gErRjCNuIx7H1FAFSSVpHZ3JLMck0ATG9f7EtsAAATl u5B7UALHfPFaNAoA3Nnd3HGDigCqTmgBKACgBaAJY/vUAX4HXbgntSY0S5X1FIoPoaQDS5DYHP0p gPDN9PrRcBRIwouFh3nMKdwsKLgii4rDhc0XCw2G4CpsxuUE4K8/mKdwJIXKRhTwRnAz0HYUASCW gCnfSbpFX0H86iZpDYrA81BZYtOZwf7ozWdT4SieRRJKWDZGO/as07Kw7FZjiPcwIDjjFarexD2I TIN4OOAMYq+V2IuPlTDBeV4wd1KLG0RnlOUzg4BzVdSRFHmPy4RcelD0QbsTAJwHOPpTF6Dd5H3M gDgU7dxX7CZY49vWgNRe2DgYoAkjbBGKllItrVEksRoAuRmmInU8UCHZoAM0AGaADNACO4XqCeCe O1ACqwYEjIx60ADHapPGQO5xQA1WZiAyKVPUhs0APoAhcOckCUrntgg/hQBIp3LkdD7YoAWgAoAa ybh1wRyD6GgCF5XQnfA7EYx5YyDQAkEcjTtcTLsJXaieg96ALNACUAQ3KhkUGJpcNwFbGPegCu6h VP7u7T2DZFAy92HX8aBBQAYoAMUAGKADFACUwIbkfIDnGDWNZaI0pblfqSAea5joIXITJJ6Va1Bs qu5Kk8AelapWM2yNm65yRVWJuMd/lwFA/GmlqS2NzgE55qhDKYg70CFxSGKx2jpz6UbhsRnII568 1RI4AYyOtIYlMQq5Le1IYp96AEGArKRk9fpSAnYZt1PcdaFuPoVG61RJJbLunQYzkjipk7Icdzop IQ0gjEm3jOPSueKu7GylpdoDY7SAHU/7wrR033BVF2GNGyggmMey1m9OpSaYmWxzjGOhpXY7IC4D YAQ8dcUXYWGF0OAY0JPPSndhykeYF6xqSfQUXkHKI7W4HMEbe2MVSlITiiP/AEPHzWgH0Y1fMyeT zFIsf+ff8mNLmkHIivOlovKoVPpuppyZLjFblWYqcFFKj3Oa0V+pErW0IuaogZTEFIBKACgAoAWm AUgCgBQcds0AJnjFACUAFACUDCgAoAKAEoAKACgAoAKACgAoAKAFoAPrQAlABQAUgCmAUALigBVO KAJVmxSAkE/vQMBMfWkMeJRnpzQBbhIkX72KhuxSVyXyjnqPxFHMOwza27bgE+xp3EBRu6n8qLgN O0DnA/SmIYQkhzkZwQM0APAKqBnoKdwsKGai4FeRizkmob1NErIaKQy3ZjAdz9KyqdEWhzyEg7VB A4pKI2yvcTGRQMYA7VpCNmZyehAilpUGcZIrRuyMy7cIXmctyBwM9axg7JGrRXnHlnbt2lgDjOcV cddSJaFfPrmtCCVVbarlflPH1qW1sNJ7jBtU42DjuTT1YaIQvk/pTsK4dKAHqcUmNFiFty+4pgTo cGgRcjbiqQiZWoEPzQAZoAXNIAzQAhG45IyMYoAUcZx3OaAGyn92eCT2xQBHCFZ2LAblxxtAI9+K ALGc0ARtFmQMAMZyc5oAkzQAZoAWgCvPLDFMjuxMgGFRec/hQACS4lZdkflJnJLnkj6UAWKADFAC UAMlWRgoikEZzycZoAjKXqj5ZIn+q4oAn5BwR269qACgAxQAYoAMUAFACUAQXfEGfQioqfCaU/iM 6W6KcADPrWMadzVysVWlJ5OCa1USXIZnPUUyRDmgBuKZNhMegxTEGBQAAH0oGG7HA6+tFhXI8HOS KZIp68YpgGcgDA4pALx9PegBB92gAJ4HagBxJB7AYoGTRkG1IOMg0uo+hVcc1RI63bZMjehzSkrq w4uzOidWeQyqw2KvWuVJ7m6aSsxftIkwcYOO9U5thyWIm2tzkcdcVNyiMtHk5Oc0FEbZMx5GCOg6 Cn0EOd1C8nOBSSYyvtUsCGAG3v61oR1HkglWJBwOlIZCXwpPGc8CqsS2RlxjJxn2qrE3RA7bj61a VjNu4P8A6oe1C3E9iLmqIGUAJQAtACUAFABQAUAFAC9aYCUgCgANACUDCgAoASgAoAKACgApAFMA oAKACgBRQAAZOKAAjFACUgCgAoAXjHvTASgBaADvQAvfigBc0gHBjQMu2Z4rKZpA0413Dk4FZ3LJ lhjHQqCe4qiSJkUEneDg9qLhYcqqRzjHvRcLCeTE3VE/KncLDTao3Q7fxpqQrEF1btDEHV884IIp 3BIpcjtSLDJ7g0Bcs2uZIZEQlXHIrKdk02UmRNK+0oSOvJxVqK3E29iFiO1WjNjQ+Cp9CDTtcVzZ MX7wEdwGNcV9DZMy7ohp3IbPPWuuGiRnPchxwasgty5aOM7cDaPxrGOjZpuis6jYx75rVbkNaDB0 5qiR6ruYAY56ZqW7IpIlaB4+WKn1welSpJlcthIjtkA7HiqRLLKnFMRYjfFNCLCtxVCHhqLAKGoA UNSAN1AEEzDeS2doHVQc/nQMnjI8tdpJGOC3U0CEklEYGQSScADqaABZlyAVKsx6Ed6AHl9oz2FI CspGVwj5zn5JQc/rQBbzTAM0gDNAFaS7hiuW+Ri6qAzquce1ADXvbSRoyzsCrZA5H50AWjKDEZI/ n4yMd6AK0IlZFK3q7jyVwCBQBPbymSNtxDFWKlgOD9KAI70janmEiHd84Ucn0/CgaK++0OAlxMMn G0MeaANBEWJdq5wPU5oEKWA+tADSSR7e1AC5IySeKAFB3CgAoAKAKuovstCf9oCpkroqLszGkcse napSsaN3GADjIpiDHagBdp70XCwoQnoM/Si4Ei2k74xG2Ppii4iT7A8cbSSEKqjJxRoBnsxbqfwq 7ENjaYgJ4xQADFACgkdMikAuMttwT9KBhnHy96AFIwARnBoAXAwSTgH2pAOg6lfUUwIpRyaYiMda BG3aQm5jVWJVMckGsUlzHRfQmfSw3Mdy1WkuhHM+pVuNOuIxlGZqW26Hvsyv9muMfcejmiFmL9kn A3YbNLmQ+VjDBdDnY3pT5ok2kJ5FyBny2o5ohaQnk3JXPltijmiFpEZSYHlGz9Kq6FaQ3Djqn6U9 BWaAt7Yp2Fca5JPNCExKYiKgQUAFAwoEJTGLQIKQAKYBQAGkAUAFACYoGFACUAFAB2oAKACgAoAK ACgAoAKAFoASgANAARQAUgEpgLQAtACUALQAoP50AJSAeKAL1lyPaspm0DVQArtxWRRIgOPUe9Ow hkg2jpxTtYBrY45pDAHBoAcpz35oQiO+5gUf7VWOK1M/bSuXYNtO4WHIWjbcvWk0mrMLDZFDEsvB 9DTTtoyXG+xFIkirlkIHrVqxk7jYRunjHXLDrRLZiW5fvGLTSMGI2cCsKaskjZlJl5xjvWyZnYae ppiL4dPssAZgFPWsLPmZotiizBxjoAPSt0rGb1GjkUxItRyrHbr8qs+/PSsnFuRotEI8vmsTsCgn OAKFGyC9yM9ePSrQiyDkA+tUQOVsUASrKKq4rEgl96dwHCUetAC+ZQA7zBQBCG/f8j7zZBIOfzoA sb6BEcrEsoCb+uRuA4oAbAFWUfuXjIB5J4oAsM/yMR1xQBDBkOD5YGB94kEn8RSAsbqADNAC5oAr teeXM4SF5FXAZk9fSkA6OaK6bJjYNHzhximAZWztnZmLAEnp6noBQBWMlg3+stnjPc7SKA1LNrc2 7qIoGxtyAh649aQCyzTiYR26BiF3Nu4HtigAinlZ1863CBuA+QefSgCxuwCaAGbucHrTARJ4jGZM gKO560gFeQKqEKTvOOOcUAOzg8cY7UAPzmgAoAp6of8ARlA7uKmRcNzNWGWT7kbH6CpsVdEq6fO3 Vdv+8aNguTJpYH35PwWi6C5MlrBF0QMfVuahyHYfvxkKAPoKnmZXKOVyepoTE0VdXm2WwiB5kPP0 FbRM2YZqyAPHSgAI46UwFAAB3HHtSGIMkdfzoEKOAeaAHKcDI+hFA0B5Y7QFz29KAAn5QOuKQDou JAaYCTDk0AQgc0yTf0gfuRkdqyXxM2fwovDapyCc+go0WwtSOWY9OfwqJSbKjFERZieuP6Vnc0sh u7rhifegLCfNngnntQMblv72cUDG7juwTgnvnpQIryyFmxvOfWrSEyF+T8xOR2FWvIhlZmLOT3/l WiVkZt3ZG33qpEMSmIioEFAAaAEoAWgAoAKACgAoAKAEoAUUAFACUDDBPSgBKAA8UAFABQAUAFAB SAKACmAUAHWkAcUwA0gCgAoAKAFzTASgBaACkAUAPFIZfshlTWUzWBrwqCoGc8VCKZKqkHGOKtIh sZLnpilIaK7MKkoAD9KAJIwOeaaEyO9xsQd802VAp4pGgBGboCfpQDDbQFgx7UAWcjaBx0qrnOLB bwtKJQvzLzgdKyqzaVikiGaISSTtkcc4zRGVkkU0VgDu6HpWvQlLUjI5NUSwySAuOB0o8w8hopiB R/8AroBIdgg460hjxyPlHI65pDDB/PvQFi1HFI0SsEYg96pMliEEdQR9aYCAUCF5ouAuT707gLuI 70XAXzGp3CwvmGi4WFEtFxEcr7m5GcDumaAJopAqKo7DtTAc8qFCHG5T1GM0AJG0O/fGoDdOmKAJ hJQIXzB60AKHoAg2XCFjbyoELE7Suee9AD4Vl81pbhlL42qF6AUATEgjB5FADt59aAIfIQNEV+Xy 2LcdT+NIBXu7eOXa8oVwKAGL9mkuQ4lEjdUXPCnucUAWt1AEZbDFcY9Pf3oAUhGjKMNoPOD/AEoA RycoI2UKD8ygdaAFJy/Xk9gaAJQcDFAC5pAIHTzVjbG4glQaGCJR0oQxjdaiRSGHrUMpEDDng1ka IYeoBoGTIAqkk8Dr7VpFGcmYV7cfabhnH3Rwv0rZIybK/pTEIQcGgAJPFMBCec/nQA4D/ZpAAwD6 CgB2ACMHIoGB45xQAqgB8n7oNJgGCDu/KgY+ccZHemIrgfNTJOh0pcRDqSB0rGPxM2lpFFo7yxGB jsRQ7grEcoxjDDHvWciokJOMnue9SWJxgBqBjDwSMcfWgYhznoVGO1AhhBJHGMfrTGQuQPfPT2q0 SyGTK9DzVohlc/e46VZk9yNvvGqRDEpiIjQAUAFACUDFpiCkAUAFABQAGgBKAFFABQAhoGKrFc47 0ANoAKACgAoAKQBQAUwCgAoAKAA0AHagApAFABQAUwFoASgBelAAKQCigBy0hmjYrmM/Wsp7m0Nj UtxhuTUIbLKg+taIzK92zGRY1PTrSkyojAnrUFCFcLk0AKmAwpoTCeLzSuGAA603qOLsNEEaD+8f ekNybFD46YFFybEciCQbhw386NyoytoyuQRxjmkaj5CBgegqznGwXPlseBzUzgpIExZ2gkBOSj+t KMJR9BuaKjbm43L9a2SSJcmzUtNNiX5pCZCR06AVKlcTVivNps8THyv3i9vUVQJlZopE+9Cw/wCA 0rDuWrC2eSdXeMrGvPI6mmlYTdxb2xaKQywLlDyVHahgmUw5DDOM1Nikx8aPPIFRSaVrA2bMKCGJ Ix/CMUMQ5mBGDz+FK4WIWjiY8xqfwp8zCxGbaFs4DD6GnzBYZ9kB+7IR9RmncViN7WVOhVv0p3AZ 5Ug/gz9DUe0iPlYhDL95SPwqlOPcVmNyp7iquBFtDOOAdxpiJsenA9KAGuwyAcnvwelFwFQ4GVJI PqaLgPEhp3CwolNFwFMuVIzjjqO1FxESQQ7RtLZx1V+tAEtsdiMSJAWP8Z5xTAnElAC+Z70xDg+a AIleAq8h2AE/PuHfpzSAIlUTtJGsITGAVHOaAJ99ACkgigCLJVsAEjr7UAKNzoNvH+9QBKuF543Y 60AO3UALupAZmpSst3EyHDIuRSY1sa1pOtzbrIvfqPQ0AOcHJqGUiM8DpxWbLRCw5rNloVUywqkh NlPVp9iC3Q4Lcv8AStooybMj61ZAu3Hse1A7Cc/U0CFYYXGMUDG9sUCDnjFMBf8AOaQDhyOwx3NA wB5HHTnFAA3LZIGB2pAxclQUHfrQBKwzEPahAytj5hVCOksB8o+lYQ+I2nsT8VbsSRScAZrKSLiV 93Oe3SoNAcnGOx5BFADP1FAxD0OOtMBjgevb1poRG2DkdCBkU0Iquev96tUZshPUcVaM2Mb7xpoh jaYDDTEJSAKBhQA9I2kOFHufak5JbjUWyVLcsSI5ULegJFS523RShfZkLKVJDDBHarTuQ1bQSgQU AIaAEoGKKACgAGNw3Zx7UmCLEsUS2qyKGBY9zUKT5rM1cVy3KtaGQUAFABQAUgCmAUgCmAUAKMCg BKAHRlQ3zLuHpnFS79BrzJ7yNIxGFXaSuTzUQbdzSaSsVq0MgoAciNI2FUk+1DdtxpN7CvE8Zw6l fqKSknsDi1uNIwcVQgoAKQC0AOWkM07M4hrGe5tDY07cfJxUoGWAK1RBWmT9/u65qJblLYVl9KTG MbdtxmkMQDHakA5j3p3AYSeOOPWkBGcYx3pgNDEHrTFYc5ViCeCP1pjUmtCCVxgnvTJKmeepqyRj uc9aaJYgY5FMEdLAfkH0rnjuayJQea1RmKTmqENzmkMTOKkYwxxvktGpPqVouAuVVcKAB6AUmx2G bqm47COeehpNjQw88UAOjX15z2ppCY5RhiDVkkbtub5TwOtYzn0RpGPcD04FYliZwaAGlVYkbQR9 KeqHYiMEWB8gBz2q+eS6i5URmJfm2s4x+NaKpJC9minMskL/AD4Oe4rWMlJaGMouI5bnjlPyNUIc LiM9cj8KAHiWM9GFAA6CRMBgP60wGNDx/qo/+AsRQAqREEM7FmA4HYUASZIouAu4incBRJ+HvRcC uiNtRDGhCtksWzn6igRNA2x5BgJuOQgHAHrTAnEtACiSgBwkoAd5lABvpiHb6QC76AMm9ffcv7cV L3KLGk3XkXHlsfkk4+h7UCZsuQCazkUiI89KzLGsMkDFTa40x42opdsAAZJrWKJbOcuZvtFw8p4D Hgeg7VqjMjxmgBWAxnNACD60CEb60ANHpTAcOvBoAOp5OKQEkRVWIYZBpNDQ541GSr8dgKSY2hrc 4w3y/wAzTQDSefU0xE0Z3KwpDISP3g+tMR0dopAJPK4xWNPe5rN9CQE7iOB/SqJIZ+SFHPrWcjSJ ABzyBUFgx+U0DGY6Y796YCFtp/SgBjMA39KYiJ+vFUiWV2PStEZsjYcn2qkSyJvvVSIYlMkZjNMB KQAKBhQItxr/AMS9yvUnn6Vk37+pvFfu3YqqxVgRwRWr10MdhZG8x2c9Sc4pJWVht3dxopkhTASk AlAxaACgAoAs3vyLFH/dXJrKnrdm1TRJFWtTESgAoAKACgAoAVVLMFUck4FJuw0riyIY3Kt1HWhO 6uDVnYbTEFIAoAfEu6VV9TSbsrjSuya/bddMP7uBU0/hNKr94rVZkFAEkU7xbtnBPek4p7lRk47F mOZpoJUlO7au4Gs3HlaaNFJyTTKdbGIUAHekAUAPWkM1LNf3AOe9Yz3NobGpbDCMfWlFBImIrQgY 4/i9KTGivuY5rMsCM98YpAAHHWgA4x1oAZ7En6UDEfGM0ARcE9cUxDXIA9aYiB2z/hVITID19qsk ifrVIlgpwR6UCR00HMS49K50bMlHWtEQx2KoQ3vQA01LGNXrUjE74xSYxOBSAGx6UWAAnemkFx6g Ac8AVWwiFm8wkDhfX1rGc77GijYTAA6YrK5QA4IzQAwgnrjg8E9qpDAjGcUgDGcAmi4EbdDjjJwB 61aGRyoGTywucnnPY1UXbUTVyjNEYJNrH6VvGXMrmDViM1QgoEXtKgWWWTeoKhaTYGi1lB2DL9Gq OcdiM2K/wyt+IBo5wsMNlIOjIf0quZBYjNtMP+WefoRT5kBBMrBMNEQD13KcCncRD+667Y/+AuRT AkjUhAAGX2bnNAD6ADn1ouAbiKLgKHNO4C+YaLgOElFxDvMFO4WM123MSeuc1mUNNMRv6fci5gyx /eLw3+NTYCY5J4FRYsApLZoSBszdZucAWyHry/8AQVqkQ2ZAHPrTEPP/AOukMax6+lMQg9RQIDzy aAEGM0wFHQ569qQCk4FAB/WgYuCBnH40ACnBBB5HSgBw6duOaQySM4b0oAaV/fKPeh7AtzorYYGQ frWdNdS5j1wm492PWr2JepBKAMkfrWMjWJA3oPxNQWhGycA9BQMYevI49KYDW+ZgTnp0poRGxxzz k00BG/ygA4BqkSyAgs3H0q9iOpG3XI6VSIZE/wB+qRD3EpiGUxBSAKYwpAWbScROVb7jdc9qznG+ qNKc+V6jbq38lsryjdD6e1OEuYJw5diOOMMCzZCL1I/lTb6IlR6smaKGSBnhyCnVSe1SnJOzLcYt XiVsVoZAqlmCjqeKG7AlfQsTwxrArxnJB2sfes4yd7M1lFKN0MtollcqTztJH1pzlyomEVJ2I4wv mDzMhc81TvbQlWvqSvCFuxGvIJGPpUKV43ZbilKyJpvJNyWmJweFA9PU1Eebl90uXLze8Qtbqlww Y4jXnPtVKTcfMlwSl5DbuERSjZ9xhkU4SutRTik9AnijWGNoznOQTRFttphJJRTRBVmYsaF3VF6k 4obsrjSu7FoC1jJR1ZiON1Z++9Uae4tGFgqGXJBLDkHsKKl7DpWuMcRzOSu5ecszHOKFeK1JdpMW 7ijjWPywRkZOaINu9xziklYRIVFo8rjnotDk+ayBRXK5MiijMj7Rx3J9BVydlciKu7Fy1+z+cqxo WI53k/0rKXNa7Noct7JFdVWWd5JDiMHJ/wAKvVKyI0buxLmERTbR908g+1EJXQpx5WLcxxokbRkk MOSaItttMJJJJoIrUum93WND0Ld6HOzsgULq70HStFFGY4WLFvvN/ShJt3Y5OKVolatDISkAtAC0 AOWkM1rQZtkHvWE9zeGxpwNsGD09aIuwpIf5wzlVLVfMuhNhu5mGPL2/U0r3C1iEkAlQOagsQ5x0 pAAGR6e1ADSMcmgBCOetAxHU/hQBDtIFO4hjDAJpiKrnJNaIkYBTEMk69KaJYgpiOmtxiNfpXPHc 2kTDrzWiIFYfLVCGgetIBvWpYxD0qbjE75pDADIBoSAft4q7CuIxCrkngUNpAlcgZjJ6qAehrCc7 mijYPTHWsihcD64ouA3t9KAEwDg/lVDDnG1TjHfFLzATb68+hp3Aay/Nn0pp6AIVHzfXNNMZSmQP Kx59CTW0XZESV2QSwlCSvKD8xVqV9zNxtsRiqJNvSo/LtN/dzn8KmTAsk1g2WkNzjpSuOwmTmi4W HbsdqakKwrYdCp6EYq4yE0c06eWzIf4SRW+5AoYjoxH40APE0g6MT9aAHC4fHIBoAeLj1Q/gaLjs OE8Z65H4UXAeHQ9HFFxDgMjj9KYDZspEx/Ckxop0gE+tAE9pcG1nWQfdPDD2oEzoRhlDKcgjINKw XIrqdbW3aU8kdB6mmkFzmXdpHLucsxyTVEiqMc0ikDnjFCBkeTVEi9/akAd6ADqKABfbrQApz24o AFz+JoGiQKWbHOfc0rjGEds9KYhwHAOPxpAOU4oGTBd0yEdzQ9gW5v25+UgnjtUU3pYqY7PoOFPW qEVLhwznJ4FZSd2axVkRE4xjNQWDMRnj6YpDsMLZFMBhfHUH/CnYQ0Hd06U9hDJD8xxzTQmRAAyA nt2q+hJWYgscVaM29SN/vVSIY2mISmISgAoAKQBQMuq2/T3DfwnArFq09DdO9N3I5BtsosdySfrV L42S9IIbbHbFMx6bcfiactWkKDsmQjrVmYrH04xQBPB89pMncfMKzlpJM1jrFoLXETI7dXOAPb1p T10CHu6sa0Obp1PCqck+gp83ug4+9YfbuJb0yHgAE/hUyVoWKg7zuVpHaWYt1LGtErIybux90581 lB4GAfwqYLS5U3rYkf8AeWKN3Q4pLSY3rD0Ipztjjj7gZP41UdW2TLRJEFUQORijhh1FDV0NOxbu Ak0X2hOD0YVnG8Xys1laS5kJa/Jbzye2BRPVpBDSLZXTLMEB6mrfczXYtXS+ZdEHhIwMn0rOLtE1 mry9BLlsWkY6bznHt2oiveYSfuoag8uxd+7nH4U3rNIlK0Gx1mpSKWU8DaQKU3dpDpqybKm47due M5xWljK5ZnPmWkT9x8prOOkmjSWsEyO4O0pH/cXn61UddSZaWQyaTzHyOFHAHoKcVYUndkfSqJCg AoAKAFpASLQM17Lm3Xjoawnubx2NCHv3pREyUZxVkgR0piIXG2TPrUPctbDc1IxB1FACOvPuaAG+ 9ADXGeaAI2Ge9MCJ/ukGmhMqnpWhA0UwI34NNEsRRzTEdPB/ql+lc8TVkgOK0RIrE44ptiGDnrUl CHpQwDHHFIBAuaVhj1UAYqkIJHCD1PpSlNRBK5CQWOWOT/KuaUnI1Wg12wMdBUoaEDqWKjnHU0Wa AXJC8KDz1NAB7Z570ANb5RgAEjuapaj3AIdoy/J5OKLq4XAkhc4pAISDzj86YEZb7xHUHqe1VYZW 6sTknk9a1JGTf6hvl/GnH4iZbFZFLMFHUnArUyOjVBFGqDooxWcmCI8nLZ6dqwZoA+7wfzoGGBjI xQAhJB4pAOB461cWJmPqkXl3e4dJBn8e9dEXoZsqVQgbgcUhiK1MQ/mkMBQMD9KAAEjBBxQIVnds BmLemTQA2gAoADyeaANnSLhfsrpI2BF3PpVEmbqV6bub5eIk+6PX3oQFRBlvahgkO9qQyeysnvZS oO1F+83p/wDXqkiWP1OwFm6FCWR/XqDQBUC9hQAgz0H40gFIAHTNAxgIHsKYh6880mNCZxzQA/B5 bnpx9aQCMRgEgUAEZz0psESj1PFSMngAaRPY0nsNbm5CDg/WlBDkyNwFDjfUyKRGygHjk471DLRF n3/CpKDGcgHBPrQBEeM5pjGPjaMH86aExm3ngcVVySJwcn+lUhMYScZpklfuT3rQzGP978KaJY38 KZIlMBKACgB8LIJAZRle4qZXtoVFpPUkaODdkT/L6bTmpTl2Laj3ElmUxiKMEIOeepPvTUdbsUp6 WQ+KWNoPJmyADlWA6VLi07ocZJrlkRyOuPLjzsBzk9SapJ7smTWyI6sgO+KBkltKsTtv5UqQR61n ON1oXCSi9SN5S0m7p6e1UlZWJbuyW6uBIcIMA43H1NRCFty5zvsJbypHFLk/MwwKJJtoIySTFhkh ii3bd03bPQUSUm7dBxcUr9SuTkknqauxmy1bY+zSF/uAg/X2rOfxKxpD4Xcqu5dyx6mtEraGbd3c SmImgMOx1lyCejAdKiXNui48uzFeRBF5UWducsx70KLbuwcklZD45oktdhBLbs47H60nFuVxqSUb MjikH2hXkPfJNU4+7ZCUveux1zOJGIQbVJz9TUxhbcc53eg+a4jKIIwdwXGT2pKDvqNzVlYEni+y iN1LEHOO1Dg+a6BTjy2YkdwhhkWXOWxgKO3pScHdWBTVmmVnYM5IUKPQVolYzbuW4GVbMs/RXyo9 TWck3KyNY6RuysjKZlaTkE5NaNaaGaeuoty6PKTGML2pRTS1CbTehFVkhSAUEDORn+lACA80AOpA PWgZsWoIt4x2z1rnlubx2NBFwPWnElkig1aRI7bVWERuvFZyRSIQMVBYY70AIcN74oAaR6UANxnI NAxjAelMRE44+tMCpIMHgcVaIYzpVCGP1poljV6j1piR08Q+RfpXMtzVjwK1JHAcHNMQwccUhjTk nik7jJAvFFhCgAUwGO/ZDj3rGdXpEtR7kZwMn+dc97lFeWcJ86HhQQSe9aRjfQr1KUl2eu4Nxjmt 1TJc7bFqyc/ZwX4LEke9Y1Y+9oEbvUsHisyheuRxQAw8jPXNMYpHTngc0CEzkc+vSmMa5+U8Hgj8 aaArzSpDHjPzk5AxmtIxcmKTsMiUPGW3B2PY9qcnZ2CIy9b5VGe/QdBVU9yamwmmx+ZeJ6Llq1Zi bbcck8VjItEeCRkj6VkUI2xVLP0AoQegkYXy18sfIRxTYCnNSMQE7sHmqQFfVYt9mXx8yHP4VtBm cjGXkjnFaMlDmHXFAyAHDVRBKORipLQ6gYfyoEJnsaACgAPHNADS6httOwri5+lACMTtIBOD1HrQ DI+9MkevGMUDJ7W1ku5NqcKPvN2H/wBejYDegSO2iEcQwB+ZPrUcxXKV9ZG+w3f3WBqk7ktGGKYh AACDxQAjnDUIGJgEUwHp14H5UmNEZb5vagRIDtwRz7UDCQfugeKS3B7DYjg02JE3UE8HtSKLFl/r 0B6E1LGjbiYqSME1MW0xyVxhUbiWHJpNalXGSHHOO1QykVgxaTgcChrQu448nnGPWpAjY5PHGDji qAafQgGgBhyMnrTEREAn5aokik4HpmrRLID6VZmRyfepomQ2mSFMBKACgBKACkAUAFMBegoAOaQC 8HqcUAMoGJQAlABSAUUAPjiaRsKOnUnoKTaQ1FsdLINojT7i9/U+tEV1Y5PoiGqJCgBaACgBaAFK kAE96AGmgAFACUgAAnpQBJFC0h9FHJY9BUylYqMWxZpAwCJwi9P8aIq2rHJ9ERjrzVEBjimAhoAK QBQAq9euKAF70gHrQM2rUfu41z05rnludC2NJOAM8mtImbJPc81ZIpOFJoAg35BrNspIgJJbpxWZ YmSaAFUjjikAjEFs9KYDeAOR1pDG4PIIxTAicjBwKaQirJz1rREsiJyeaokjemiWEY+YZOKbBbnU Lwqn2rniWOHXitUID6GgBgGBSsA8CnYQ7GBntQ7JXAYx3fSuac3L0LSsROwWsS0jOubxVJVCWPet 4UnuxuSRRkleUgN82OigV0KKiZNtlq2sjuDzY45Cf41lOp0RUYdWaADYzgY9q52aaCkjjkZPQUrA Idp4IxT1Q9QC/MMfdouIGbbzg8nAosA3oecgimMjmmCK3BIx2qoxuGxlyyEnJzk/pXUkYSZpQR+V ZRgD5n+Y+9c0nebNIKxWvdvlgBcEHmtKd7hU2J9GH72U46KBWsjI0mLbwAuR6+lYspB2qRjWwQQc YqRoQHjIyR04oCwhHqTSGMPpTGLKoeFkzwwIrSLIaOeXgYPBFdBmh+c1JREynecfWqRDFU+tDGiT rUlBxnimAxnCketCQmxd1MLhSAjmBGG4pol9xVbgHNMEx2eMmpGIRg0wL9rpUsuGmPlp6fxH/Ci9 hGmojt4xHGu1R2rKUjSMRgfJqLmlhmpH/iXP7kfzraJjIxMHGSDz0OKsmwDbnn8xQAyUYYChCYDt QAqnnIoAa3XNMBy9gBSYEhZigRgAKViiEZBxVElmMsEO0Lz61DKRNENgyp6YP0NS2UkbcDiRFcHr QgYsisW603FtgmhjKpBJByKl6FJld8KuNwGfas2aIa3ykZPb0pDGHuDgUANK5X5jkeopgMA5Y54H H1piGMM8AYFMRBMBng9e9XEiRAcDvVkMik4eqREhv40yQxTAKAEoASgBKACgBwoAQ0AJSAQ0AFAx KAFoASgB8UjRSB1xketS1dWGnZ3Q+W5eUbeFX0UYzSUEipTbIqsgDQAlAC0AFABQA4ksc8fQUANo ASgApASQzNC+9cZ96UoqSsyoycXdCy3DyjBwF/uqMClGKQ5TbIqogKYC0AB60gEoAKAAUAOpASL1 oGbUQysZx2HTpXM9zoLyAsOuKuKuQyRQy9TVrQkc/KGm9hIr4G2sjQj289aljEAPPTrQMVgQfekI aeAc0xjcHueKAEPCk0AQORVITIG5b2qiSFjyaskjbrTJYkYyQPemJHVAYRB6CskixwIFWIdgYzTE NHJpDGq3zHPapTGKzc1hUk7jSIpJERNzttFZ77FJGVd3TyuVThegx3reEEtWU3bRFaOJ5W2r+J9K 0cktWQotl6KFYCNikseCxrCUnLc1UUiwoAJ5z7Vm3cZG8hyNg49apR7gV5bsRyHADEDrmtI07omU 7Fi3kEsG89TxWc48rshp3Jh0OO1QANnHB5oQIhebJKqck9T6CtFHqxmfPLkFc5UHPXrW8Y21MpSH WNubmUs/+rTr7+1KpPkWhMVdmlMSSu0ciuaJsije5CKMnLHJ47Ct6RNQs6N9yZv9oD9K0kZLc0Cc Vi2UJnjilcYwZ3H0qShAee4oAXaCQTnjpzQIjjQKTyeT0NFymSJyTiriSzBu4vJu5F6DO4fjXQtU ZPcZkUihj9j+dNCY3oeOhpkj16YpFIcO9AEU3UEfSnEUhVOQBQwQ/wDmKQxrDKEUCIkPaqZKJR9f yqShT+NAGzp1yZbYoxy8fH1FTIcR7ZJOaxZshsY+b2oGyW4hEtuFP3dwJq3LljcytdlW5yY8gDau Vxis4bmjRQktdqGRfur1zW6nrZmTiVZSdxzWhA0cmmImCgHh+cdvWpGRN1zTQhQRkYoAl6e5pFEb 48w4prYTJoTjg9aljRaUkgYOD0qGWi/pkg3tETx1X+tVAmRfkOBnFWxIrykkAk7fpWcmXEqMF39D WZqO37QAcGk0Ax5ActjjoKLDK8pYMQMj3qkJjMnHU4+tMkZJO6g7DTUV1E5W2IWOFBJ6irRNxr8I o4poT2IZRh/wqkRIZTIHd6YAQKAG0AJQAlAC0AB4oAKQCUAIaACgYUABoASgAoAKAFoADQAd6ACg AoAKACgBKACgAoAKQBQAUAApgLmgBKQBQAq4LDccCgCVtgxjnigCMZJ45NIZLEMuB70mNbm7GCfL 7cVzs3LcYPFaRIZNt4rQi4Mvyc0nsBXYHoCKxZohNhBPegBu3JxnpSGMIPXPNIBCrMv0pjEPPWgB GGVoEVZOvWrQmRBTk/lTEQsCGOatEkb0xMWFd0yL6sBQ9mJbnVHgAZHAxWZQgIz1FVcBDJGBgyL9 M07ruKzGeYuSQ6/gam6HZiK4JPzD86m47DyA4I3flSlDmBOxDJZ+a2WbgdKlU5IrnVhj2kWOctjo OgFQ5W2KTuIERFCqAPoOlZ3bKImlVcgHJzjirUWxlWS7QAgAs/5AVrGmyXO2xWluJJM7mwPQVrGC Wxk5tk1pZhx5k+Qn8K9zUTqW0Q4wvuaCrtACgKoHArnbvubKyHYwMnAHXrSAglmHTd5aHqeua0jE WxSlmypROFz971FbRj1ZnKXYhija4nWJOAf0FVJ8quyN2bcUMcKBUGF/nXFKTk7s1Wgx5AeFHQ8+ 9NKxaRnXzZnIGflGK6aS90ym9TR0hNtnuI+8xNVIhFlyBySRzisWWhdwIIFTcLCZHNIY1XDLwaB2 BXBGTQFiA78lj8oPqaZRMpUwlCxGR1XrVRZDTvco6kglgjlRSCgwwPXFbRZDRmiqEKaQyMjHy9x0 qiRQeBQCH/jg0hjXGVoQMYpwfrTJQ/8AlSGKRQMgI2tVIkepOKAJOoqSixYymG4GMHcNvNJ7AaMj zqDiFT+NZtI0QyOSbdzDj8aVl3K1J5GLQYKlcn1om9CY7lKTexkUAKnX5jyaSsrMplSSRWwoyyk5 Pb6VqlYybKjVoZlz7DtRd0mHPJUDp6Vl7TXY0UNCJ4XichlPHrVqSaE4tETnnOKpEsauADkde9Ah wPzfex6mgBWHGQcjPehDY5TjB/nSY0WI3HpwahotFq1fbdxHdzuxRHcUtjWkYAckVUmkKKK07ZHV azkzSKK5yCoyG281JYzYSQTxzmlcZHIvGAc88imhMZJu5XtTVhMibIB7jFWSQ9RnmqIG4980xWEf 730oQmRyn5qpEyGUyRc80wDNACUAHegBKAF6UABOetADaQAaAEoGFAgoGFABwR70AAoAKACgAIOA ccHoaACgAoASgAoAWgBKACgAoAKACgBaACgBM0AFIAoAPxoAUUAKKQye3GZlHvUy2KjubuxjgRjc VHSsDW44RyYBe3LY/wBrFWkK67gAfMC/Y1XPcydKpryFfzHNCXwNkYP++amw7jfspHXYPxNKzC44 2y9yPwNLULjRbAZ2nj60BcDAF6j9aB3G/Z1OTyM+9FwGrCqg5OPxouBG0SY288+9FwIWtRnAb8zV cxNhptiP4l496fMFis8ZVuoOferTJaGNyvSmhMm05C93GRjg5qZvQcV1OhYtngVFxiDzSfu01zdh aChZP7g+vFV7waDWV05OSPTAod0CsyMIxk3HcB7io9SiZFHY/pVIlisccZrKpLoNIgkYc5Ix71ga JFSaXd32rjrWkY2L2KM82/gcL/Ot4RsZSkV+WOAM56AVoZ7mhbWSoA8o3P2XsPrWE6l9EaRh1ZeA 555Nc9zQa7quSevpTSbGVpZjs3OeP4VFaxjrZCukrlKSRpDknA7Ct1FIycmxgVndUUZLdBTukrsn c17a3W1i45c/eb1rjnNyZpFWHklRkkAevpUpIvQoTXeRthz15Y10Rp9WS59ivHG884Rcl3PX+tbI ybN5YGhiWON/lXjGKykhpoUg565rJlDBvGdygGkPQY7OrD5Mk0WK0Ey7DlCpB796A0Gu8qj/AFWQ e4NNINBCHznCnjp6UaDFUSD5lxk0A7AfNOVkjGG4+taRIdjHngaCTaQR6E9xW17mdhq8j3FIYj8E HpimhMb3x60xDwePelYYH3oAt21jHPYO6EmZSeM8Zp3EURkdsGgBwxikNDXX86aExi8GmIkUnJpF Dl9fTpikFjXLu6IfUA1i9zWOw1Cwk45471KKZYJyn0qaj2RK3KN2pwWUjk8kmqpvowexUlR1jyyj C8bh05rZNNkNWRVNaGRouEUAo5yQCM9c1grvdG3QgkkdmLmQkHKk+lWklpYlsqt29a0MxvegBw4b OBQA8tuHOBzzStYdxF6Ypgi1EcgAdeKzZaJoQTcRg93FCBmvJBCP4TmqaiEZMqyW8ZOcEfj0qG7d C1qQpAq5AZs1Ddy7WGfZQGOZGAbpg0cwrEb267cB3/GqUtdhcpE8PTa5OPzqlIVhpjZQcyH0ouuw rEe114Eq1V12Js+4whh0cUxWGnO7k5pksZL1FCFIZVEisuDjIP0pgJQACgAoASgAoASkAUAJyfeg AoGHGOvNAAKAAgY96AEoAcpAPPNABxn2oAPlBwOR9KAAnjFACDGeaACgBKACgANABQAUAFABQAUA FIApgFACUgCgAoAUcGgB6qx6Uh2J4oJs5RM0m11GrmxDcSQQAfZpCw+83rWVkaEcur44aBhj1OKr lbJukIuroGDeWBRysd0SHWoP+eZocWK6G/2xABxETS5GPmQ06ynRYePrRyBzIb/a4x/qhz15o9mH MhDqo4IiGe/NHsw5xp1Q5J2Cj2Yc41tQDf8ALJafsw5xhvVJ/wBXj0waOQOcjabcOFbP1quUVyNi 5z8rflT0FqG2Q/wMfwougswKSkY8tvyougsyayke3uo3ZWAzg5Hak7NaAk0bkl5aofmuPyqUh6oZ /aFnjH2luKdvUAF/Z952NFvUBDqFivRyTRbyDXuH9qWv98/lS94enccuo2x6OPypa9g0Fa5R/wDV /P7A81lUi73KjYoXVw28rjZjsacIK1y27FQlpDwC34VslYzbuPis3kPzsqj0HJockkSlcvRRR2ww i/N/ePU1zSk5G0Y2JB0PXPY4qShrzIgOT9aai2GxSa7DOxOeB8ox1rdU7Iz5ys8hdsnn0HpWijYz crgFfIypyenFNgjTtLYQLuc5kYflXJUnzaLY1jGxM0qou49M1Ci2VYzrq6Mx2qCqD3610Qp8pm5d CuO2B16CtSTasLVbaPfJjzG6/wCyPSolKwkrlhuTgGsZMtDMOCPnQD0PWpHoOxz1zQAmDk9TmkAu D6ZphcMHGMcUgGH5R8pANA9xm8FsYJIpjsJGCkpbzHYHop7VSkJoJ0S6j8tvvZ4I7VakS42Me4he 3kKN1Hcd62TuQyM880AOWIshPp096YhoPpSY0O7Uhmhor/vZY/UBqZLIdVtvJmMij5H/AENCApKa GCFIGKLlWLMFulxa4yFkRuD6/Wi4kiM2kinkrj1BougsTRRQp8zHzGHRe1S5FJEkl25/gA9anluX ew+G5HVhmlawN3LBkRoySdtZzT0BblWcqY1G/YWYcH09acb32CRVucbHxOXG/gEYz71rHfYzlsVD 0rUzNCZwkQwqlgANx5/SueKuzZ7EC7nQRjacjjdx+IrR2WpJDLnIyAMDBxVohjoFVo5MrnGOcdKU t0VEc0KMmY8/KuW70lJp6jsnsRYUKeeaogXIyT2pgSRtwM9PWpZSL2nL513HgfLGNxP8qIrW4Seh ryyKGxu5FKU0EYsqyMSfl5BOKybuapWIiSNxVduOvekUNzlsENt6jFIojKggkZUjpk07iGBUYhck N3xVaokhnIDhUx7nOaqO2pMiF/nckAfhVLQljMbTgjFUSMJ+b0piY1wCM0ITI6ogU9aYCUAHGeel ABmgBDxQAetACGkAlAwoAKAAmgA7UAFADkYDORQA2gBKAFFAAaACgBKAA0AKOT1x9aAA9TQAlABQ Ao6GgBKACgAoAKACgA4xnP4UgEoAUUAA60ATDPbFIosWzuZFQKdxPrUtDTLizqJHUtICv3j1qHEt SH/a45TtMq4HZhRytBdMeyoccR4POQBRcViKSNHzlFHuBTuFkQ+UAcKASO1FwsBgRicqM56UXCww 24x2znGKdxWJPs6BtpXnFF2OyHG2hGM/pSUmFkMiigV8yIW9BTbfQVkTiVS/+ojRPZeTSZSQ9JxE vyqoYnj5amzuVoBuriQ7iy4A7Cm9dyVoILmYR4IG7+8KVkO7Gm4nzjzMfhRZBqDzzkBS4P4UWQaj C8uOdh/4DTsguxn1iibP+zzTERvCu77gA9qq5Nga3XjbRzByifZ1zjH60cwcoohXtRdhYkTCNkE8 dDmkA84dgWbJPXNJaDGhPm6kincVi3AoQZGeeKyq3Lgh5OOvXsKyNiN5gM5YD8apRFdIpTTBl2jH PJNbRjbUylIhGZGCoMk9AK0MzQtbeOD5pk8x+wzwKTYWLWYycxxgEetZVE2jSFhgmUghhjFY8r6G pn3ErSPzjgcL6f8A166IRsjKT1IXYFs4APTFUkS2XbS3WMGScHd2HpQ32BErtCTwHAHvUWZaZC7Q nGDKPxoSYOQ0tERlXmz069admLmFb5dqxyyhj15osuwXF83gFriXd09hRy+Qrgrts/eSyn6UnFdE NPuHmJt/1049qfL5BzeYeYq4YtOc8cMKOVdguG+FR80twn0OaOXyFzCbrQNu8+4B9advIV33Fja3 TLJNOCOlKz7D07in7Kxy8kp3eoppsWgjQ2YY/O+RRdhYdHHaEk+ZIKLsLFa6hWOTMR3IehNVcRCD SsMsafjzmJLAbeq0MEW2hhkUh53x/tClcLGdNbvC/IyOzdjVXuKw1QTwASTQMtxWilMNcCNzztHN TzWCw37HycXsf0p83kKzITbkH/j6j/OnfyC3mNaEjGLhWoT8gt5gqOCMSii/kHzLduz5w0inPHNT KN1Yadnca2UfzDD5gxjrnH0qbaWvYq/UpyyeZIzMpXPY1pFWVjNu4LE7fNj5FPU9KbYJE7gmMyS8 LnAAPJrNb2RfqVy4KcMRg4ArSxFye1tJbhSyhdo4+Y4obSElcsNaXCAMQjAcEA9ahtMtaFWVxGGV cg5wff2ppX1YN2Iz5kr8DcT6CrWhD1LS6bcMv8Kn0J5qeZDsINOlDYJA/wCBUc6HyssRR3MZ8mEw qxGcbuTU6SHexHtvmOVZMj0al7g7yAR34P8ACD/vCj3A5pCMt7nJVeePvCj3B3kKEvgeFXn/AGhR 7guaQjxXu7LIv/fQp+4gvJiPFdM27Yq/8CHNF4oLyZE8FyW6Lz/tCnzRE1IdBbXisTHECSOuRxRe L0FqhjWV2CSyZPfkU+eK0C0nqMSzuXOFjOfendE2Y0Wtw7bVjJPoKd0Dix/9m3f/ADyNO4rFbHNU SIeKAEoASgApAFMApAJigAxxQAlABQMSgAoAKACgAoAWgAoEAoAKACgYlABQAUAFABQAUAFIA7Uw CkAlABQAUAFACjqKAJlpFFy2by5A4wSOmaQFlJPKjkCgZc5JNIZG0ccxBZRk91ouFiMGa0PHzIeo xnFDSYXsWoZUlA2vj27mos0Xe5GysZR/CM8k1QhzeiHB7GlYLihgQvy/MOp9aViriTMvn5xzimIU EN1UL9aQ1YR1UPjGKLhYQccA/nSAXJz2oGABx2/CgAA496AE79KAHdwcUAIetACE9hTQmROuD1OT TQidc4Ht6ipKFKFi2VFFxCKhZVATH0p3CwNHgDPy+gNACYAC7hnB7DrQA/AySIuKAHgFlIAIz0xR vuLYrTpNGMsSy+oppIbbIdkkjEojH/gNUtCGyWOxkdv3jBPpyaLhYuxwrCMRj6nualyKSGnfzz+l TcdhY2dfvEc07hYWRQw4xmpcb6oalbcpG3nlk/1eMflWiskS3cswWiwfO+Hf9BSbFYfIeM8VNyrE ZUknj86LjsIE29gSf0ouFhpUHtTuKwoAUAbSTSHYCgA7YNO4rBt5HNFx2HhcZ4BNK4WGkDI+U0AJ tBJ7Z9RRcLCMFDDp+VFwsBVS2F4/CncVhrxkAcfpRcLClSMZU8jrRcLDgSqZA7+lFwsSYDLtdeDT uKxWe1AJKyYHuKdxWJ44Ilg/1h+br61LZSQDZHgiVse/SldjsPMwICnGCPrQgaI0aNc4BPvjFMVg ZRyUIJ9aVwsV3TewJI/CrTJaECAHkU7hYXYCDgD3pXYWBVGAOMii4WHqCWCgfpQOxICFPGBSuFiT apHzbSeuaLhYbMolgdV6kcCnckpFW83ZgK2eS39aWyGSR28Z3FhuJOQelF2OyB1VeF4+lACIDjjd x70xWJD8y7WXI96Vx2BQQPlG33FFxWEKknIdqLjsIQTkZwMcgd6AsGwBd5LDHFF+gWGHakZ2Nknu O1PfcRGI+PvNmqEL5Rz8xP50rhZi+Sc43EUXCwnlnoXIouAmxiOT3p3Cw+OJSSGyWHpSbGkSfOSB ucKOwFToOzGS5OQgOPU8c00JgpmCYEh46n0oaQlcEuZ4zuR8N60WQXJP7Qu/74p2EUShrUzGFTmk A0imA3NACUgFpgFABigBDQAhpDEoAKAFANAgxQMKACgQUDCgAoAKACgAXb/ECfoaACgBKACgAoAX 3oAKAEoAKAAZJ4oAKAEpAFACjrQBMPcUhli1fMgQn6UmNGjbpC0hMxJVecetT6lEWqrHBOrWx2nG SB0q9CRltdmUhSozj86Ww0OeCNm3bfLPdhR5B5kZu2iwHkWVV6DHNLlC4+O7SVxtjZSe/alaxSdy QA7u+M0mNCyDEjetAho3PkfzpbDEZWU54xRe47NAMY6ED2pDF4AwAaAFyAuMYzQMOAuAfzoEBPqK ABmBxxRYBvIJ2rwKYg5+UhTmkMbKcH5xg00hNj0kBUYDCk0MJHTbkl8+gpoTFjLFeM9OgpMaAQFs 4J3ZznNHMFkKdikKB+NGoD8R9Qz8dTS1GRncTmEHHvVepL8iQNKPvgLjuDRdBYcsjsvy8/U0rhYZ vbcVBUN3yelMAaNmbi6P5Ur+QWAxjn9831pXHYQROo4nU/XrTuuwrCvkITvB+lCGPjbBJLfTikFh rsxP3xj6UwGnOMK4x7CkMCOhD0AOMa5yr9evFFwsIVYZAbj6UAAx0JNAAQOxzQAYJHp+FACMCDjJ P0piEGME4OfpSGKOnf8AGgA5I5bkdsUAOKE8hl+mKLgNBYjAYdaAsBDf3qAG7X2j5gfamKwpYsQM gEe9ACliFwMc0DsMRdpIOfY5psSHiVhjEYx35pWQxdxLcMOe1IBAWTkbvpigBC+OsfXuR0pgChHO WB+oNLYW5GSA5X0qhAW4wSPyoAaMbskjJpgOVhvGHIPtQA4sNxFIBcMcEbfwpAJuK8UwHht2csq4 9aBWImZW+63HrQAihQOM0NjsLtIHU47UXCwgyOC2aAF4ByxOPSgBB833QTmgBwaMMwJ+YDrjigZG Mso3NupkgApzgYoGLnHAAIoACcDj9aAGqGb7qj65odkJajhEOhI3HvRcdhQuDgkEfSkFhdgVwd/1 xRcLD2AQZ83jtml8hkJDHqeOtUTYRhzg0BYCABwBmmKwn4CgCuDgncxFbGIuARyOPUUAMaM9Rgig CNk9OPY0gGnpTAKACgBf4fegBvagBDQAmKQBQMBQIKAFoAMUAGKADFABQMSgQUDCgAoASgBaACgQ UDDpQApOQKAG0AFABigBwX5M+9ADSMH1oAVcelICReaBli0Q+b5mSAOlSxovbEYZYsM96nUvQrTQ OcLGu4djmmiWMiBtJNzgFuwp7iWgqpPdtgcA8nngUbBuSRWsSbi7BmHtxSbZSRYZBtUtgD2GKQxC i5+Ut165pALKAJCeenUnrTC5GQxxjjNIZLHEW+8c/U1LZSQjRr3bj0BoVw0EzwQGosFxN4C8seKL MLoViNqhT360WBsGba/3lI+lFhXBY1zlWOO2aBjWB3HDE/jimITHyjcW49DQAFVABGSfc0ATRu3Q MPoBU2GP81QCu1tx70JAMQSAEgk/XFDswQnmbTkoCfpTsFxAnJYnr/DTuIBgZyuPegYDb65/GkFx wZNhwNxosFxRGuAQdp9BRcLDZYxGAdwbPtzQncGKEQDLKD9KLsLARESAEC56Zo1AVolD4EaYx13U rsLCspU42ggdxQMRuuVywP6UAD7SOBn1oQaAVC42n9aAHFRnqCfWkMCABu3fhRcBAxPzEYHagAUb jnGBTEKqk7gD+lADTyOpoAUfL1HHamIMAgnJH40hibNy8NjFAD23ZAYAcdRQA07F/iP5UAKuFH3M 5oAYTuPQr7GmAbQCDzikAEAn5Rz70xCBd3BOAPSi9gsIV2nIbn6UXCw/kgAlePakMQbd3zYBHTC0 DHkkjgg/UYpAIqs3RW5446VSRLZIlpOwxwo96rlJ5h/2STJzjJ7inyi5hn2OQjoOO5NHKHMiKS2Z WOV4HVh0oaBNMjKoDnaPrU6l6AFi9DRdhZBtUD5QRSuFhWRR94n86LhYYQoY4JNMQ1cA9QD6UxDs 8EYPFIYDcmSAGz2NAA2T/CAaQxSpUDJBHcCgBAG6qBgdqYCKwZwVGPrRYQrJ82AQPpQMMc4NACHG f7tAthDjaTk0wHjZsUKST3pa3GrWHbBt+6SKVx2GLywwPzpiHbUQmSRSwxgD39aSfQGuoyKMOduR z0yKq5I5oiCUbJx6UkxilFkkSPAjT++xzTXdiYs9qkO0+ZvB9KLgu4zZH6/rRqPQ/9k= --------------B54324CFFF40BFB008DF4DD1-- --------------7515F7859BBFE05DCB0E21AE-- From - Wed Mar 10 09:52:16 2021 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Received: from [10.47.64.201] (10.47.64.201) by exchange-smtp.charite.de (10.32.37.106) with Microsoft SMTP Server (TLS) id 14.3.487.0; Thu, 28 Jan 2021 15:49:03 +0100 Subject: Re: PS: To: Michael Fromm References: <1f38598b-c31a-01e6-f2d9-3353a02c7cd2@charite.de> <3285b18c-1ba9-bf82-c8c3-6289519b6e89@charite.de> <503a746e-4b84-090d-97fb-6663a976bdba@charite.de> <0808a480-8720-fdb4-5d64-d51f62b0e4d2@charite.de> From: "Dr. Susanne Krug" Message-ID: <4e7240ae-449b-7c7f-062d-e6628bf116fa@charite.de> Date: Thu, 28 Jan 2021 15:49:02 +0100 User-Agent: Mozilla/5.0 (Windows NT 10.0; Win64; x64; rv:78.0) Gecko/20100101 Thunderbird/78.7.0 In-Reply-To: <0808a480-8720-fdb4-5d64-d51f62b0e4d2@charite.de> Content-Type: multipart/alternative; boundary="------------F6F723690419AF5430F955DD" Return-Path: susanne.m.krug@charite.de X-MS-Exchange-Organization-AuthSource: s-mx14-ht02.charite.de X-MS-Exchange-Organization-AuthAs: Internal X-MS-Exchange-Organization-AuthMechanism: 06 X-Originating-IP: [10.47.64.201] MIME-Version: 1.0 --------------F6F723690419AF5430F955DD Content-Type: text/plain; charset="utf-8"; format=flowed Content-Transfer-Encoding: 8bit Naja, ja, die Soße o.ä. sollte dann aufgewärmt werden. Aber lieber eher alles da haben als wenn es kurz vor 20 Uhr wird... Am 28.01.2021 um 15:46 schrieb Michael Fromm: > ... stimmt, bis 20:00 Uhr wäre etwas spät, wenn man es teilweise noch > zubereiten/aufbraten muss -- war das nicht so bei denen ober vewechsle > ich das jetzt mit einem anderen Lokal? > ~~~~~~~~~~~ > > Am 28.01.2021 um 15:43 schrieb Dr. Susanne Krug: >> >> Eben gesehen, dass das Fenster etwas großzügig auswählbar ist. >> Lieferung zwischen 14 und 17 Uhr ist sicher besser als 17 bis 20 Uhr... >> >> Am 28.01.2021 um 15:20 schrieb Michael Fromm: >>> Hallo Susi, >>> >>> ja das ist auf jeden Fall eine tolle Idee, allerdings wird es leider >>> keine grundsätzliche Überraschung mehr sein, denn bezüglich >>> Geburtstagsessenplanung hatte Anja mich bereits angesprochen und ich >>> habe dann, um ihre weitere Planung abzublocken, Deine Idee erwähnt. >>> Aber _was_ es gibt, ist dann natürlich eine Überraschung. >>> Anja hat ja immer früh Hunger, darum lege ich 'mal fest, dass wir um >>> 18:45 essen würden und dann um 19:30 unser TEAMS-Treffen mit >>> Rotweinglas in der Hand beginnen. >>> >>> Viele liebe Grüße, >>> Michi >>> ~~~~~~~~~~ >>> >>> >>> Am 28.01.2021 um 13:25 schrieb Dr. Susanne Krug: >>>> >>>> Hallo Michi, >>>> >>>> da ja heute schonn der 28.1. ist, wollte ich noch einmal fragen, >>>> was Du denn von der Idee hältst, dass ich Anja (und Dir dadurch ja >>>> auch ;-) ) das unten erwähnte Essen zum Geburtstag schenke? >>>> Anja möchte ich nicht fragen, weil es dann ja keine Überraschung >>>> mehr wäre. >>>> Wenn Ihr aber schon andere Pläne habt, dann würde ich mich w2kbMiweH49Gc2+l6LaerfmXluOxtqZCZO0LbN42vzfZSTImjPXS6sDjVLcfFW8Dz6 9S8HHqZgJc7n5tT6qWkzRkwtan2hqI3uAyWBNtDzeusmNoKM/cz4LvgWn10ueR5B07YrKFTdpjE5 Kwy7tpKrmLPBPwq2O1lWHFt2+D+esVDJfS69kjOFnURhXZlBtPVuv244czQvvZLV+jHghWExGVWz nBuqmosQrMyE2OVUjs29cPUJaPoDRfYtpKqmbbPfW/bdsViGyb23FA4ElKsOIiszMU+0NRCS5rh2 xubi/Sfsq4O0NTNqXtFugH4Vr+caBeHScUcCFdmyeWdc6z2uuDwAvb37+2vZ2lrINHNaD1tdf2yt ZZO4W7YqvyxzjZzifVUVJYia5sHZVVdEf0D4yymB4xLiMj2vDQA0HQEc/qlahE/eC6z2zDg2SW5t 2g106VjEkkzKGJtm0orQ4hDCbGS/DoPvBVzUxtAJe0XF9TZYGwqpdWc2K00DcxkB9TU+0qUePUsh tnsde6BAQiwyKLEVuPR057QtcCL3vf3lRpdp43m0gsOkA+8pk5TImkZ1fVbtroXC4kbb1QvJxKnb /ArfoqLSbC6RY2THIGuAF3DnIXmrxljAN04E310JFvaSTE0ZRFrJx2UHWQfQCqNx+V50c3Tmssqr Iro2JfHyCMFxNgFatxSnAGaVoNrnVY+vxymmjcxjjfTWxtxWMmTNF8cYgHOfoKvT1kdVfIdRzHQr VxKHHRZHCauKnLy91rgfZWbhSRiorTOorE41Tcz7+sVb1WPMAG6489wsJNmU0ZdFiKDGDM/LI5oF ib8PWXquxUsJbGRoR2wIPqqarnITTRlUusNT46G2bKL8buHwWVrWV5qJCWuOXm5tEULmRWRsaXWI wvEG9sJZRpa2Yjrusi2shdoJG/RChqRKcytdfVSdPHHbM4C/DXivZcAoJMZizGyVFG1wuC91x/Xb rH7QQUcUjQ8NHajpHP1eurjG8RhpaqkL3gBjnl1tbXaQOCxOM7Q01aTlB0IsbcbLJYDGO8YyUUTZ zoCzS1i63N13WMnqKaOUuMRyWIDcx420N734qvUV0ecusePOB0LH1FazNmaAb30I6VsRoZfzTUbi wxxGwddwu7UdHFU6iSCUDdxFlrk9sTz6BWT8dddpEbCWm4uLj1D1KlUYlUVf3FrQL9y1reOtulT0 3yD3M4F7ADa5aFluTxuAItwHTr1rXS5zyC5/5yqiOQDuz9EqIjKw/9XqlCLoigGs7LO5PUVELuPi kg++tmWr4ux2D17Kpo7V5ufV4OHrjVbLDM2djXsNw4XBUhGG2zwN20OGTU7Pjmj4+bt2m4Hr8PXV tsntfBi8DYZ3CKqiAZLE/tHZm6EgHiD7XBbKsVi+y2G46c1VTMkdwzWLX+ECCgKtZj9FQyxQyTN3 kr2sYwHM8lxsNBwHWVfu4H1CsRhOyGF4I/eU1Kxj/Rm73+sXEkesswRdAab5FPnP8/m98L55Jnxr Dvw9B9lbRhmFU2DxbmmjEbLl2UXtc8TqSmI4TS4sIxURiQRvEjL30cOB0IQF2o9hw6XbjFaqtiqp aeOlPJ4HxWzEgHeEE8xJ9e6kF7A9paeBBB5uKtsNwymwiEQU0YjYCSGi9rk3J1uUBo+02xlbS0pr G4jU1EtJ8WjbLlIu0gutbUGwK3bBsTjxmkhqo+5lYHeoTxHrG4V24BwIOoKtcMwumweEQU0YjYCS GgkgE6niSgNdpWB+1dVcA/bGLjr9zVvhDuxPG5cPOlPW3np/Qtk/gSPq6vW6VtbMNp2VLqsRgSuY Iy/W5aDcDjbivOIYRS4qYjPEHmJ4fGbkFrhzgggoC8Wm7E+e2PfhmP3nrclaUeFU1BLPNDGGvncH SOF7uIvYnXrQF2tM2d/dz4z+Ap/qQtzVpBhNLS1E1VHGGyzBokfrd2XQX1sgLtaXhNTHTbT4uZHt YDHTWzODb9qOkrdFhcQ2NwnFZ3T1FKySR9szjmubAAcD0BAZOKugndlZKxx42a5pPtFV1iMM2Rwv Bpt9S0zI32LcwzXseI1JWXQBERQAo78kBjpcSa1trmmjt6u8k6xZSIo28keZsWJMBF81PHfW2gfJ ZZQ3zGNNqSNFnJje5pAuCQdehX+EEb3jqrWemEx+JtOvNf4VcYdBJBKCQb9HtLdNGmTTtM9mVOnI ANgOPMvrWS/cmFup489uP0Fa8obRMJkdbqvc+oprKatFV4ivXOO77XitWnns7jrc+orqvxiSp7Vv at9sqwdYjLZHOdiIUsJ5L851K9Nu0h3QvjRbmX1ZmJ7c/MLHUae8q5r3iMMbYAD11a9N14kfYWRp BNlRs73G+Y/RVZsr+k/RVtGFUuRxUJJkWq2ZW3jjzn6JTOXdap+qvpdYqZZCZtHsOt66+ySukJLn E+qblUiUzpJBNzkew+x0Oq9coePubr9RKogokgm5FV7zJxJPWTdfC4qmSgN0kg2exYeustT4dHLC 24toD9lYmMZnAdJt9HRbNH3IWuNyM4Lb+YsBh0cQ1jzdOVxB+gTZVI6Cln7kHTiCSCPWurxzbryI WcC0fQWE3jNlVYimMLpzpY3/AARX0YTAODfbN/fXxlIIXZmGxtwOoVdtQ5ndtt1jUI5sXj5DSsp+ 40vzXJVSWASG+nRfVemyNkF2kEdIIP2UsQoGCRS3BbwPD9fpXmSOU9yQeoi32Vc5ksApmRJFjknJ 7ZrSPVsQvObcus4OHWbW+jqFkBr6i+Ftv19EmJIovJcO1I/X6+CUVjMN4HFvHTttR2w9a4Xl1Kxx Nrtv0cF8ZHJC4G+YdWh9tYyciWrVYUmzPueriqraq/QvksW/sWHW2oOjvoL42ildzAW60cULVrkF BHOxcZWM+Y6fCvZkawm9jcXuOPMrMwyRakL2WFhBfe5BFsp6Qb35+CiSwMlOLDDaVcrnEkOPWLa2 +igfa5vexHDosqrZgGXv+eqZiizv15wQRoL2II6eZQosZNRYrc5VZVZDf1BZepn3bvG+uqLXsNhc dYK952hpFxYrGcnMycKalYUjUZ3a3v66OnbYW9fXivpc3pJuvm6YLa8Rz8Ftrwo1KjjYbV5F85eS br7ycCx7Uj1V63TbDQfRGoUa5ASqKkvHjlj3HQKqap7QLAG/WvHJi0hzX2B5ujqVObQgGxNlMEUM bkiIoI4b5dCcuAceJ6FR5U9zW6DU2OvMvjTZrfsK3ZbKzQd1dbZIwbxlyKhwDrNvY6daqcpcXEHg Lc6tnOYzNl5zr6q+OOpPqKJITLsSFpJHvr06VxPH21Z5jroOZfQ45vUUSQmVsvH4V9b2vD31QdJo 63HT1Ue+3r2H0eZLLwyl2SHalfWm50Ctd5u7a9K+sqw09dlDkgmy7mnDR3N/XKoCqt9x9sr5JLnG ht7d1ZZ7EgG/QVjWWBGTnhMhHUiQ2LbeuqwlHoffVjTggi5Vw6QBZJKLARaVzK0C+UfRXskX/PVs 5xyn1F4FZvNTzdXro4UiZu8XeW2oVFzs5JXjlTz9wX3NZTCpENzPjI9264J4W6lUlfumiQrwHaXV B8jngAjh0KWyJSKr69wBaW8NF7BzgXVhun+hKvmuyhoPUFMwlbI+OYOZUmEZ7XK+VchYbKgwnO0n TUIrbTFzReGE2GpR8N7m5C9MlDrdd19cdPWQmRQa4WsSeK9RlrTxJVCdoY0m+oF17ZESA6/QlmFi 3EXzXZeAVQT26fWKo3I4pcOGhGqxbhlaZJOdhcRyh4uHFfZHEcXEqxZMYrA3V0+pMwAPN9FRKEm1 WMPmZGLm6p8ujHDN7So1Lxa1+dWrZGg9KNQkTZk46sSnTm6R+evW8F+J9YfnqygmZnIGmgVYSsc7 KHC6hVSeaLh1W2LiXfQHwrwcRYed30Pz1bVbXaadKst5ZwaslDCzFtpmZjqN4AWlZKHDZJWB7STc A2AJPvrC0ZJbfpK2/B6h1PHG5oJ7UAiyxjVW8Zw23zD1NC+nZmcSOoix19dWL5XR6l1vWWX2jrt8 2XQgjJp6p095azLOXNCQWiKy8XvKs2ub2l9FQDzrGxPe4HKL35+ZeS5wAWVVGM2ZgSFwuCV4dKGm znLFNnc2wuvW9JdfqSqkRWMuyYjiSqvKGtAJvqrFlQxkYc4/ZX2cF4brayhTRlYzKR1TGalp9pVH 4rEwaMv6qxEZAOrrC119cRKMzTcEXB5kd8mckXU9aZ+5a1vqAqiXPdxcfeVDOLaG5FtAQSqlRVCF uYaqUpENzDmloJc72yqHLG8xVjPVumNyqQl6kcMyK2IzLcRkAtnuAvNRjkxBAebeqsQZBzFeC4uK xUBLjci4lqXTauJPqr4a50bco+jzqkdOlWzw+Xhw9/rWclIwbmJZ3TEnj1qnuSeJXrduHOmoUpYC JnxjQzgvoJOnMvJcSqZebkA8EsIwF+2mZz3X1jCBxKs+VyDn5+hfRVyDnCEpH//W6pREUAoV1FHX xOieNDz84PMQtcpqufZqUwzAuiJ0I99v2QtqVOenjqmFkjQ5p5ipB5pa2KtbmieHDq4j1RxCrLX6 jZXI7PTSlh5gb++NV4FHjMWgmBHTmB99t0Bsax+JY3BhwIJzO5mA6+v0LGHCsVq9JagNHPZx95oC vKDZqnpCHP8AijuN3dz9D4boCthVRPWUxkkFnOLi0WsAPuNupeb1b2hzQ4EczrC9mEEeoTz9OvBZ NEBjyypyixNyQ06jQOa0F3rEFeHR1Ds4Ge5kFiSQ3Jm9Xo6LLJogMYG1LTHfOSWG+tg09tz31PAa jXjfiqjoZgJD2xJY0AF3a5jo76Giv0QFhHBLlhBzNy5g6ztDa+U8wN9FSY2ryty5rguBzHiCAASC TaxubdXWsoiAxWSpDXA7wu3bcpB0vlGbnte9+b117O/a09rIRZ2UZu34ttc39X1lkkQGPDKjK3KX aBmr7XJGcuB48dF4qW1LoYcucOynNY63toDqOf1lk0QGNLKhxkHbgl7bakNy3F9QfeAXqI1DGlrg 8kx6HQgO7fS9/U151kEQFjE2obKM1ywuJOo0s2wHqE+2r5EQBERQAoy8k1jvLKJ1tOTsBP8AX5Ph UmqJfJZnfBi0JYf4LR3HT8UkUzlaJTMJSQOqXZWusbX14KrDJVxyEG2nEGys8Pro6lxDsrHEWFzZ pPt29dVaXPvHNc4EttcjrvbVaqWljU3DKUsN8lUacST3jJsxGqpGujZE1zSMxBALTzDTTX2+iy1y bePN3kkjp4j4FsMBfe/Fw9e1/W1VlLQZ3OLncdQLcTxI4rXc92JN10kTSUE1JN6TC35l8JCv20L5 gDG2/Tc2PvqhJRysvdhsOcaj2l3K6aPGc8VBSSvFve9l91TW9rar45xCz12FmGtRnwlU7lx4LxJK 6+ll9jc69iLEX4JrkLGtRS7UrByqAlUw+3H3l7zi4v8AQU65CgqOLpZ94r7ZfAWjpX0kBNdhx7wV HFflvglL31Qlq+kNTXIRUiPJdzJmBX0BtuKZGm+qa5BjIqR4j5ey+5rr5YL6Ggc6V4XhFWOd4usO ZvJmX6z9AGy2NrbBa7h8zaV+Z9zpYWHPcLKNxeP0LlrjiTZsgUlajIZV8y34KxGLsH3B3tfCnlyy 3cO9z8KwmZl9zLxCHQEjumnpPbD1DzjqVn5cNP8AAbvoj4U8t7fwGdesKZiRdmAE5stj0g2Pr2Xo bxg4hw+gfgVh5cZfuHtoMWLzpF7f5yTHOMiJ2njceqveZYw4o8j41x04n4FSfiL4zpHlP4L7FrID NNsQl7LDDF5RzDXoXzy5lHMOjgdSomTIzVl84LDeXEp1FvoLyMYmPR9ApMhpmae0PAzAHoQRuabt d6x19vj76wvlvKTbT6H568uxiYc/DqRyZKbRlnjXt2k8Dx0PSDZA3fSAAAdY6zfnPUsQ7F526EkW tzDn4KrTVk0zwL9elgiUKsInE7ZmdjvEONyb21sBcW10N+KpEOe9xFh3PT18bFWwmnOh4hU2VEln kam/q9N1lVgRi4onfL10Zf3QB4cAAdLep7a8NjMfa9JtwB5j0+orblMjhfo6ivLJn90bnW549YNk lA8KI5ou+QsJJu4X9T4V8OHNPF7voD4Vb8rfa9z9Ar6at4F9fBKmUOMTeIr8gDRYOP0B8K8CgIt2 yourXt4B30F8NbJxAf8AQHwpKETeYuXUbzpntf1VaVEAo3AOde4vwXs10l75HaIal0hu6IO6Mwvw ukkryDbd8oOqy3QKi2pItoLA3VxoeMQ9uy+CNrhpHwvexP56ymYyKLqskEWGpuvcNcY73Gp6NfWX 3dN9Cfo/nL6Imk6M09dQ0mpMlXzzJWh7u1FgbdX2SqtO11Vdwdayp7sa9r769U82QnKONulFYpEO bZXbRPhObMDfTn59F8fTTNGjhYkaeuvkssrG9sCNRqQV4fUS21bzgjj036U5nETzSUis+mkFm3v0 a8FTOHyk830V4dPISO199VGzyt0ynmRqEh2nuKlmboRe2nFfGUE3EN5185RLfgnKZwfuSiUMyXeL pjHNtduoXh7HXvY6/QVEVE45j9hfHTyg8P1/oqbEQVWOmFwW8f19F7pyQWggga3FuKteUyniPf8A hQVM2mn6/wBFYxQQtSmZwxtOZeGR7ZCbdrzCypuldIeBABva2qpipltwK98pe3mP0FFRYya7xFZs 7y49qbfgVbtfJmJs8jmNvgXrlUvQetBUyjpH0UqJWzvis35ArRMmvq06g6eovQgkLbuGoNwD7apN qX3Bc63WvL6qQ2INyCoqvGFFkLmanEhBIdfhwXxlK8HUEjW3a/QVA1tQ77keZBWTRjiLW5/o/YUy ilgInN4T3SUj3Dtgbcbjiq7oHNDsuY2PAj11Zx1M5AOa3rnnXrlNRzvOvX6yiUWQmecrV1Od2SAe biOsWVEROdADfTtObTiOdUp6iYgAvOp6V83z3xNaeGnPpzJJywEPnl4It4CA8esV7jonRtcDf1lY xlwOnHp5lXNTJltca/RUOGLGiU7ZlSahLO2Lra84Vu6N8HbB17r26qkkFiWkdY9pfIZy1xcQ0g8x vZZKaMXfKTnuks48R1cVTfHIBnLTb6CybcTYwX3Ef6/rFUZalsgJc0DoDeA+ipnkFWeEsoHkyaa6 BXeRkbwXG3OjqgOIcWDNYNuNOgA+rorUwk8XC6iU3iJtSxl6ZBmfdxsSCNLjhZUjHG6UODrtA10t xVCNzonAX9X1FWL97I42tfhYAD7CKwVm0XOWSMXBFiOi1tVl8Px+WhYWtNgT0XHMsTHJlJbclvPo L+/b216jcxp1aSOhRbhtJsV4varFnVkrzKQ4EC2gtzn7Kt3Oi1OW2nqK3ErMzy2PQ8L8y+Pdmb3J v6unvLNZjGJzKYLA1oA+4i/Nrorpr6Z1gRb1VZFjuIvovL5AGkFhJ43Lj8CzkYzRXqpIAAWtuQVX bNAQNLaBYl8xIsGN9tfXVDnHuQOjj8KWiwyNVLCWWaPWXuMMEOUkHTXW510WHL3uFteN18L320Fu ngkhNGRdI0Nv1Ec/2F8MppZCLGx4C/AW0AVjvrMAyOuOe+n0LKpJUOqcvaus3q1WMSnmwhMu45AS Xm4BOvE3A4eokodUA62A4DqVtHI9wyFr9fU+Few57ANHe18KxnKyaMpN2yZ5bTufe2tkdTm1xw9R VYnkaAkeqQF5fE52ubm6f2COOTk2kSqNvAz42kOXMDce2vL4chsPsfCq0dO+MWzkdQy+pzjrVCeI k6ycNOa6KJROxoRQNK80UaqzAba304KmQQPU04I9jibF3DgbheJHvHCQfRW1XjUz2866ceYW4qhK eC+kOJBL/bVMxknuveQHt1ukaKm5jR9yHrL4Yr8XL46K5vmUSB8eOAXvKG21X2O8RubH1eCq8pt9 xb9BJBH/1+qURFACK3jxCmmcGsmjcTwAe0k+sCrhAEVKeqipgDI9rL8Mzg2/0SvsM8dQ3NG9rhe1 2kOHtICoiK3fiVNE4tdNGCNCC9oI9tAXCKhFXQTmzJWOPQ1zSfaKroAiIgCIiAIiIAiIgCIiAIiI AiIgCIiAKJPJc0xSE/qsz6uRS2oj8lwE4rDpf7bM5vv8ih2Eo0iweD3QPrK6hrXMsJRmaAQNe2+i rQC/Ae0vZBI4e0oaTMpyMoMRkhbnjaHtt3WoIv0i+ipnHTI0B7L63vfVY5j3QEPbcW6RcK4yRVYL iGxv1I0s0/AtetQTmkjKtNSMnQYlHWARtdldfRpF7+oR1DnWQpw6Ntmgi9+vr9RalLC+ndaxa4cR wPSslR4m2pYYpr5j3L8xaCRqM3Xpx+BaqW51FNw4b6M52WGSxMNdGQLAtPdW4g6WBHP6qwMjcjiL g2JsRf7Ky0EjpbskYRrqA5xFxrY6kKxxCCOOW0ZuCLnW9ib6LZc8Sg7luc538BpjU3MxjjqfVVxH YyG97a8FaSC7iOtXsFVuC7QHn6OC6lOZqamitIG8LkXHVbqVJhu9vr6gaqtJiIe0jdjhx9XgVTgn bC4lzc1wsoneMYbzK82Qubqe5I4err+crd3MOsK7NbBqN318yt4nta8F2o10URYBBZMuJIm5AQ4G x6Drx6vfVCVuUuFwePBXu/gcNQ7UK0lLXPJHA249CO8TBfK8NMJGE9rctba5A9X1F4qoRE4WAAI6 R7yu2GnI0dbmVKsDHFuU34o1YIXzRSooWyF9wObjp0r1NRlpfZvDX1G3Vekp4ywEuAOp46869TUs Ya45wdL201I9dFKQe2LOn+OD1/eKv6Vo3Ept0+8sfAO3HqO94qvHUuYwsFrHj7yxM2m7xk8gMken 3F32FjqiMve4N6Tz25195ZJcG40GipskZI4l55ySpvkSavnhjCS5o6TbUAe+q88WVhOmjRzgm9xr a685Yw49t2txfpVVzqaQHVyyUN8xcV4t92XsJ009S/A9equcLF3/ANdP2FSidT2Ic5x4DQLy2aOI 2D3D1Bb7Kxkyayc0ZFmsbfmn2SrWuPxZ3re8CqTZ4zpmf1L46SMnXOT06KWgmr8z1GWggk8OHDoK 9yGO3P3V+I4qpTShj8rW3vbjzL27Ey24yDjYaqETFOecsIxYar3ui6+VrjYae11Jvruz257+2rkY s+w7UcyQkR4EWuTKR2pAtz8feC+mMu4Rk9NuBX2erdUkZgNBdVYa18bcotYfsUV8l7Ut6iFxBO7I 1BJsete6WbcPuegj6Oi91dbI9pYSCNAdPV+BWU78jfUSJhOULMqzEIGnUk3FujqP7FUZp2wkhva3 OhJ6Vhszn8/qX5l80bbUHnI5lq1tpzrPMa1FPAZRla2N1jd1ue9gVcQ1jZHDm0NwNbdACxkExeLA N06Qbn11WhlaX2YCAea9telYRJqd/PMyUSvmV3gYRcWuOl1zfq4BDJHH084v2xGuisGOuLZSTrzi 6rsrGA5cgaRcdtpcXKmCmiTttzEuGasZWE8TTz8/ouf1utBPG08/0XLIU9LDOOAzc47Ye+q3lfFf uVuVNC8DFSLIYgSx9J90glibzn6LllxQQk9z769eV8PoVLpYcTGtvGYZr4m6gn6LvgXps8bDoT9F yy5w6H0I+isVizBSyxtj0zWv9FFSQxEOjZQIhJvz8eJ+BfPiOccOB5yrGSrkErmgiwc4cOa5svLa uUuGo16gs5mLmZTLTniB9F3wLzkp9NPbcsvS0kDoWFzCSWgk5uoFVeQ05IytI6b6rHXIbxlUiMIW wdf0XL58R6/on4FsDaCmF9BrwvcdS9ijpBxjB9Qke+prwkOGI10tg6fbK+AQfrlyzVRDFG27YQRx 16PorHTTQjfAtAIbHlA4B1zn95TWRjViRb2gHT9F3wL78Q/XJVjPiD4SGgN1DTqOkAryMSkAOjST 1ae+k0RO+ZAGAG4v9EqvyttuP6/0Fj6GsNRPE1+UNMjAbC2hcAfaW1YhQUkL25QAHNdz/cgRbn60 miVOK8YTlUfD9f3k5RGP1/zldYW6lbU1Daqwa0MyceOubh6yu8tA7EMgF4RBmPHuszbEH1Ck0TKI xXKY/wBf9gnKWfr/ALBZDDqWCooJ5Xt7Zu8LXX9DwCvMNoKKSlidILuc0FxvbU8VM0JPGYPfxfr/ ALBOUR68P1/WWWqMHgac0Uw0PcvFx6lxYqwJhp3RtniIaHOzvYcwIIOX1NbKLCJPGUOUs6f1/oJy qO/6/wACpYnu4njksm8a4X1AuD0KyNTM3i32lKkLTJtqWHW/6/0F9NWwc/v/AAK0h3lVrHrzagcT fgrY1UovwPtFQmmxasJlDVsBvf3/AIENWzj8PwLHsxCw7Zvrrxy1xPNzqbCJsyfLGHX4fgQ1DCf2 PwLGcrk5iD6wXtld3NwTqL8NRzjglmITeMyIq234+/8AAnKWjW/6/wBBY51bY9qLDNex6OhVTX53 XAawW0GrtbpZiJm8Zecrb+vf4F9NYz9fN8Cs2TjduPF2tiSG29QWN1QjqXOc0F3FzQdBwJAPtJYL cZkzWRn9d3wL5yth/XPwL0zcwzRtdq0l9y4gC1u19Reqyqo2EmNwPUAT7aTWImq8ZT5Uy9/G+BDV sPT7pWDq/M1rQLOadT0i/BfZKyaYgMY1oHP+xSwxbkXYnY1+fXhb7lZXEdU0/rlYyVs8YuZWceAI J9oL5FNMXWuTr0D4EciZvGZps7R+uV6FQ0frlY2OWVxtfp6P1+ZV4o55nBoJ14XsB7aWETZd8ob+ vdN+3o99G0hjPbSajiOZVd1HbUqZIi0o79o5vfVF9Sy/c39Yr3O3I0lrx6hsD0Ky5cacfFYg6/Ah 2X2rFSkLWVeUNPNz9H56+idg+4+1+evtNVU2Vola4G2pBFienoVDEHtiI3L3WIPdWP0LBRPOZSyl blLQO59pfRUN9B7lY1lfJE4F1nDo4e2vrq8ueeLW34aEpNBJmSbMx3FoHrfnr2b5bhotfmH556FY 0pfVPOWQAC3EC5WTc7KNHWtzc3RZc1PTKBpLQb6GjrXyjG4dHBXGcN5raD27/ArRsgbcm9iqrrPG Ztjcaj2rrkjjinbOR0KFYCoJgCL2ub209dGG2lhoFbugc5gb08Cvsku7JAHML8Tr0JfvMXr5dsI1 uATzdA5l6MIlFiOHVZW9NI1gPPrr0cFWZO0631CicUDnCJKJWltNRlljlzX0FlaF7W6Fh+gPhWXE hcRfn/X1WFxeW/3Kxvawvc9K6bnuqOkiqxLno56SghhhnDoPu8b6A+0m9bxyH2lZ+WEhFhbha9lR EhBuXE9Vyu2ZzGS3o72faXzeDvfvKyZK8aBwFuc6leJHOL7ucSfoe8loMjvW+gPtJvR6D3ljnyjS 1x65VUTnoCYZC+f/0OqV5f3J9Qr0vL+5PqFQCCvI+aBj1HoO7k5vvj1O6gjyPvP2j/ByfUPU7qWC OvJlANLR/Nn/AFCv/IjFsHd+GJfearHyZfkWj+bP+oV/5EnnO78MS+81MAN1KgbaakFbtDUwmw3l UGXte2Ytbf21PJUC7TySRbQVTohd7aoFgte7gWlotz68yIGY2m8jF+ztG+siqRII7FwLN26xIFwQ 49K2DyKNoqrEWz0lQ90m6DHMc43cAbtLbnUjS4Wv4rWbWbQw8lmpZcjyLhsG7BsbgEnmvrzLcPI6 2Nm2ailmqbb6bKMoNwxrbkC/Akk3NkBs2I4rDhjqdsua88rYWWF+2cCRfoGnFVKjEKejc1ss0cZf o0Pe1pdzaAkXWP2iwabFhSuhkYx9PUNmGdpc05Q4WNiDzrE4tshU4rNyiR8L3SQbiVh3rI7BxcHN yuzc+oJ14ghAZqm2jpKiqnpS8MkhkbHZ5a3O5zQ8ZBe50KuWYxRySbttTCX3y5RIwuvwta976LX6 jYp008s29YC+rpagHIczRCGgsve+tl7bsWI6OeFsjGzPqXVMcwZq1+8EjL85tax6kBnZcWo4BmfU RNGYsu6RoGYcW6niOcL7LilJA8xvnia4C5a57Q61i7gTfgCfUWrz7Bvaym3cjZDHDLFKJC9rXmZ2 eSS7DcEm9xzjS4tdXdPse6mdVSMlY18tNBBG7JnMZjYWZgXlxIOnXpqSgM4zF6OSMytqYSwENLhI wtBPAE3tdfHYzRMjEpqYQwktDzIzJccRe9r9S1SHyP5zFO2Wdl5jRuItI8AwOLnavcSc3rW6LKtV 7ESu3xidFd9VLPGTvIzFna1nalhtzagix6uKAzzdpKB1RJTcoYHxsEjruAGUjNcG9jYanoGpXyt2 lo6SFs7ZBMx0scN4nNfZ0hDRfW3PqsU/ZOrZLNLHVMzzUkcDpHRXeHsaQJBrbUnUW9RWdNsHO1su edgMktHKQBI8A05JcLucSc1+PN0IDZKHaKgxHebqojOSTdntgDmvlFtdQTo08/MriXE6WEEvniaA 5zSS9oALdXDU8RzjmWuzbJVTWVDYpIBmq21cV43AhwkEmR5DtW6W0sVUpdkHtliknkjky1dRUuG7 s0mVhaGgEm1jrf7KAzkuLUdO1jpKiJoeLsLpGAOHSCTqPUX04pSCRsW/izvsWsztzG4uLC9zccFo mL7I1VBTMgp2b95o5aXSEOYMz3PBDjIN2e24kEWF+ZZmHZKpZWQVDJGRANhExaXlz8kYjykG7L6a PFiBzX1QG2IrXDcPbhsQibJLIASc0r3Sv163a2V0oAUSeS356xfhZnT6ORS2oj8lu/lpF+FmdHo5 Ed4lGkO7Xo9tfN4eGi9G56faQN9X6IWJLmjyL3v8K9C2n56C7en6IX0Hq19VJITK0dUC3JLdzQCB rYtvzg/Y1HUvE1A4t3kZLm9N9R6oXjiD6/OjHuh7ZpsfVUSZmojKUE9VTU4c4AtFwDfthY2+h0XV jVSmWQvOhJ4DQfQV5RVdNVAsqAYzzOZw9dvA+tZXE2zL3APge2S4uBfI7gOAOjvWutaShbcrXiIp KzNbkYWnXQH4VXgaXPdbXjoeCr1eGzRXDmOBHMQVaxPc15sSPUXRA20aXOTLl0Lmi+Udz19WvFUm DM8aX46X4qtI94DrOJ0t63CyowyOjeHNOtjx95Zu+jCHasrFh07Q899fV04Lx0er6qr8pkZ6E2Fx p03Vux9nB3WkRMGEvosoA4juiL251TsCTbh6iqtqS8A5Br74VNz8xJtZTFeECtLmKNpYdQNBzLw4 cNff0VaKZltWnQC/wrxK5pAABBHFRgJwnmMX57dsPX4qpJEHNdq3ur8faXynMdjm4k6KpI6ItPbe p6qiSkHOZaxNs8ev7xXnNZe2Htx6/vFUyVijM+5lTDrEr6SqbRd1lMN8xjdhWZG57mgHiLfZXwWD TwXxz23HbcNF4u0hZq01lYDtDYaaL48cCNdF8abAm+i8OFr2KBXz2zMHaaWXsOzHgvEZPTe6+uaB YXvzITaX1M0sfdrbgWJPOAvslPMSe0bz8w5zdUGF0ZGUmxtf21XdvWRyZnOu0jp5zZYzM2i0gubA c5VyaWUB97c19G9StaZpe5gHOQPbVeOJx1N+6DT0cyQtkR4DzPG6N9nkE5RwVxFC9waRJbjbUi36 9laPYYpHNPNpqrltLvAwdMbneuMx+hopTtYi2qPFVE5rAS8EZu5veys6o2Yq9XGGZD6IcNL8XD7C tqnVvrqIrAlzLLNfL68OK95xYgjm6+K+NaXG1uCxmnYabT1Gcrh2unWrqKNodexIsdObX4FSYQzo 6ifb04c/rK6pJI39oRYnnHHq01WuKKxyRnJ9KsK8T2Hurs4W0uE3j2OzOaDlPPqV7lfAyQscD2ul xYHTTpsqs0AniNgR0dI4XOi04UmrHhM55S/oMXbIQHvawAam1/e1V/HXxuIaXtN7fciNehay+gjE QILs9zcWGW3Nz3urd0EjuB6F1qhssIVJK+b1u7tBOXX78FSmYIwS57QBxu4Ba7RVZpDKJC6zrkaX F/W1VbFMVjkgaxhu5wuTbufz1oirQx1areXAbk4XDOaL1+IUwuGvzusSADe5HMsXU1TqyaIhliCN NTz3Vphrcjy862+hrcFV6uHcTNe1xs/tgRxGuqyUUKpNbyX8phOcMzGvY5krg5paQ43B4jXgvgNn D1FVhpZKiVxJcdSS46njx49a+VFOad/P1XFlvnCmlO01SivycjbIGbmFhJZYNbe97cFrT6gF780r hqbWJsqEtTK5pG+cQ77jc26FbtBOtlEENVsmKNNSK3K6jme/6JV5RVbzNDme4C4zFzjZWtNMac3c 0OuOBvbU8dCCr+nrWSB1qVrg0XJBl+j3SyieQiF5SpiGKZ3vaHEtBtobt05+hYiRxc7n9tZc4rDb Slj9fM73yvbcSbf5Dh8G3v3WF7BvmTk77MLUxHR5N7/R4L0YwGNPST7VvhWb8vY4QW8kaD1ED/gF ZuxCIQyRshLS+2pfmtYg9AUpxPARKGc5lpSNyPY6xNnt4ere3qrZhiEc5yiF2n38Ej1rX9taxHI6 MAaaOzcOfmWfh2kjaNIADbmNvsJHOdggqpFWhpIcRqanUtaMhF+65weBPQrapoWxVTo2FzrMvw1v p1cF8pMZdFNNJYDeW5yACL2v1ar6MQvVvkMrh2haHtHHgQLHm0UKssGAybhaKVI6QU0gBOU35tFl qJsQhiDg4nICdLrG0da2Oikhc4tOtha4NyNPhV9RYrFHCxhuS1gFu54acyRRuBN5QoYXhL3c0ser nNaOu4VWKkpZu5cw+usPXY3GYwWwtI0GbMC6/G1lYHGWXuxmp+goVNE70M1jDo4VhNlm2bgnNwC0 jnabH1ehY6uonYSQ2RzZGv4XbleOfjr9lYt2NVb8ocXtA7nU2+wqckstTJmLrkaXJusoorMRhYsp fUVW2WqaQ21rANHSLW5lXl2XqJC6WFzTcmzTzA81yLLBUkhZM24PdC9ufXgtslxmXDoRYDiQ3o9U rBRVYllJXNIwk5bQsEc9JkkDmnNqQ4Agu4349V19qKakqHRsgF7lrS742L2JOpvxuObm61TrsRfi T88xLiNAGkAAdQsVYzSvmIzG4a0NH4Ecy2zmRYi/fs/IC0QuE5v2wYDYW5s3D7K9Po4hMGVDXUgt YZs0gcfV0sPXWWwzbIU8TI5YbloAzNIBNtL2I49OqvztVQVjS2WJ2XnDmscPqipmyLDXKzCOSMY/ tZWOeAHxuJJuDZuXrXylwynnkex8pYGMuS8ZTcEi1j1WPrqjilTCKnPRNdGwEObx7ofcrXNteCo0 0oqJxyh2kjmh8hAL2i/dAnh19SlCxWF7V4NGyIyRGRwbqXOaGs9a9ifWusbS0UtackTS49SzWP0s OHNj3VRyhsjCAH5X5RpZwcOB6NFbYdVF07cnaGTKzQlo5gNbE26bfRS+GUqrZ6po23kLR1ZtfWHO rM0UzbAtdc83P9DipDp9nGt1keTcahna36i43efoq6bhUMDgWMA9RJiRG5w+ojbd0bgPUVBzXtOr HevdSq6ka4cFbOwmJ3Fo+gkyHDPCRlntpwVxDWmEggm/RYWUgvwSB3FgVE7NUjjrE36Ch23yUmjT hjj7jRunMANfVV0zaBxI+Jtt0arZhsxRk33YXl2yFHIe5I9QlRVhJnFjME3HYnA/Emj17/YVJ2K0 0psQR6hWam2Gp3dw5zfXurF+wrgDaXXm0sPfUVcTaE4shj5ZqKQi8jv1/WKojkT3G7njrJ9pXXYb UCUR3uLE5raL4/Y2qabBwKyU8MTE8iKL6ajIJD3eqCFjJi0OAadAeOvvXV/PhtTATmhdpppqrNxA Oo1RZw3ZeQY5hcG5baWuTcX6eHtKuIqfQFpJ/BfnK3uxfN9pYdaxc8AhaMpDEyEFzQRawIPDU6FV XEh4INwb2F7HTTgsZHVPvbNx0XtlTlsXa6kX/XsuOkhicTd86oYklYZGfLJGCR1X/X618hkDMwaL 2A5lasqbsLdePNqLE+r1qrCXMGgvmNydObhz8CuVw2NXpmyteLshsgGpFvUXxzN40udxsBoLn1Ot WznlgJHMSqjZ7jtbHQa68/DRY1I4bzMk0758FO8lxte9uOntXXtsbmuOcBp0y6cff1Xpsjr24knX pVw9okPdW0tzaKXSxQuUSsxiqneLWeZ0BPOObgPX0CxNfnmcXEG3qGyzxa1pynh09r6vUV5mDyNG BwINwbdV1uoqeGBzqzy3jCOjrKU2jWQ3pK+NLQdehXlVQSMzPy2HVwVkALqyo6SGkU0575xRwRQO TR8fMWHQW6+deWnNrb1yqrmtBuqMhHT8CznIwvnouDdePvL7vD0rwwt6QquVoWMUWIyUKZ//0eqV 8fqD6hX1FAIFwvCcbweqZUwUM+eMktzQvcNQW8LdBWyHazbC3yG/8av+FSsikEd+SLQ1+MYbhpbT ySS6OkaxjiWkxi9wL210Wu4HXbT7OwcnpqKUMzF/bU73G5tfXToUzIgNE2Px7aDEa7d4hTuji3bz mMDoxmFrC59datiuA4hJtG+ZtJOYzWRuziNxZlDmkuva1utTIiAIiKAYPanFZ8IFHJGcrHVUbJzl z2jIdfmJGttQtbi2hxevbTNjmMZkOIlzjACbQkGIWIFjbTX2ypARSCNMa2jr8Roi2R5hElDDI1jY nEyyPNpLOGrctubhe5uFs+2tW6hioZc72tbW05kLc3cDMXXDdSOkLZEQGjbQbX1W9jdQyNbC6Fz2 SPYWtfI15a6M5mk2AHAAON7gr3W4zipOKyxzZG0kUbo49012Zz4Q/uiLkB3V1HoW7IgNDnx/EqSn q99VODmckdE5kDLkzMLjHY3aBcauPAfQVtLi+I0snKI3tq5m4Y928YxwjL9+GmwFr5RfmubXUiog I+OK1mJMo95IJA3E6QNew3cWlri4PyNa3Q9A4WvqqVBtPiGJMyOm3u8ZXtljbFl3TYw/dvzADUkA W579IKkZUKKhhw6MRQMDGAuOUcLuJcT65N0BoFLtHW4fBQxRufdlPQZmPYC14ks15Byl5sDqbgA8 xVKeWvjgxdhrZg+OsY7JuzmEe8Z8UB45bHgNLN6ypLRAR7VOr4Kuqroag1boaKJ8V4gGu3he1xAF uFi4ganhzBXEW0OJzMeyCcSt5XSRR1Jhyh7ZR8VBbYDtTzi3QSt6RAaLiGKYzQ1EsbakOEU1HDcw N7ffNGd5tawBN7Dn57LYNlK+pr6aTlJzPinniz5cmYRuytcQNASOjRZpEAUReS4CcVi/CzOn0cil 1RJ5LIvisX4WZ9XIoZKNG48y9et7S+5epfcp5goUiZs8ltjf7Cc/5yqCneNcvMvm6OmntKFIWnwH T85D+vovuUt0IsfUC85er3lOAWgt6/sK7ocUmoNG9s3nae5Vpl4L6dEqTFZo2WPHKbEYzHI4s0tY 9tYacDxHvK1qcGDrPaNSNCNHa6+ofW9pYFwafV6f1wqsFfPSWDHm3QdQfWOii2G8S3DFf3irU08z M1gXC2th2w6bjj64uOtWLXhrgSOCzUOMtn0qGa30c24I468V6noYqxpc1wd1ghrx0XHArYqSd81u ileZiuVNPMOFlTzai/Srl2FuYTlObtSQLWdoejn06FZl1gsm7DCFSmX7JWADquqQlaSbdKoRNc8a +iLfoC6NNrWSJ2Wkwq0ycL25eJ1AXyZ4LgQeZWMb3EONuAv6ouB76q57HXiovohba+XVMdbkgWd9 g/r6r3M3tTYjuifztVYiWxFl6fIdQb8fbSdkiWm2Vo3duPX94rzdeYXXePUPvFfSViZgqk0gEkmy qEFUC3QqYb5Ed49iw11K8ggjivkIJKq7jd8RxWw0yvSPjXNYw8TdVA4PYRw1XgDtSRrrZfY81nW4 FRgJm5hnbWPDUL6WkEaFe7HTUoZTcXQlFZ0jmNLBpmLSTz6Ai3tr5UVUk7nEm2Y3IHvK+w6Fk03C 4Av66uMdiY+EPFrg8RobarG2UzOamkYWJzoiC3iNRz68QqgkmDL62zZr20vw6FRbrZba5rGtIHCx CQ2iOSkarcuc597kkk2t03KuIWVFQe0ubNLdOYG9xf1yrXuS4df0VncFlbHT6n7mR71veSG1iLmU YWVrmOyvuC3Sx6OP2VSedLXIv0cVdYtI2Soc5huCfoWAH2Fbbl0wOVuawvb9ioicr+AJ8zeLCTRz hcnjxFl9jvmsw+vw9VXVTT3zHQWBNh+BzL7DSAyMGp7XN125lg44ZWGqTmfKVoAdmF+Nj1qpuN4b s4G5PPYC2vtq+bDGAxuRw6dNeor7h9E3ePGbuZC23Pa+h+gtLinNw4jOFK8UjC42ZLqdLEcejiru F8bHdq51hxDtB0cdVfSUeeIgNOYZcpHD1DxXxkDZWujaxt3NIvwNyLXUKBuU3IykimzDS8GzwAbG 9i656ObRe2YSRwINui6uIIJKWPI5uXKObhwB5l9idKCeDhpwuSuuGJwqSIqw3yg/Des+uLD4FWiw WOYC7voAEL0cTYwhucA3sQdbK5a6OTttL9LTY/RWOvNxSnahUhxFr2PQtNmyEEg2IAHq6Lz2OvsJ BJmsODgbWHqK7LQXaP5vuWvvKu2V7W5eIN+5N+PUVM3OZNVGObSS0WYlpsTfQg6/YVOp3VTEGG1/ B4eqsocQzRtaGk2tx00HWqsDmPaQ4aE+qLLS6KF0ldznOZsrOrLAaxJg7QL52gdf7BfItn5Jm3YW u6dbFbK/DKM6gBt+cHKqXlO+IExS+EL+2FtcUc8BqqQmtOwGSAfFMzR16j7K+RR8mztZI7K5tnWu 2+oC2J8NbBbTOB0WPvqm+rDvjsIHG922PQlZ4SVAleMAKeOV92tIH64urrkOYdpYdF+kLLF1HKL5 Mv4H84q1lo4XXLJnDoHt8eKwiVfDImqlgLFlJLldmIJ148OrmVjJhsoBOYc2gF/VWfiwh4PaStN+ Ivx9te3YTKCTx1tdpsUqxQvmYt4xqp30ajHTzvk3YGv6/tKtLQVVMbPjcNBzErZxhFQRdocP67ce uV4bS1JuS4m1xwIWWuPERrcrzNYdniBBFjxVNtS9otdbaymaQ/NEXuc21+iys5cIp6suL88ZAsNC BccOZZKlvTIdG8Bg21rkNVm1I/X+ir+TZwsgMm9aXA6t+BeI8FY/hJ7Sy12CV9MxqxLAWoqw4kEk DL12uOdZbZqq5RVRQva0tcTfQX0BK9wbMiV12vDgBr6quMEwN1JUxTF3c5j69rW99TzOAJuZmNoK mlia0OjbJl5hzcxWoS1TDIXRNs25IB1+ishtU57Ki4cHNN/Q6HnBt9lYUOBGl9OK1xXiTJYZC2qe XFo436h0LO+VDa2lEYkILXZr2vfjf31rtFnDgAfW5vsLY6WWVjCLDhx43PWtEMTVLbaneMleMLUY VyOQNL81+jRW09HJnswcV7rKhz5S4mw6D7yyGHOEzm6aDnOi3V2oliMZFh5V1bADuyR1W+FU3RzR d1G4esVuRlZGBwVPesdqVuINOMwHEFfWysOvD1ldYxC0zFzRoVRw+j3swa/hfVTMhyRTBjPR7yqs YzQ5j9FVcZoI6Fzd3exCtaOE1UjWD7kbXUpkSwGUgxmsp2tDah9uFiQffGq3jAppKukjkkdmcc1z 6jiAtRbslIbdv7S2/B6d1FSxxE9zf2ySocsBkpl/luvmRASvt7rEyPJaAmUIV5J6kB6AC9XCpXPM F5c4oQVS5oXwkEK2fIQqe/QF3doXguaVbGoFl53wI4KQXLgHLAT4PEaveZR+fdZhsgAVhPU5JFAL CDZ+F9Q42vrcA8NeZe6/A6RgLsgvx0+gf2CuIqvtjqretqN6wsPXodEd4KUzCYjh8MQzRXuSBax1 5yR8CxcsTbXBvz/nK8qKvtsrjwNur1irGWbIbA6En1rrnjvzRtV4rQThlsrrE2J00sro6kFpF+Go +hzcFYWaIyQRr1K5ia6oADdTawHvrmjhtmZpiYsEY1PdG/MOPqqo0jNc2069Or3lTkiyNDXO6wOZ Vw4hpdoBp7w+isXEmr5neLqmLLkk6n1+HMqjGtFrG3T6+itoHGUBvNYann6FdRiwIcLdB0K0tWyM 05FQzMcLgDouRYfRsVTdJlvmPv5fgXqOMvJIJt1dS9losLm5t0++koYMbyEttlrPWB0ZaT1DLxuv DMOjjiDXi5JOtrHjbqKvcrIu4a2/UOlfGvEgsSL8TqpdPUUoE1hdpi4VE7TFy4PZxFzYa35h1e2r GSibGe2tYi4WxSSNY2xPEWtrf1lhq6qjc4tA0bcN11XZct00tK5RKZopaKCFTVhimsF+CrCNp5l4 z2cPVV4HtK7JKZz1nI//0upt8zp99N8zp99WiIC73zOn303zOn31aIgLvfM6ffTfM6ffVoiAu98z p99N8zp99WiIC73zOn303zOn31aIgLvfM6ffTfM6ffVoiAu98zp99N8zp99WiIC73zOn303zOn31 aIgLvfM6ffTfM6ffVoiAu98zp99N8zp99WiIC73zOn303zOn31aIgLvfM6ffTfM6ffVoiAu98zp9 9N8zp99WiIC73zOn31FvkoQifE43c3J2c1/ub/hUjqNfJJp3TYjEQQPiDR7t6ygo4qR1YVNmMUcM CnE5I1Pkrfg7Xrt09S9tp2jiPoNHwryaKS4OcfQXoUb73zDh6ELZsSm79s17Kot2j46BoF/+Ab8P WvvJ2ggX48+VluNulBROF+30P30FOQn0fufz02JTd+2Nl0W7PLaVreJN/UZ19ZX3dxutcnXnswdH wr3yM+j9yF5OHg/cz9AJsSm79sbKot2U3Qx3Ot9SOIHA2QU8Z5+f0QHP6nRqvflaw/cj7S9eVzD9 zd7SnYtOuoMjZVFuim2mhOhfzH7mOgnoVMxRakHm9GOgffelXHlbH6J3tfAnldHfun26NPgTYtP3 7ZOyqHdIoOZBrr7vr9ToXxrYW3N+j7lcak9SuPKyG1iXe18CeVcH376KbFpu/b0EbKot2tJ4fiZa RftxbXgT9HiqUwiryXXs424m1/VNtT1lXHlfEODfouN/eTkTOBjb4R+BRsSnwQPQTsqhwtaTzT09 7NyZjmcRlv0er0Kzdh1UCbQScfQO+BblsrgNVjcr3RujAiy5s5dftg4NtZp6NVtPYXWeji+i7xVm qOGThpYqsSd7nGDpIp1qKGtC1f55F1JQTNaQ6KUdpbuD6IG3qrzVYdPn7WKQggfcHfnqU+wus9HF 9F3ip2F1no4vou8VZOjoGpa4YqOnTnrZFkGHVDiQ6J44aljvgV5W4dMQ4tY43kc7RpvqpH7C6z0c X0XeKnYXWeji+i7xU1qgl6CDXKec9bItgoqkOHxGQcfuDug9SqGin70/wXfApO7C6z0cX0XeKnYX Weji+i7xVjrNB38Mtdp+/ZGDqGoP8BP8F3wLwzD6gk3ikH9cd8ClLsLrPRxfRd4qdhdZ6OL6LvFU qioF3sIipadqWtkXQUM4eLwyadLDb3lcy0sz22ET76/cXKSOwus9HF9F3ip2F1no4vou8VZVKDv4 YVqfcEYmimZCQY3ixuSWkDhx4KgxhtZSjPsTWvjeGvhuWkC7n2vbS/acFoc8E9HUvjmLbxvexwYT lJaSDa4GiwdFWcqLm8csBnDSVVOl5nFMsImkDVpPrFfOTyPdfKbeoqphkP3L2ygp3c7lGx6fcMy1 +h3aLiJr4SXOOQEW01PqWXyonhewMMrnAC9gALfr3Vu2lcHNOmhv1rw2jeGuBy3LQOJ6QehRsan3 DJ2RQ7tFNptYq/5bGczTvSQNAXnX21atpHjnH6/rKryfty/n4e+phuWnXUGRFdFC+pIoz2LrhuUe rcfRX2OrbBYGNruknjqr2mcyKJ7HxNcS0gG50N9DwC8Yns/PhxhzvYd9DHM219GuvYHQa6LFXPTp ycDm5ysvk6/ROGdZWSmUW1UU5tI0NH3ENbqdCLE306leNw9oYwtOvEnQ6HhoRpZWPJCBbNcepY/R 1WRiqgwZSNPUF/sLRdFy3W5VIInwCG6aGVsSKNRTNlL4mi7yCMxDGgX0voLpE1tJVN4ACEAX4HgD 7yqvNPI67muPRzfZXiUROsBmHrD4VhDcd1Sk6KNTni5SNkUK6kivvGuJDgDfo61ZACnqH5XOyuDb EDNqAOIPHnXpkbGSA5nZfUF/sBZFldTtucrr6W0aeF+krGG4LrgdlFE0NkUO7R5NfURQts+7QDbQ C2vqfZVCPFGh13gZjz9J1Xs15Fw3QEnSwXyXC3zU0dX2m7NQ2HKLh5dlMl7WIIt1E8+ndDOO5rph U6SFpYzKGmgjdWGJNl/SVAmaQJHNvYa8D9HVe6mkkLSWgF3Mblv6/wBFURCG9ySPU0Xtj5Wnuydf USFOUnM2owE9LV74NdGSevnt1rPUML4W/FtHa3twXtjiJmvcdBl6Cbgm55ulXbqqOVmV7pLWsbBq mpNzeASkeA4hxAdcWH2V9e85XC2tivrZKZvfOAHBvN668OmYO5zeuB8KzBRwdro4S1wt2ziFdSxG TVrg0+iA198K2bMY2sAAJFgbm3qkaFfZqh+m7A4i+bmHPbpP0EBbTYLJObvnLiOkX+yrqjp6ii0b KXD0JGnvqoKkda+8qb1+18KSEys2tlj7pgI6QbFfJsSjBaXBwte9wSNR1XC8csZz5va+FDVRnSzv oBRIFNzaOoNw2x6W5h7xCpvw1r9Y3u4cCAR8K9l0BN8hv6jV75W3mLh9BSC2ZhVU0jKWDr7YfYKv IWTwDttfXVIVTgb5j9AfCqjKxo7ov9bL8AWNUmZeMqHuaSdNTbosqglDgFYtrYxxz+0vvLIbfc/a +FJCZem3Eqg/Jlu4DhzrHVMzpO491r71lSbNO0WGQeoPzkkxMp1OOUTCWhhNucaDUHrVv5Z0Ty4Z y31ef1OdVJqFtU7NIbnq0P0V8GHwtHxoH1XW95imULVqMeaK1PLGw2gnbJfmDu215uN7qmXOgB1e 3UaHVeY6KGJwc2nZcdL3OH0CLJVRTVBuAxpve4J+BYOiWDhGe+WtZVmMueLBzhzD1Ok29pYgzZjY XHvLIyYJNKbue0+ufgXxuBygi5Z9E/AsoYZKTZg02z1QVDWkl5Jt1rZY9zUw3AJJ7m30ON/fWvjC 5WDtXNbpbgffVeGnqIBlDmkWtxIP1KwVG4YpqTMpYC0qI3Ol4ajrvfm9VZWloyy2Z1vUVm2gc3XS /TmN/eVwxksTAGkXvz3I4KUnO1WEVS+ma1ovfgscaokkDpXprZyRmcCNOnh9BH0xzAtI06dFtUWB oiqylUAPewHivtO0NmPqhfH0kr35iW+38C8x0UjCTdup6/gWUyKrK2MR8os4nQCyo4TFklBFjYq6 fFvGBjgHDn4g+tY++rempZqd1wW/R/Qoor6FVm3wVVhrb2lex1enMtVjrJQLOPvfAq7MRfHzkj1h 9hRMmTxG0CquvXKBze+tcGLjoI+gfgXoYy3oP6/rpMmTNhNSF5NQsD5ctvwP0B4yHGmehd7QHvlJ oiTxGc5RcdS8mYLCeW7DzO9or6MXZ9+HqAfCkyZGVdK0leN4CsS7FGuP3LTq/PXkYmASQHe0hEmZ d7hlvdUs12Xusa/Ew9pFnX9peX4lnbax9Xn99JiTMwHZQLlWMjw6U9St/LFoFhf1/wBiqTqxriTa 1+gfnpMSZdRu7Z/BWs2WQG4B1VKGoMZdcnXosvLpA/jcdFrJMSeIw9VIJMzQG5c1uFh6qspA5hLT YgLIvoJcxyltib8Tf3rLw/C3u4Ee38C0RKJuxGaRjGXecgB1I4dSrkuhOriLX4dPqjiqzMGmadXt Iub8eH0FcNw2QG+exFrEE82g0WLo22ZIt4YDVPLW3eeJvzKtRxiVxL/uJtxNibWPBVo6SSEEMLef 1bnnvZfYKR8YAOXToutboo5XjJNF05r7aAacQLfYsVUjbMNSOPWf2K8RSSw8COGnFVDIXtAdx5z+ vZaHRU0pKDTfNleHGepWvygEXsen2utWj6wu0aDfpvYadGquC/MLEe3zqn5UvqmZw5jWhxaAc3QD rZp6VEFDSttRQsRRwpTmWzJXv7cOA4anXj7/AAV1EZJBlsBpx4Dq0BVR2GuaLbxh4cA4D3lSfG6m Fi5pB5xmHrcOC2K56R9R4jDXYN0fJWPiaQbk62IIPFYapjaC45rnosVleSzGz2SDWxsSfV6FbyYV I9xN2a9Z+BddBQxwWveNNJSKJYzClVQ8hXc2HOiOuXXoJ+BVRgkp1zM+ifgXTLIaXI//0+pOTN6S nJm9JVVEBS5M3pKcmb0lVUQFLkzekpyZvSVVRAUuTN6SnJm9JVVEBS5M3pKcmb0lVUQFLkzekpyZ vSVVRAUuTN6SnJm9JVVEBS5M3pKcmb0lVUQFLkzekpyZvSVVRAUuTN6SnJm9JVVEBS5M3pKcmb0l VUQFLkzekpyZvSVVRAUuTN6SnJm9JVVEBS5M3pKw2MbG0mNytllfKCGhnaFoFgSedp6VnkWUEcVG 60LkzGKCGNSiU0an5muHd9n8JniJ5muHd9n8JniLbDcA2WkUm0NWHhtdUy0k7pgGxyQNFM9uaxa1 2RzvVcXc44rarqp25V2a3c1ClOoi78zXDu+z+EzxE8zXDu+z+EzxF7llrWYzHQium3bqcyk5KfPm DiLX3NradCpQY5WGkxl5lu6mkmbEcrLtDRpwaAfXUbLp5Tru83ocidi0M5VFfS0qZ68zXDu+z+Ez xE8zXDu+z+EzxFRpcWrsQrcPp+UvjbNQsmeWMizF+tz2zHAeoFSqtoq8YXXP32Weim3Re1jMsgzB tyHNcAdTwspd1U6nzbw7zq8JCuahcuYVst9TRd+Zrh3fZ/CZ4ieZrh3fZ/CZ4ioVWL1cFbQ07qqc MlpjI90cUckpcbkWDYXac2jeHHpXrHsdmwuTD28rmZFLvjLI6Fgms2xBymHS34Hhr1psqnT27vta G1xBXNQvqCvT3plXzNcO77P4TPETzNcO77P4TPEWPn2kxKPBm1W9Ic6qyRybtmd8RvZxblIB9Qcy yeMYnPQYZVVEFTUuezd5TPA2LLd4BsDBHm0OvG3UmyqfdvplyhXNQtpVFbytcR48zXDu+z+EzxE8 zXDu+z+EzxF4pNoax9bQUkjwH3nZUDK3ty1gfG8aXAIIOlujmVlSY/iTcIdijqkvdHKQ6JzIhG5m YMt2rGuB1ve/NwTZVPu30uQ2NQvqC6Z8hkPM1w7vs/hM8RPM1w7vs/hM8RU347PUYtNAaieOEQxy MbDA2V4Lg0m/xGU2151tlN8aZ2zndqO2eMrz1kZW2PSLD1E2VTynXfTYNj0O4WDgnxmNwHZqn2d3 u4dI7eZb5y09ze1rNHSssiLVFHFHE4onNvCbYYYYFVhUkEWLmrZWYnDAHdo6Jzi2w4gnW9rq3xTE JocQhgEr2RujLju2CR1xe2mR55uhY4ss96fITjyS3/ImcRYLEMSlonUQbJI5skhD80fxRw00yhgP 0BdUp8andU1bY3ODI6cvYHMykOFtbOaD9HRO13lMdpvuRsSLWsFxioraiBgldKDGXTBzGtDD9xsQ 1v2V7wPEZq9uaWebNvC0BsQMdhawLhEQOvUKZdPPkRPp50zYkWrnHKqF1YXv7UOmZEcre0ewFzRw 1uOm/BVoMQqquppId85okpmyOLWx3LtbnVpUX+nI3xEuzpyy4zYkWrVWO1UdLIM9pIqgRF7Wjthr rYgi+nMs9QPz5visz+Hx2Pd29T4my/tp070+MdO/LiLtaxWeR9QVs0kz5Jg6R7nkBzLXcSTbtDpq tnRZwUkdG24G1Mwjo4KSyJTNT8zXDu+z+EzxE8zXDu+z+EzxFltq66bDcNqJ4HZXsaC02Bt2wHAg hfa+om8qnzslcyRsG8zNDDqGZuDmuFieOnqWWey6eTdd2S3/ACBjsWhbSqK2e9LlMR5muHd9n8Jn iJ5muHd9n8JniLHuxzFRT4W+KcySVIme9rmRWdkAcIxZgsDYi/HXivVZtbVSw4rNTzWbE2kdB2rD l3lsw1Buem97KXdVOp827OWRCuahcuYVst9yL7zNcO77P4TPETzNcO77P4TPEX3C8arsaNVUQPGW CPJHAWtDpJct877gOa0ngARfq1vRwTHpp5qaKpq5oqhxOenngbG1wIPcEMBFua7tbcE2TTzlXeDf Gx6GU6i8gVfM1w7vs/hM8RXeIbD0eJbneSTDcwshblcwXay9ibsOuq2FFDummbTruwnY9Ek1VVpq fma4d32fwmeInma4d32fwmeItsKjqPa/EosLlllmG8f28EmRg0bII5GWy5SRoeHA9SlXVTtyrvBv jYtDuFfMz5muHd9n8JniJ5muHd9n8JniLzPjNS7GKildUTxxMijc0QQtmdmIbe/xGQ21VbEMZqMI rI80rnQPo5Xt3jGsdvIxmJNmtIJHEaeoo2XTynXeHenyEK5qF9QWDflylPzNcO77P4TPETzNcO77 P4TPEVrTY7iTmUtLJL9uXVYZI7Kz43kEp0y5eDuK+1u0FZTT1TayeaiaHltO8QNkpyPuN3Fj3OcR qbEAa+op2VT7t9KT4xsahfUF0triLnzNcO77P4TPEXnEtlaaipaajY+QsfWxvNy0vJykG1m8ABm7 l1rXOUAyM2uF2djXEg3AN29ybjiOpfZYmTCz2hwBa6xAIu0hzTrzggEdBF1jHT0saqxRNoygoaOB 1oYUma/2C0XfJvCZ4idgtF3ybwmeItiRajYa72C0XfJvCZ4idgtF3ybwmeItiRAa72C0XfJvCZ4i dgtF3ybwmeItiRAa72C0XfJvCZ4idgtF3ybwmeItiRAa72C0XfJvCZ4idgtF3ybwmeItiRAa72C0 XfJvCZ4idgtF3ybwmeItiRAa72C0XfJvCZ4idgtF3ybwmeItiRAa72C0XfJvCZ4idgtF3ybwmeIt iRAa72C0XfJvCZ4idgtF3ybwmeItiRAa72C0XfJvCZ4idgtF3ybwmeItiRAa72C0XfJvCZ4idgtF 3ybwmeItiRAa72C0XfJvCZ4idgtF3ybwmeItiRAa72C0XfJvCZ4idgtF3ybwmeItiRAa72C0XfJv CZ4idgtF3ybwmeItiRAa72C0XfJvCZ4idgtF3ybwmeItiRAa72C0XfJvCZ4idgtF3ybwmeItiRAa 72C0XfJvCZ4idgtF3ybwmeItiRAa72C0XfJvCZ4idgtF3ybwmeItiRAa72C0XfJvCZ4idgtF3ybw meItiRAa72C0XfJvCZ4idgtF3ybwmeItiRAa72C0XfJvCZ4idgtF3ybwmeItiRAa72C0XfJvCZ4i dgtF3ybwmeItiRAa72C0XfJvCZ4idgtF3ybwmeItiRAa72C0XfJvCZ4idgtF3ybwmeItiRAa72C0 XfJvCZ4idgtF3ybwmeItiRAa72C0XfJvCZ4idgtF3ybwmeItiRAa72C0XfJvCZ4idgtF3ybwmeIt iRAa72C0XfJvCZ4idgtF3ybwmeItiRAa72C0XfJvCZ4idgtF3ybwmeItiVpimK0+DwmeofkYCBfU kk8AANSUBp1ZTbPYfK6GWslD2GzgAX2PRdsRF1Rz7M+nZ/Af+Uqps5trhmGsqRK9wMlTNILMcbtc QWlZbzRsHP8AAj/Y3IBS7H4bXRNlimlex4u1wcyxHgLJUmzVPRxmNrnkEk6lpOoA9D1LDeR/jlI+ ljos9pgZXBhBbdpc5wseB0N1t6TIaTMa7AIH31dqQfuPN/XVbybJ0sku9zSA9AyZeFuBYVmkUzZF SHEYeTZemlLSXP7Ug6ZBe3T2i+VGylNUWu+QWJOmQcf66syiTYqQ4jWpdgaGXjJN4TPEVUbE0YFt 5L4TfEWwIlaLGKkOI//U6pRaD2UYh373DPFTsoxDv3uGeKunYdJjh0vkObZlHii0LlN+RaD2UYh3 73DPFTsoxDv3uGeKmw6THDpfINmUeKLQuU35FoPZRiHfvcM8VOyjEO/e4Z4qbDpMcOl8g2ZR4otC 5TfkWg9lGId+9wzxU7KMQ797hnipsOkxw6XyDZlHii0LlN+RaD2UYh373DPFTsoxDv3uGeKmw6TH DpfINmUeKLQuU35FoPZRiHfvcM8VOyjEO/e4Z4qbDpMcOl8g2ZR4otC5TfkWg9lGId+9wzxU7KMQ 797hnipsOkxw6XyDZlHii0LlN+RaD2UYh373DPFTsoxDv3uGeKmw6THDpfINmUeKLQuU35FoPZRi HfvcM8VOyjEO/e4Z4qbDpMcOl8g2ZR4otC5TfkWg9lGId+9wzxU7KMQ797hnipsOkxw6XyDZlHii 0LlN+RaD2UYh373DPFTsoxDv3uGeKmw6THDpfINmUeKLQuU35FoPZRiHfvcM8VOyjEO/e4Z4qbDp McOl8g2ZR4otC5TfkWg9lGId+9wzxVl9mMZqsRqXsmkzNEZcBlaNbtHMB0qI7ljghcTasz8hMF1Q RxKFJ25uU2dERc50HxzQ8EHgRYrDO2VimbFHNUTzRROD2xyOYW3F8tyGB5AvpdyzSIOnSWL8HifX tri528bEYgLjJlJLr2te+vSrKo2Thm5UGTzRMqiTKxm6ykkWJ7aNzhfnsVm0Ttd+0dOgw0uy8Dqi GoillhdDCIWbvdkBgvpZ7H66rzNsjSy0RomvlYx7s0haWmSR1wS5znNdqSAdLfQ0WbRL/Tlnwi90 84wjtlmGaCcVU4kgjMbXjc3ym/EGIt4G3D29VWqNnYqyWmmnlkldT58pduwHZ9CHBrACLdFutZVE Brp2HpOTOpRNOIjKJWtzMORwvo27Cba8Df373tZgHljTS01RVTSMky3uIWublIdplib0a3usqidP ToGGfTjMXLs5TS10Fd2wkhYWCxGVwsW9tpqRc8LKzptiqWnhbTmaaSEP3m5eY8jndeVjXEX1te3U tgROnfnwjp4jEybOMNZJWRVE0UkjWsdk3RbZtrCz439CykTDGxrS4vIFi51rnrNgB9ABekTIAiIg LKqwptTUNqBI9j2tLQW5LWPU5rl4lwYSzRzmeUSMaWhw3dyDfiMlufoWQRAWM2EsqXQPkke50Li5 pOQXOnGzQLac1l8nwWGeWaUufeWPdusRYDpGnFX6J06R08ZjItn4Kd8MkbntdE3JcFvbN6HdrY+1 7y9UOCjDhlinlDcxcW/EyCTx4x39tZFEmDHPwGnkinicXETPMjtRcOOummntrz5QxtfFIyWRjoox E0jIe1HTdhF1k0Tp4h08ZjJdnqeSnFPd4GcSFwIL3O9ESQbkq9p4Hw3zTPkv6IMFvBY1VkQBERAW mLYZHjFNJTSlwbIACWkB2hB0uCOZWrsBc+ndTurKgsczd2tT3DbWIBEI5tPz1lUTjBhaTZSCkNId 9M/khfug4x8HgAtNmC4005+tUn7FUTmVrA6RorHMdIGltmlrs3a9qbanW91n0S+L29vXjDO2UpjP JO2SVhkiEUjWOAa4AWDj2tw4aWII4erf2zZyMzQTTzzVBgvuhKWWaTbtu0YwuOnF1/orLInT06QE REA4rATbE0M9Ayhc6QsY8va67d4CSSdctra9Cz6J2m8DEP2cZyySsiqJopJGNY7Jui2zbW0fG7oX rFtnIcajhZPJITEb5hkDnXGVwd2trEcQAFlUQdPEYzsep/LDl93bzLbLcbvgG5rWvewtxVGo2Xjq mPhfU1BhkfndDmYWcQ4tBLM4bccA71FmUTp4weYo2wsaxos1oAA6ANAF6REAREQBERAEREAREQBE RAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQB ERAEREAREQBab5KoJwyK3phn1Ei3JU6mmirIzHKxr2u4tcA4H1igIYw7ZuKrpBVTVccDTI6MZ2uN yADzeqrqk2SpK6VsUOJwue42a0MkuefoWxinkwxk9G6nrmAVMsrH0kYewsd3Ivw4cyvcKxduFtcD R4pMSbgy04LhpawItogNa2WxOpxbaCjdO4OMbJIwQ0N7VscgHDrKlZa/sZggwyjjfLA1k785cbDe Wc4uaCePC2i2BAEREAREQBERAf/VlZERXJTF7Lh26pI6nPfO4ty24Wvre/UqrcLiZSMqpJXAPcW5 WsDjcX6Xt6F65dTzUUVNIZGlj3Ou1jXA3vpq9vSq8eLxR0bKdks0Za9zs7GjUG9h8cHStTccrJ7f F1HQbUqOyctrj6lpLRuGNkpZqlshtG8NALbE3tr3Rtx61cwbPb40o3tt+1x7nucov6LX2l5hxkU1 LPEx8u8fIHNk7k20vchxIJt1q5i2iiD6N8gkcYWvDybEkuFri7tfXWMTpbZY3LobMGMySorJ4rc9 bPiLSXBGhkcjJSWum3RzMykG9rjtjcKliVBBh8j4t69z22/gMBpuAeOcnn6Fe1WPRVzYTKH54pMw IsWube+ozCxt+vqqWL4qzEHSObPOGutaIgZNLfqQ9F+CmB0s1WnK2dmVSwCJUUnVlglbnnhzFWTZ csqIoRNcPuC7L3JAzWIzdHWrZuERMp4p5Zi0SPLNGB1rEi57caaK/i2mijrHyljzG5rdLDMHNFrj W3ORxVp5Y0s9JDTy7wbt7nHK1puCSbauFtCsU6aytPqM5JTwz4iWqGTlKdsrXiUgzZ5zH1DZZMu4 aH3a3PmBBOly3oWMnbE0jduc4c+ZoYfac5ZqLaRr5Kl7w9m9Y1jCyzi217HUt6brE1swncDvZJdL XkFiOru3aLOjdJPm8SzXrcHGYUio5cxjfDn4i2REW01BERAEREAREQBERAEREAWwbF/Jj/mTvqmr X1sGxfyY/wCZO+qatdP6BRZjbQegsOc3NEVliOIOo3RMjj3kkhcGszZNGi7jcgjRVRaF6ipbyTc5 932+S+TMO6tfLm4cdLq3oqqqneRNTboWuHbxr7nTSwQF6isq2rq4HgQ0u9ba+beNZr0WIVw6SQQ5 xHd+W+TMONu5vw6roCqis6Kqqp3ETU26AGh3jX3PRYLzWVdXC/LDS71th228azXosQgL5FSfJI2L O2O78t8mYDXovw9dUKGqqZ3ETU26AGh3jX3PRogLxFY1lXVwvyxUu9bYdtvGs16LEK5lkkZEXNjz PsDkzAa9F+CAqorShqamcuE1PugBod419+rTgvFXWVkMhbFSbxth229az2iEBfIqU8kkcRcyPO+w szMG3PRc6KjQ1NTOXb6n3NrW7dr79PDggLtFYVdZWQyFsVJvG6WdvWMv06EXV1USSRRF0cedwtZm YNv06nRAVUVrQ1FRUZt/T7m1rdu19+N+HBUqqsrIpC2Kk3jRazt6xt9NdCLoC/RUqqSSKMuij3jh azcwbfXXU6KlQ1FRUZt/BubWt27X3434cEBdIrCorKyKUtjpM7Raz96xt+nQi6uquWWGMuij3jtL NzBl+nU6ICqitaGoqJw7fQbm1rdu19+nhwVKetrI5S1lJnZcWfvWNuOmxF0BfoqNXLLDGXRRbx1x 2uYM9srxQzzzhxmg3RB0Gdr79enBAXKKwlrKxkpa2kzMvbPvWDTpta6uayWWFmaKLeuuO1zBmnTc oCsitqGeedpM0G6IOgzh9x06Ki+srGy5G0l2ZrZ96wadNrX9ZAX6KhWTTQszQxb11x2uYM06blfK KeedpM0O6IOgzh9x03CAuEVg6trBNkFJdma2fes4X7q1r9dlcVs00DAYYt669suYM06blAV0VvRT TTsJmh3RvYNzh9xprcKhyys32TknaZ7Z96zub2zZbX4a2QF+it62aaBgMMO9N7FucMsNdblfaKaa dhM0O6de2XMH6aa3CArorBtZWGbIaSzM1s+9Z3N+6ta/XZV62eeBoMMO9N7EZwyw6blAXCKhRzTT szTRbp1z2uYP06bhW7K2sdLlNJZma2fesOnorWv6yAv0VtXTzwNBhh3pJ1GcMsOnVe6OWWZmaWLd Oue1zB+nTcICsisIqysfKGupMrL2z71h06bWuq1dPPAGmGDeknUZ2st168UBcoqNJLLNHmli3Trn tcwf69wraCsrHyhr6TIy5u/esdYdNgLoC/RW1dUVEAbuYN8Te4ztZb6PFe6SWWaMOlj3btbtzB9u jUaICsisKetrJJA2SkyNJN371jresBdVa6oqKfLuIN9e9+3ay3C3HigLpFSpZJJYw6WPduN7tzB1 tdNRorWlrKyWQNlpN203u/esdbTTQC/UgL9Fa11RUU+XcU++ve/btZbhbjxVWmkkljDpI9243uzM HW101GiAqorCkrKyaQNlpN23W7t6x9ujQC6qV1TUwFu4p99e9+3ay3Rx4oC7RUoJJJIg58eR9jdm YOsei40VrSVlZNIGy0m7brd29a/2gLoC/RWldU1MBaIafegg3O8ay30eKrQySPiDnx5X2uWZgbHo vwQFVFY0dZVzSZZaXdNse23rX+tYBeq6qqYHAQ029BGp3jWWPRqgLxFSjkkdEHOjyvy3yZgdei/D 11bUdXVzPyzUu6bY9tvGv16LAIC+RWddVVUDgIabegjU7xrLHosVXbJIYc5js/LfJmB1t3N+HroC qisqKrq532mpd021828a/XosAvtbVVUDwIabei1y7eNZY9FigLxFSEkm5z7vt8t8mYd1a+W/Djpd W+HYg6sdKySPdyRloczNn0cLg3AA1QF6iIgCIiAIiIAiIgCIiAIiIAiIgCIiAIiIAiIgCIiAIiIA iIgCIiAIiIAiIgCIiAIiIAiIgCIiA//WmvsXxDvPu2eMnYviHefds8ZbviEroKaZ7TZzY3uB42IB IWkdlGId+9wzxV30VLTUqbhqWY5nBS0VDRNKKvbikOxfEO8+7Z4ydi+Id592zxk7KMQ797hnip2U Yh373DPFWzuo6pvmvun6v10di+Id592zxk7F8Q7z7tnjJ2UYh373DPFTsoxDv3uGeKndR1TfHdP1 fro7F8Q7z7tnjJ2L4h3n3bPGTsoxDv3uGeKnZRiHfvcM8VO6jqm+O6fq/XR2L4h3n3bPGTsXxDvP u2eMnZRiHfvcM8VOyjEO/e4Z4qd1HVN8d0/V+ujsXxDvPu2eMnYviHefds8ZOyjEO/e4Z4qdlGId +9wzxU7qOqb47p+r9dHYviHefds8ZOxfEO8+7Z4ydlGId+9wzxU7KMQ797hnip3UdU3x3T9X66Ox fEO8+7Z4ydi+Id592zxk7KMQ797hnip2UYh373DPFTuo6pvjun6v10di+Id592zxk7F8Q7z7tnjJ 2UYh373DPFTsoxDv3uGeKndR1TfHdP1fro7F8Q7z7tnjJ2L4h3n3bPGTsoxDv3uGeKnZRiHfvcM8 VO6jqm+O6fq/XR2L4h3n3bPGTsXxDvPu2eMnZRiHfvcM8VOyjEO/e4Z4qd1HVN8d0/V+ujsXxDvP u2eMnYviHefds8ZOyjEO/e4Z4qdlGId+9wzxU7qOqb47p+r9dHYviHefds8ZZfZjBqrDql75o8rT GWg5mnW7TzE9CxHZRiHfvcM8VZfZjGarEal7JpMzRGXAZWjW7RzAdK10uv63FWqSlbKczZRaxrkN WvOdk5SNnVCaeGOaJj7Z358mlzoLu1tpoq6t56Jk80MxJvFnygWsc4sbrgO8uEVticzqelnkYbOZ FI5p0NiGkg6qOPI224xPGcQ3FfNvGSxvMXaRs7dlie5a3mvxRWtrEp8PIHYp5ZdOklBFFOIbe4o7 aJlNBPlpTVsgy5IyDlcxsgzFpdxPTz6Lf8a2twvZ5zWVlS2NzhcNs57rdJDQ4gdZRWwqLHeDsicO Iy6LBY1jbJcHnraGrjYMl2TkF7Gm4FyAx56rZSepUMO2qp6DDKGfEKtjnT2aJWseGPdc827blHqg JjyS358gxc/e8ibIiwlBttg+KVPJYKtj5dQG2cAbehcQGu9YlVcb2swzZ0tbWVLY3O1DbOe63TZo cQOspxgyyK3w/EafFYWz00jZI3cHNNx6nUeorVvJMx+t2fpaaSjl3bnzhjjlY+7crjbtgehMKWNp aXIX9Deg3FFg9tMSqMJwepqad+SRjWlrrNdYlzQdCCOdW2GbVw0WD0NZiU+UztYC/ITme4E8GNsO HQAmPI0tN4Yss96U+E2VFg6TbjBq6q5JFWMdKTYAB2UnoDiMpPqFYHE/JLp6HHGUTpGtp4w4TPyP c7eWcAy2XgDbUA+rZFa0sc5C9PJfN6RYbGdscKwCRsdXVNje4XDbOe63MSGhxHrq6mx6igojXmZp pwA7eNu8WJy/cQTx0TBPAMmMv0WAp9vMGqy8RVQeY4jM+zJDZgAcT3PMDqOPNa6pDbvCcQDoqSsa ZXxSPZ2khAytcbntDa1r2OvUjsXOn06ArenpxmyIta2LxmSrwo1VZWxT5XSZpmtMUYa3pzRxWt02 9dXGGbc4NjFQKanq2vkN7NLXtvbmBc0A+splbLImROyZnUWhzbavwvaWrpqyqbHSRQtc1rmt0cWx nQhudx1Omq2Kn2ywuso5q2Gpa+KEXkIa/M3ou3Lm15tFE+ZrYJTzImVss2+pmaRaZsLt/HtKycVL 2Rytc+QMAcGthaGjMXEW4nW5v1ALI0/kh4FVTCBlawvJyi7ZGtJ/BFob7aSvLGkxO/kcjYkWk7Xe SFHgGI0tG17Q3O01Li17ixhsQAALG4PNf6Kz2I7YYVhMMM9RUtY2ZodHo4uc0i4OUAut6yK1TwTk MMskzMIsfS7QUNbRvrYZ2vhY1znPbc2DRmdcWzAgc1rrH023+C1j2RxVYc57XPADJb2aCXX7TTRp NjYpeBsCLW3eSPgDGRvNa20l8vaSX0NtRlu317Ks7bzBGVDaflsZe61rZnM14duAWD1ygM8i1baP FqmixfDYIq2OFkrrPhcxzny9sBZpETwOjVzVe1u2+D4dLPDPVNY+C28aWvuL2IA7XtjrwbdFap5X vXxhlm3zOIrDB8fotoIjNRzNlaDYkXaQesEAj1wse3bzBH1PJRWx7zNl+5ZL9Ge2T20wywjBPAZ9 ERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBUIZ4ZJpWMt nZkz6WOou3W2uirq3gomQTTTAm8uTMDawyCwsgLhERAEREAREQBERAEREAREQBERAEREAREQBERA EREAREQBERAEREAREQBERAEREAREQBERAEREB//X6iro97TytNzmY8aXvqCNLBx+gD6hWi4jSxQR hzGgEuHPfSxdp2x6RwvpbW1nybvi3yHUfMpPqSo6fPJKCHPcbm5uSdbk3+i4n1z0rquWCJusopJO 1YzluqOFKq4Ztqx4jN02EU9RRQSEWeS9zzc6sY6ztL2vYjgrifCqSGWr+JtDY443NzukLQXcb5Tm K16SqkljZE512svlFhpm1PWrg4zVFz3F4JeGh12MIIbwFi2y6XR0jblFheF4Wmt454aSjSU4cCwL AXeHw09TLOHRRuDIXPbkMwbdtvROB59b+sriiwmmrKanOW0r3OdxdZzWus5vHTQ6eosVFis8DnOZ kaXDKbRxgEdFstrdPSvDcRnZu7PtuiSywAsSbnmUuCN3opXsLd5PjkQo4ErYZ38CV+XamYdh9LDH UvLGDJUFjTIZcob0dob3WDkbvZS1gbq6zQ3Nl6BbNr9FVxi1QA8FzSHuzuDmMcC7psWlUWVT45RK 2wcDcWa0AH1LW9pTBDHDObnz3iRjSRwRbVSteBY3xGcxrA4qSmD4mODoi1sjjms64HbC+lr6aKvU 4HSZ5nRs0jifmbd2j8oex3G9j9ha+3EJ273t/jvd3AN+fnHvL35bVOeR+81kblfo3UWta1rLDW6W Uq+PC8Mu1M9copzqWWYFeU+0MnDh1PPEw07Ypjku9rpHtnLvuVgCG2HqaqmKGCeCitG1jp3lrnAv J7VwbcAuI1VgcWqCD2zQS3KXBjGvta1swaHc3SvMmJTyxsiLhlZq2zGNI6wQAfV6VlUpJ38M77ym NeCV7A1eWQvHtpjV8mFOABK1mbM/NYOAN9ba9QFlcT4XTQsrnAtcYnNyNBkuztrEG4AOmnErHPxi peblzb3aS7IwOJbqLkNueHOqZxCd2+Bd8eIMmg1sb9GmvQlSOy2V7C3O1T4ya9HN2TtssSkreVF7 WMgZRQStgYHS7wE3kNspsCLvPt3VXGqWmoiWRtiBytNiZzJcga8cixUlVJLGyJzrtZmyiw0zanrV WoxSeqB3hY64AuY481hw1y3U1Ik1bZOLC7zdhFeCTswLqKv4TPVOB0meZ0bNI4n5m3do/KHsdxvY /YWrK88tqnPI/eayNyv0bqLWta1lZpRwxw7ZzsXakUkcEUqqla8GgIiLYawiIgCIiALYNi/kx/zJ 31TVr62DYv5Mf8yd9U1a6f0CizG2g9BYc5uasqumllq6WRvcR73PrbumgN059Veqyq618FXSwgDL Lvc1+PatBFlVFofca+Qar5jL9SVCmGSPwPCsOxaNtzDWztPWHsbp7khTpNC2oY6N4u17S1w1FwRY jRYfsLwnkPlfyf4hnz5M8nddObNm9tRJptrCoZc5ze8TY0llinz1Ii1lC6l7GpX93PUvmd1l8sZB +hZZijOKdk+K8m5Jvbfwb3nxrS2TL1Wv1KQajZfD6rkm8hvyO247Z4yZctuDhfuRxuvGNbI4XtC9 r6ymbI5osHXcx1uglpaSPVU5sDj0RSlokRfVt9qGedNz4SO8LpzDs1jZE8Msbn3AhEojY64ztG8Y zTha1/VVttI0P2awFp1BkAPr3UqHZ+hNCaAQNFOW5TG27Ra9+IIN78Te6t6jZDC6ump6WSC8VObx NzyDKfVDrn1yUw5J0eiC+RbLLKk69eNS8kGFlLjGAbtobaYNFgB2ofGAPU1KsIjifZXiXJuSb7IM vK95bd2bbJl14Wv1KRMS2fosXmp56iLO+ndmiOZ7cpuDewIB1A43VDGtksM2ic19ZTNkc0WDruY6 3RdpaSOoorEs8fXiXJ6Ieus1vyK6d0LcQcJ4JWPnuBAJhGx+udo3jGaWta19OdePJkiccNp5ACRH UsLrcwLXC63XDsNp8JhbBTRtjjbwa3h1npJ6yqlVSxVsbopmNexws5rgC0jrBR4JYKvXZcgWGeGt vmj7d7W4VX4DOyGrikfM1gYxrgZO6adW8W2A1vZYLbaB0GyWEMcLHNDcHQ6xuP2Vu1P5HOA0solZ RMzA3GZ0j2+C5xb7SymNYBRbQxNhrIt4xrg8DM9liARftS086WaYoXzoWFZLIolpXaGj+SRTx0c+ BbpjWZJ2tbYAWAMdh6iua1wbtzTXNvtofekW3Yps9RY06B1TFnMDs0fbPblOmvauF+A43VHGtksM 2heySspxI5gs12Z7Dbja7XNuPVRO1daifOihkRKyXVYVz1FMj3Bzinl7jW45FvM7s/LN5fdXdbLl +42te/NZeaCnNPshilp45ozLdhiEoY3to8zRvGMNvUuOu6kHF9jMJx57ZKula97QBmzPY4gcAS1w J9e6upcAoZqI0BhaKcgN3bbsFgc3FpB468VEuYq4aqh0Mynzai6tW3jWqSnZT7G2Y0C9A9x9VzC5 x9crxsPTsh2TBa0AuiqXE85N3i/0BZbYMHpW0fIRH8Q3e6yZndxbLa983DnvdfKLBqXD6QUUMeWE Nc3JmcdHXzC5JdznnUx81rkupXt/lREPM1J9Rc3vESR73sGdu725V8Ut6G4+zZb1Xu2ebSYXJV5b Dd8lLN5mzWBFt1rxAvfS/Ws7h2z1DhVI6jghAhdmvG4ukac3G+YuJVlh2wmC4VOKiCjY2QG4JL32 PSA5xAPqBTO154XlsUiJWdEslrmavQwsm27qy5oJZA1zbi9jkiFx12JX3ZACPaPHmNADdTYaC+b8 8rdY9n6KGufiDYrVD25HPzP1bYC2W+X7iOZKLZ+iw+qnq4Ysss/xx2Z5zc/AkgesAsUrIVigih57 Mm5z61A+hVpoHkf00FfsxXQTztgY+WVrpHENDLtZYm5Atf6KtJpcU2SoITVsocTw9rmiM9o6w1Dc pI49dneqpAo9i8IoJ5Z4qVjXytc1+riwtd3TchJbY9FlbQ+R1gMEwmbRMzA31dI5l/wJcW+0pnNp 5IU8N4jHniawXzXdsKhtRjWzkoGVr3BwB0IDjGQPbVniBxE7ZTcm5NvNw3c8qz7vLlbfJl1zXze6 W/43s3h+0TGMrYBKGElurmkX42LSDbqVvX7G4TikMME9K17IWhkfbPDmtGgbmDg63USis50UT50X IOOGFc+HlNH2ep5I6faN5np3h0UudlOJhGyTLJe2djRbj3JPvLLbBU7Itky5rQC+Oqc421Ju9t/o Cy2yl2foaGjfRQwNZC9rmuY24uHDK65vmJI573XqhwSkw2k5FBHlhs9uTM46PuXC5Jdrc86hqcMS WGGGFc6fKSnbC8UbifPIxwKli7B652QXc55JtqS1zMp9ZNpKSKHYvDi1gBzxOuBrdweXH11I8Gyu HU1C/D2QWp33zMzyG9yCe2Ls3N0pVbK4dW0UdBLBmgiy5GZ5BbLcDUODjx5ypitbl7F9dvkQ2Sn1 fr1403a/XH9nvVb9U1fcAgZLtribnNBLIgWki9iRELjrsVutZs7Q19RT1MsWaSmtunZnjLbXgHAH hz3X2m2foqStlro4rTzDK9+Z5uNNLE5R3I4BTC5PxJ168Q1ZLJR9dvka4OJYn7WMpxYjeZQ3S1nS 8LdV7LHRRVc+y8bHy4bFSF+j3CoNSJM5OuRrxm5tB3KlrD9n6LCp6iogiySVDs0rsz3Zjcm9iSBq TwsrFmwOCR1PKRRRiQOzcXZL9OS+T2lilYk9zCn4aZN2trdRNc9doZLBGSR0NK2V2d4hjDnDMLnK LntgDr1gHpV6iLJubbxmKUkkERFBIREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQ BERAEREAREQBWVJTSxVdVI7uJN1k1v3LSHac2qvVZUla+erqoSBli3WW3Htmkm6AvUREAREQBERA EREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQH/0OqHsEgLXAEE EEHUEHiFbeVNH6Xi8BvwK6RSm1eZDSd9EaYntY+iqp4WUdGWxyyMBMRvZriBfthrorbs1l9JUXsJ 8ZYzH/PGs+bzfVlXeA4NHicFXK5ksjoRGWxxEBzsxIP3B/C1+CutaooaNRRQ4Id+S4yo1ylipHDC 8LLjs1l9JUXsJ8ZOzWX0lRewnxl9q9kHvqZY6VxLI2RueXBz3Mc7+AyI2uLneo3QcVR7Dqts00T5 IWbprHOc95azK82BuW/RvZYrYzWC9O++nCS9kLHfleRV7NZfSVF7CfGTs1l9JUXsJ8ZW0my08MBq Hyx7u77OaJZGkNOXNdkbmgE8MxF1dRYCOTtBijMxpny5N7IJCC67ZLZclwPuN9ePFS1c6U5Ttl0z CdO3KcsPBiznzs1l9JUXsJ8ZOzWX0lRewnxlbjZSodGHiSIl0HKAy7s5Zz/cbX9U+pfVX82zkEza fdMsTQ79/wAULbuFrnVsnTwFvVChq51gnf3p8hMOvxYcW+0uNFDs1l9JUXsJ8ZOzWX0lRewnxljq jBXUcTHzTRMdIzeNjOcyFp7nuWFovzXI67LKbRbMCnlqH0uQRwtiLow57pBnAF9QRqb6Xv1cFLhu dNKV+dtsrGlfzshOnabnek5WTtPHZrL6SovYT4ydmsvpKi9hPjKjV7HVtHBJM/L8Ta1z22eCAegl gY63PlcVRwjDaeppayonEh3AiIaxzWXzktNyWPSrc7hcSSaTSseFuS4ROnrKFuU8aWAvOzWX0lRe wnxk7NZfSVF7CfGVGr2cBkp+TvOSoi3jA9r3vBHdNIjY4kjjewCuqLY4tqJYauQNtTmZhbmF+sgs uAOcEA9Chq5kptYG5WzssZK19uSeLFK29wlPs1l9JUXsJ8ZOzWX0lRewnxlRoNj6vEY2yRlmV5eG EiSzg3TNcMIaDzZ8t18pdkqmqbEd5Ex0rpGsY4uzF0ZIcNGkcx1vbrUtXMpzlZfteXkZCd0OV+3M V+zWX0lRewnxk7NZfSVF7CfGWvOaWEg6EaFfFs1ii3O+zXr1IsO8jYuzWX0lRewnxk7NZfSVF7Cf GWuomx6Lc77Gv0m63kbF2ay+kqL2E+MnZrL6SovYT4y11E2PRbnfY1+k3W8jYuzWX0lRewnxlsGx W0L8WrHxup6eO0TnXiYWO0c0WvmOmqj1bZ5GvnjL8wd9WxarpoaOGhjahtkbbnpY4qWFN4SSlQmq 44ZoonXzSZ8umnai5VdW9bQQ4iwMmbmANwLka9OhCpi2LhFS5LHudxl7TJktc9za1r8eCt6LBqXD nl8MeUkWJzOOmh5yehAXqKyrcFpMQeHzR5nAWvmcNOPMR0q4dSxuh3Jb2mXJa54Wta/FAVUVnRYP S4c4uhjykixOZx0485K81mCUmIP3k0eZ1gL5nDQeoQgL5FSfSxyRblzbsy5bXPDha/FUKHCKbDXF 0MeUuFj2zjp65KAvEVjWYJSV795LHmdYC+Zw0HqEK5lpY54jC5t2EAWuRoOvigKqK0ocJpsNLjCz KXCx7Zx98leKvA6OukMkseZxAF8zhw9QhAXyKlPSx1MRie27CACLkaD1NVRocKpsNLjCzLmtfVx4 cOJKAu0VhV4FR10hklizONrnM8cNBwICuqiljq4jFI27Ta4uRw1HDXmQFVFa0OFU+G5twzLmtfVx va9uJPSqVVgNHWyGWWLM42uczxwFhwICAv0VKqpY62MxStzNNri5HA3HCxVKhwunw3NuGZc1r6uN 7XtxJ6UBdIrCowGjq5TLJFdxtc5njhoOBtzK6q6SKujMcrczTa4uRw1HAgoCqitaHDKfDQ4Qsy5r X1ceHDiSqU+A0dTKZXxXeSCTmeNR6hsgL9FRq6OKujMcrczSQbXI4eoQvFDhsGGhwhZlDjc6uPvk oC5RWEuA0c8pmdFd5N75njX1L2VzWUUVezdytzNuDa5Go9QhAVkVtQ4dBhrS2FmUONzqTr65KoyY DRySmZ0V35s18z+PG9r2QF+ixG0FRCGRxSwum3j7NY1zWm7WueSS57AAA086x9FiIw5pbDRSNBNy N9THXhz1BWSo4olNIxccMLk2bOi1F0kDpt8aCTPmz339Pxve9uUWVxW4n5YMDJqKRzQb231KNeHN UDpU61Hi30RrsGPeZsyLWKLEhhzCyGikaCbkb6lOug56g9CobyDfb/kEmfPnvv6fur3vblFuKa1H i30Ndgx7zNuRaxW4kMRYGTUUjgDcDfUo11HNUDpX2ixPyuYWQ0UjWk3tvqU66DnqD0JrUeLfQ12D HvM2ZFqLZIGzb4UEmfNnvv6fur3vblFlXrcSGItDJqKRwBuBvqYa8OaoCa1Hi30Ndgx7zNnRazR4 p5Xs3cNFI1tybb6lOp9WoKt2SQRy74UEgeHZr7+n48b25RZNajxb6GuwY95m3ItYrsRGItDZqKRw BuPi1MNfWqAvVHivIGbuKika25Nt9SnU+rUFNajxb6GuwY95myotRikghlEzaCQPBzX39Px6bcos q1diDcSDRNRSODTcfFqYe9UBNajxb6GuwY95m0ItapMVNBHu4qKRrQSbb6lPH1agq2gkgp5RKygk DwSQd/TnU9RqLJrUeLfQ12DHvM25Fq9dXtxINE1DI4Nvb4tTDj6lQFUpMWNDGI4qORrRew31KeOp 41BKa1Hi30Ndgx7zNkRajTyQUsgljoJA4EkHf0546c9RZVa6ubiWXf0Mjst7fFqYWva/CoHQmtR4 t9DXYMe8zaUWuUmNNw9jIxSSMjDmNvvKeQN3jwwE2mc62Zw5islRYHRUr2yxRZXC9jmeeIseJI51 jFC4b5lDEorxkUVrXYVT4ll37M2W9tXC17X4EdCq01LHRxiKNtmi9hcnibnjc86gkqorCkwKjoZB JFFlcL2OZ546HiSFUrsKpsSLTOzNlvbVw48eBHQgLtFSgpY6aIRMbZgBAFydD1nVWtJgVHQyCSKP K4Xsczjx05yQgL9FaV2E02JFpmZmLQQNXDj6hCrQ0scEQhY2zALAXJ09XigKqKxo8DpKCTeRR5XW IvmcePqkr1XYRTYk4OmjzFosO2cNPWIQF4ipR0scUQha2zA3La54dF+KtqPBKTD37yGPK6xF8zjo fVJQF8is67B6XEXB00eYgWHbOGnHmIVdtLGyHchvaZctrnha1r8UBVRWVFgtJh795DHlda18zjof VJX2twalxF4fNHmIFgczhpx5iOlAXioQ1cc00sTb5o8mbTTthcL0KWMQ7nL2mXJa57m1rX48F4oq CHDmFkLcoJuRcnXp1JQFwiIgCIiAIiIAiIgCIiAIiIAiIgCIiAIiIAiIgCIiAIiIAiIgCIiAIiIA iIgCIiAIiIAiIgCIiA//0eqUREBDGP8AnjWfN5vqyqdLiclJT1EDQ0tnDA4kG4yHMLa+/dVMf88a z5vN9WVdYFDHHT1tW9jXmGNgY14Dm5pDlzEHQ25rq+mlRJtTshsyzUt+RSJN0rScrXbkw7xaYfi0 mHsliDWSRygB7HglptqDoWkEdRVTy8eyOeOOGKNszGMcGh2gabgi7ib9JN1mqLZ+krMNpZiMshdI +R2Y6xRvyvFr2BAIOnQsZtbQQYbXvigZkYGsIFy7iLnUklYqOipKRwyc5ueKcDSnyGdSkggUU1KS ax29Np4w/aWfC4TFAxrbhwLs0p1cLF2Uybu/9dX1u09Q1gGSPOIdwJbO3gj6O6y35r2v1q82WwGD G6eqEhDXtdCGPJIDcziDpcAk8ADzr67A6avnq7E0cVLlBzNfK4gktLj21789hp76iKKhrxKKG1Sm 5Tvyll6leJhhpqkMULsvJXrZ+OlnHtRUxlpDI+1puTDR3cdPdd17XUvrNqamPJZkfaU5pho7uDbX uu609TqVzBspDJHHK+sYxkrpBG5wY0FrDYOIfIxwv0AOtzq6jwGnrqPD4s7Y5JH1DA9jA/OWuNru u3tdNDrx4KIo7nxTtadjssib4yYYafHKyatWSXAjCVGNOrImMmhie6Nm7bIc4kDR3PcvDTbmuD13 Veo2pqak1RLYxylsbX2Dhbd9zl7bQ9N7rKtwCCspMPhc5sUr5KlmZsYeXFrjbMbt0FrA68eCtKbZ IGKOSpqmQ7x0gbcx5RkOW5LpGHU+hDutNcoLZ2SbSvvDg58M7CKlMpSxLFmt0ljW4+/EMzpoIXSO YGGWz85tpmtnyZtOOVUsOxd+HxTw7uORkwYHh+f7iSRYtc0jUq8Oz8ENEKqWra0uMrWNDHPDnMNg A4G1j0lecZijmo6KraxrHSCRjwxoa0mMgB1gALkHWyzTo3KFKxxSwpJq1S0YDFqk2zdqU8DbwPpZ 8btTUtkc/LHlMO43VnCMR+hFnBw9W916G1VQ2VkgiiAbAacMAfkMfQe3zX67rCos9Zo9yr0jDXY1 1J4+DkRlGY87dMhkghlZG5zow8SdpmNy0EPBLep11Up9p6ilNMWMi+27pXMFnW+K3zA9twF9LWWH RHRQO+se/Y9MxrkavM9SPMji48SSforyiLMwbm5sIiIAiIgC2zyNfPGX5g76ti1NbZ5GvnjL8wd9 Wxabq9AI8xuub0GgzklIiwUUVViVVXAV08LYZ2RsZG2nLQNzDITd8L3E3eedURcmdRYrymqvvUq/ Ao/zMnlNVfepV+BR/mZAZVFivKaq+9Sr8Cj/ADMnlNVfepV+BR/mZAZVFivKaq+9Sr8Cj/MyeU1V 96lX4FH+ZkBlUWK8pqr71KvwKP8AMyeU1V96lX4FH+ZkBlUWK8pqr71KvwKP8zJ5TVX3qVfgUf5m QGVRYrymqvvUq/Ao/wAzJ5TVX3qVfgUf5mQGVRYrymqvvUq/Ao/zMnlNVfepV+BR/mZAZVFivKaq +9Sr8Cj/ADMnlNVfepV+BR/mZAZVFivKaq+9Sr8Cj/MyeU1V96lX4FH+ZkBlUWK8pqr71KvwKP8A MyeU1V96lX4FH+ZkBlUWK8pqr71KvwKP8zJ5TVX3qVfgUf5mQGVRYrymqvvUq/Ao/wAzJ5TVX3qV fgUf5mQGVRYrymqvvUq/Ao/zMnlNVfepV+BR/mZAZVFivKaq+9Sr8Cj/ADMnlNVfepV+BR/mZAZV FivKaq+9Sr8Cj/MyeU1V96lX4FH+ZkBa4wft5RfNZfrE695mjmCx1dQzUlbSOkrJpxnmGWQQAD4h Mb/E4mG/r26lUfP2p9Qrpo09bcWJPjOWmilFz+JGLpvJH2YrJmQQ4zh0kj3BjI2VdO57nONg0NDy SSdAAtizN6Aor8iOLHBs/g7uXUXJtxGd1yKbf5PQ73lmXN9+3dvvqw2I43Uxt2gjFfVbujo8Ukw+ XfPBlcWk1HbB93mmkO7ZmHa30uRcbIlUTngUbxWQqeUJKKOqn1KGHS5ZCbczegJmb0BQri+NVWys cU2FYhUVbqnBqyrlM0z6xuaJkboatrXlzYwXPcMsYax17Ze1FrjHap+y5MWG4jVTsqcHxColMtVN VOaYo2GCqY573GLM55HaZWHSze1Sk7lqJvqKinLHDW7K+mcsYObqy6lKVmCy/wBEumU5blxCmgli gfIxskubdsJAe/ILuLRxIAIv0XHSq+ZvQFEEWz0FNj2zEzqitllfBVyyPlrauQOeI4nEhhlLGtJJ uxoDSNCLABSnv1nrbTad9Nqy9YYa4mk1eaTLzM3oCZm9AVnv036a2ya6LzM3oCZm9AVnv036a2xX ReZm9ATM3oCs9+m/TW2K6LzM3oCZm9AVnv036a2xXReZm9ATM3oCs9+m/TW2K6LzM3oCZm9AVnv0 36a2xXR5qsdoaKbczSBj8hk7Zjw0tAuSHZcpNhwBv1KvRV0GIwtmhuWPF2kscwkcL2cGn2lgsaw2 XGnta58bYmNcW6F0hkPAnSwaOo/YtkaKWZkLBOWZwLOMd8htoCLgW9TmUVGK6K+LkcmNu+0v60RL YaXuAtUxQmelka1xaS+mAc22YXniFxcEXHWCOpZalwaqLB+nOq8Gj/My56dSaWfiOigc0+dxmbRY rymqvvUq/Ao/zMnlNVfepV+BR/mZaDcZVFivKaq+9Sr8Cj/MyeU1V96lX4FH+ZkBlUWFp21NDiUM D6uWdklPUPIkbALOjfA1pBjijPCQ3vdZpAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBE RAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQH//0uqUREBDGP8AnjWfN5vq ymF4oMPEzHs3kczCx7M2U9LXA2NiDqNFmsX2m5PWVMfIaJ2WaRuZ0N3GziLk5tSedWnZZ8r6D2D9 ErxOOKjScE1JdSRTtQQxtqOTTfUTEy1808MUDnXZEXFjbDTMbu1tc+uriox6sqt9vJb74MbJ2rBc M7ngNLdSvuyz5X0HsH6JOyz5X0HsH6JTzT71LHfV9ufCRYu9j0MxVPiM9LFLDG+zJcucWGuU3bra 416FcVG0NbVb3eSA71rWSHIwFwbq25DQb9fFXvZZ8r6D2D9EnZZ8r6D2D9EjrNzdEp5104EFJKSp GlmZj6bG6qkjbEx7SxrszQ9kcgaeludrsvrKrDtJXQNa1sgGQvLTu4y5pfcuIcW3F78xV32WfK+g 9g/RJ2WfK+g9g/RKGm79Enz0E0r1K1zmWdPtFW0rGMZIAGZ8hLI3ObnvmIcWlwJv0rxT45V0zBG1 4c1ri9oexkuVx1JGdrresr/ss+V9B7B+iTss+V9B7B+iST79K3KhNd/XoZi6jEqiqibFI+7Guc4C zRYvN3HQX1VXEsTFayCJjN3HCwta3NmJJN3OJsNSepX/AGWfK+g9g/RJ2WfK+g9g/RKeas7l3m2u aV94RzNvcy+pbV3r5gUWe7LPlfQewfok7LPlfQewfollXpNx15GNWj3fXWYFFnuyz5X0HsH6JOyz 5X0HsH6JK9JuOvIVaPd9dZgUWe7LPlfQewfok7LPlfQewfokr0m468hVo9311mBRZ7ss+V9B7B+i Tss+V9B7B+iSvSbjryFWj3fXWYFFnuyz5X0HsH6JOyz5X0HsH6JK9JuOvIVaPd9dZgVtnka+eMvz B31bFY9lnyvoPYP0S2HYfG/LKskj5LTQ2hc7NDHkce2YLE3Omq03TFG6GOcErN0jbc8MCpYZRTtx M3dYrBvkrFPw2z9ZqZZVYrBvkrFPw2z9ZqZUxbGVREQBERAEREAREQBFbzV8UD8js5dYOs2OR9gS QL5Wm3Arx5Zxehm9gm8RAXaK08s4vQzewTeInlnF6Gb2CbxEBdorTyzi9DN7BN4ieWcXoZvYJvEQ F2itPLOL0M3sE3iJ5Zxehm9gm8RAXaK08s4vQzewTeInlnF6Gb2CbxEBdorN+LQRtLnCUAAkkwzA ADie4V4gCIiAIiIAiIgCIiAIip1FQylYXvJABA0BcbkhoFgCTqUBgMfNqmlP3+b9Z51it8Csjick WJV1DF8VaDM8k2mgOkMp0dZhHrH2llvKCn9HU/jqq/LV00VNDRQyabmuNnNS0MVLE2nKXIiOItgd moJGyswXD2va4Oa5tJThwcDcOBDLgg63VTHdl6LF8NnoI4oYM8FTDE9sTDueUMcx7mAZbXzEkAi/ OVIflBT+jqfx1VflqeUFP6Op/HVV+WrN3TRRQuFwOTTTWcxVz0qiUSjtTTnfvGiYDgGH7ORltJSw QueG718UTInSuaO7flALjqTrfiV9oNncJwtk8dLQUsLagWmbFDHG2Uaizw1oDuJ434lb15QU/o6n 8dVX5anlBT+jqfx1Vflqyd2QRObgdubCQrkjViixY8Bp1Rh9FWGAy08Uhp3B8JfG1xicBYOZcHKQ OcWV3v1s3lBT+jqfx1VflqeUFP6Op/HVV+WpsyDcvHfI2JHukazv0362bygp/R1P46qvy1PKCn9H U/jqq/LU2ZBuXpGxI90jWd+m/WzeUFP6Op/HVV+Wp5QU/o6n8dVX5amzINy9I2JHukazv0362byg p/R1P46qvy1PKCn9HU/jqq/LU2ZBuXpGxI90jWd+m/WzeUFP6Op/HVV+Wp5QU/o6n8dVX5amzINy 9I2JHukazv0362bygp/R1P46qvy1PKCn9HU/jqq/LU2ZBuXpGxI90jWd+m/WzeUFP6Op/HVV+Wp5 QU/o6n8dVX5amzINy9I2JHukazv0362bygp/R1P46qvy1PKCn9HU/jqq/LU2ZBuXpGxI90jV5ZM8 Tx9/pv1ohW50vcBYHaPCoKKk3rXTktmpjZ09RKPj0Y7lz3A9Wh6tVk6XE4sg7WX2GbxFz09IqSUS Ur/Eb6GB0c4W53uMyKK08s4vQzewTeInlnF6Gb2CbxFpNxdorTyzi9DN7BN4ir09QyqYHsJIJI1B abglpFiARqEBjqnz4pPwpWfXKVZVYqp8+KT8KVn1ylWVQBERAEREAREQBERAEREAREQBERAEREAR EQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREB//T6pREQEMY /wCeNZ83m+rKu8BwaPE4KuVzJZHQiMtjiIDnZiQfuD+Fr8FaY/541nzeb6sqnS4nJSU9RA0NLZww OJBuMhzC2vv3V9KJ0SUNjlDomp7xSThVK3FemzMVWyIdUTR08zGsiZE55meGlhfoWkgWuOfgraLZ WebIBNDeV0jYhmcd5u+JaQ0ix5i4i6sKPE5KKGohYGls7WtcSDcBpuLaj7Ku6LaSeijhaI43mDPu nvDi5mfjazgD0jMCsXDTwqSaeKy29y7xknQtzalfzX+Q+jZmobSiqkc2NhzcWyuPanKblkbg3XQZ iF7bspUPYwtliLnwb9sYL85Zx9Blv1XXmi2nqMPjcyJrQXB2Z2aUkl2hcWmTd5uvKrmp2qDY4G08 QD2UrYHSPBzj0WWz8tusi6hunnZK+5XpXn2hMKoMM71uO+t+U+1KcOxtdNCJQGi8e9DSH3Lebtsm S5GoBddXFds011NTTxZIWcmbJLJI5+UvJsANHHMegBY52PvmZE2aCGV0TMjHvD8wbwANnhptzXBV Zm1lU2JsJbG6NsO5Mbg7K4czj2wObrFkauhuc1Y81lunBfELoErU7Vntmu1vYC9fsrBvqCOOXOai IPc0uLNcpdma7dEBunOCernWPbs1USvpxG5jhUOe1pBJDSw9sHdqLW46L1DtRPC+leI4i+mbkY4h 9y2xblPb2PHoBVOk2kqaKGWFgZaQvNyDmYXjK4tN9Lj1USp1ec8+d8UhOhcp2Xr2CxT35lxRbHVl exr2FlnueGG0hDsuhdcMIaDzZst1RGzU7aY1MksMY+KDK9+V5dGbFoFtT0WVKHHXtgiglhimbE4m PeB9231I7V7bi/MbqlVYtJV08dOWsayN73tygg3ebkcbW6FlKmnfUp4sFvaEToZXnOWPCVsOwyOr oq2dxcHQCItAIsc7i03096y94Ts1VYxGZY7NZnDASJHXcdfuDHkAc5Nh1qhh2Lvw+KeHdxyMmDA8 Pz/cSSLFrmkalVI8dcyJ8BgidC5weIzvMrXAWu07wP157kqYtdnFVwtSvXpKfPvkQ63KGeWefAZO PZYGjkZJkjqG1Yhzuc/LYtFmgNBvcka29WwVnDspUSCYvlgiEUpicZHlgzAX0NtQebn6lSbtFNG0 MZFE1oqG1Aa1rgA5oAA7rudPV615rNoJ62KaJ7WATTb51gbh1rWGp0WChp1O1Wy516dmkyboHKx2 T5+2lboKlPsxUVVM6ojc1zWsLyMsrdG90A50YYSOgOX2PZepkLQHx9tTcpGru46O57r2utehtXUB ljFEXbg0+ch+bd9Fs+W/XZfYdrKiGNrd1CXNgNOHkPz7s82jw2/XZS9kWylfsvZe0C1iyc8t/Gu1 L+fZmKWGihp3Q72eIyFzjMHusC4humQC2mousZJsxUxQmZzmBohE1yXcCQAzue61Gntrx2RVGeke AwGlaGs0OoHotdfWsqlZtTVVkUsThG0SPDzlBBFstmjU9r2o0UKGnhd9NNuc7XtnxSDioWr1qSlK xOxT356T5PsxUQ0rqsOa6NoaT2srDZ3AjPGwOHqEr3W7J1NE2YmSJ5hEZe1hcXASdydWge3f2krN qp61lQ10UQNQGCR4D8xyWy8XkDhzBfJ9qqqc1Li2MGobGHWDhbd9yW9toem91K2Rkv5L3M+PB6xl vctvAXfY4yho681BY6aFsBDWl94y86g6BpJB5iVceRr54y/MHfVsWMq9qJ6yOoa6KIGoEYleA/M7 JbKdXloOnMFk/I188ZfmDvq2LXSqkVBSuO+0s15TlknMzo3Rumo1Bgbz5JklLFYN8lYp+G2frNTL KrFYN8lYp+G2frNTKnLUvcSrm4ZTTVDmlwije8hvEhoJIH0FjMO2jdLSvq6uJkEQaxzJGSidjw8c BZrXZge1y5dToLrLVbZXQvEJYJMpyF4LmX5rgEG3qFaa7YapmiqgBDTCR1PIyCGSUwbyI5nPvkYY 82g7QaWB1KK++dzrbRg0mwP2sw5kbJDK4B8phDd1LvN4BfIWZM4dbgCBfS3EL7RbV4diMjI4piXS F4beOVgJZcvbdzAA4AXLSb21ssNDsfUNlp5rRMcysFRIN9UTktawxjt5Llz9ehotpzL1DsfUgU7X vjtHV1kzrF18k4kDQO17oZhe+nWUwdOJcr0Dp4eRaTM0+1GHVW8yTi0bHSEua9jSxpIc9pc0B7QR 3Tbj6Ks63bigpaSaoZvJDFu7x7qWN/xTRhIcwENPorW5hc6LG4PsXPRNDJWwO3dPJBG98tTUB2bT WNz2MjaQBmY2+vAiyp9hte+iqafeMja9lO2KHfz1ELTE8PJDpG5mA2tlANutLJ6OFz3pDp4O1Njd tLQNmZAZSHuLBrHIGtc8XYxzi3Kx55muIPVqqR2tw4OkbvX/ABOXcvdupsgkzBmTNky3uRpfr4ar DSbHVE9XJLI2JzJ5op3g1FSAxzQ3M0Rs3bJNWgte7KRzg2ssphuFV2Ew1QiMJfNWyTDOXlgjkcCQ bAHPlvbmvz2RZem9ZvvQHk6b/IjJRfJk3zGH6qVWVNjNVXSv3FPG+Jkxhe4zFswLXZXnd7sjTiAX gka84CvYvkyb5jD9VKsRV4FUV9UyV9NSRubK14qo3O5TkY64bbdDi0ZHXeRYnQ8EV9dOEYGZKPHq OWoNO2Ql+ZzR2jwwuaLuY1+XI5wsbtBJFjpoVb4TjFVioimbTx8nlzWeJy6VoF7FzN2ADcWIDiQf UKtKbZ+riliicYtxDUy1LHguMri/eEMLcoaLGQ3cHG4HAX0+QYBPNVx1ElPS07ml5klp3uMs2Zpa WuBiZ2pJzal1iB6qYOdxdPah9Ol9oZGPaCCs3jKW8sjWPcxpa+JkmU5Tke5oa5t7AubcC4Vo/aWW lFRHPTtE0RgDWxymSNxndkjGYxsI7Ya9qbDXXgrLCdmqzCGjI2Jz4IXxwSSVNVICTYNvE4ZIwbDM Gk9AsFUgwCtfSyRSshbKZIpzKJnSukljc14zXgjyt7UAZb5RwGiWcHDg5w5S7l2kkp6OrmdTF0tI XCSOORrm6MEgcHvEZLcpF+1vxsDbWtiONy074YaeBssskT5srpN00MZlv22R93EuAAt03IVnPg1b LRV7Q2Hf1pddpkfumAxiEWdurusG37kcbc117xPCKrEoKcGGJszWuaZG1M8ZjvYXaY2MdICNS0lg JA15wc5ZZLTK3fJsmvDtE1LjMvh1czE6aKojuGysa9oOhs4XsetVROwyGPMMwAcW31sSQD6mio4Z QMwulhpmElsTGsBPE5Ra6+V2Hsrg05nMe2+WRhAe2/EA2Oh5wffAUuU3K9MxU5KZTxOdk1HVhjgS yOVrrG9jkvY9eqvlYV1NHR4fPHG3K1sMth/XSSTzkniSeKv1BJgsT2jmpa4UVPTNmk3QmLXSthc5 pdltGC0hzhYkglo60O2VHFU1UEokjFM6Fjnujkyl0hsALNPORbp1I0F1b7V4BV472kcdMQGgxTOd JFUQSXuXtLWuzcAQLt1GpKtMU2Rrat9dkfEW1BpJGuc5zXZ6fKMrgGOFnWPbAm3QUWCePj4kHhli 35cbM7LtJQwh5MpOSbcENZI9+9sHZA1rS5xsb9qCrDCtsocRZDI/dxNkZUv7Z7iQ2B+Quvuw23Ob kW5geKsYdlsQjkNVeAzCufVNjzv3Za+MRFhdu7gjmOXXoF9LZuwVXPTxQzSxC0FdG9zMx7aokEjC AWjQc4uOq/FRbLLLfqz4SbN9aKzXBI2IbW4buZJzMWsiMYfnjlY4bywYcrmB2U30Nrdei+janD3Q 74Sutvdzl3Uu93nHJu8me9tbW4arAO2Lqp4Jg4RMlfyVoPKKqou2J4kdd0nAaHK0N06TfT7X4JUY VKawWe4Yg+ojY1k8gLHxCMtdu4pHNOhN7Ec3Opsn041xNkWy6cT40jOdluGugjqGyueyQSFuSKV7 iIzZ7srWFwaDxJFutfKnbDC6Mt3k/dRslBDJHt3bzZryWtIDb85tbn4rWaLZXEa3DqVrxGWltXng mMkTA6aQvjlLA12YtBuGOAsecHhWfsNWvpJIc8Ic7D4KUds/LnjeXF3cXykev1IsuPifItIsnZ02 pcEzZKnajD6OoFNJKQ8vjj0ZI5ueTuGFwaWhx42JvbXgvU2IQYlT54H5mtqImE2I7ZkzWuGoHAha riOG1TMQNPDGXslr6Wpc7dTjLkDc4zmMRWs24Iff7ja62qblPJ/tzu83KIsu7zZcm+bkvm1zWtfm vwRWqfTeXKx2nHyItMSkAxPDma3Msp4G2kMoOtrA66DidbcCs8tbxSnkdjWGSiQhjXVDSzmLnRPL XesGkev6q2RS7yzPhZCvvPxI1Db7yRoNgzTtlp3zGcPIyuDQAzKDe9/RLUP0oil+86T2Vviq2+1A ta+owwOcGjJU6k2HGPrUSyx05c1rXi+Y5uIAHqnRcdLSxwxtJ4sCLy4biuamueCOkhm3Obm1ebxM min+1DYe5wE1DNG0kAuDmvsOm1gT6ylWnqWVUbZI3BzXgOaRwIOoK4/q4Yo2DI8El1uIvaxUq7Le TrQYXT0lLUUlQwRxRRySNLHtJa1rS+1w7mvbUrOipm7I3bgNV3anwwKGK54HKTrKc+EmupqYqOJ8 0z2xsY0ue97g1jWjUuJNgAOcleZ62CmMbZJWMMrskYc4NL3WLsrbntjYE2HMFrm3lVHXbKYnNE4P ZJQVD2OHAtdGSD9BWOBVU1NjDzjLGMqZoC+jc1xfCyBtjNAwlrfioNnyHi8EW7Vlm9kFGooHHO9O zC5KdnHiRWVOZTw80pZqvZjc6mpio4nzTPbGxjS573kNY1o1LiTYADnJVQG6hXGdqMQraOthkqqi eCrwbEalpmiooY3BoZupYGQudOyMh50n7a1tbg22St2nxkYtM2Bsohpaqip8pNCyjeyZsRe6R0sj ajeHend7vtSWtFnEuW13JEpKtDNzdrkrIlDhwzZMVG0r66lhvyUMpaSRlTfVRRyshdI0SPDnNYXA PcG2zEDiQMwuRwuOlR5h2P4w2ajqZKt8zJ8RxOl5Nu4Gs3cHK3RWIjEm8vC0XzWI4i9ysQcer6V1 BjD6zlkz8FxKsbCWRNZG61M/I3dta4x37Xty53antr3UK5om5TV53p35RNK91UKidarNTm0uc3Dw ol5FFx2ix+np54nTTMc6TChFNU+VrqlvKpxBJ2lM6SPdkC8bnNvfMLutpJtNE6CJjHSOlLWgF7w0 PcQLFxyta254mwA6AFhSULo1NuF2tWOd5J8Zg1LCnm0lRERaiAiIgCIiAIiIDE7UfIXz+l+vxrIU vcBY/aj5C+f0v1+NZCl7gLJ7VZ3xGK2zzLjKy8STshLQ9wBecrbm1zYmw69F7VOppo6yN0cjczXc R7YI5wRxBHBYmR9M7BII8wzEFwbfWwIBPqaq3wz4075tUfXXr7Q4eyhDjmc97rZpHkF7rcATYaDm A98lfMM+NO+bVH116Atanz4pPwpWfXKVZVYqp8+KT8KVn1ylWVQBERAEREAREQBERAEREAREQBER AEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREB//9Tq lERAQxj/AJ41nzeb6sr1hGE+WYkc4vY2MAl4bHkFzbVz5IwOrUkrzj/njWfN5vqyqVHilRQNeyNw yvtma5jJGnLqDZwIuFfqs6JVZTlDfKN1dcda9NzkbC3AmYXDi0UgZK6JkBY/KLjMSbi97G3GxVbG 9mo6qsqXsLIIoWQ3yiNvbPAtYOfG0dZJHrrXpsfragzl8t9+GCTtWDMGdzwGluqy9O2irnSySulu 6Roa8FjCxwHAFpblNvUWrWqedaspy505Qp2SyM3a7Qyq1XKfPv45l/HsvA99TeuZu4GxvMjG7wEP NjcNcbEW4C6sMMgonV7Y6iUmAOcM9izMBfLfiWg6X6PbVOTG6uRsjS8ASMaxwaxjQWt1aAA0AW6r KhR1stC8viIBLS03a14IOhBDgQVsUNLKKtFfUlKSwX5yvzNcUVHNVYcM3ObsxXzbKPZ2nlqqZssE DopHPG8ppZJI3ENJ3bsz7gi17j1OlYhuz0dS3exTENNW2mAcyxGYA5u7PDhbn6VZ+X1YHxPbIG7o ksDGMYwE8Tla0Nv6oXqHaKtp82R7AHPEhG6iLc40DgCywPWLLBUdOnOsrywuV/KngM3SULUquPAl gySwmVptl46Goa+eW7G1jIGtEYdvCDc5gXANbzc/qL3XbPCrNSYWxtca8wMFnNsDw1Dsobrwyk9f MsQzaOuY5zt4CXSb05o43jP6MBzSGn1LKlJjlZI17TKbPl3xsGtO89ECACPWTW6eabiWDinZLIxr lDJpQu1vgilhyoydTsrFA9sbaxhfv2xFh3eftjlzgNleSAeY5Svs+yHNDPnIqhTOzMyAOP3IHM64 6dPorHybQ1spzF7c2Zjy4RRNcXMN2kkMBNj0r4MeqzcOkNnTCd2UNa4v9EDlNj7XUpUN0WTiWXey ZyHFQWyheTfy5i+qdm44IzJDM+XJVcnLdyAS4aktG8N+oaX6lf4rge+jZbcs3lYI3BsbGvY5wAy9 pNIMo45SQbrH4htW+piZHDHuyJt8ZLxl5eBYHtI4x6pIJPSrOXaKtmABkaAJRN2scbPig4PNmi59 XjzrFQXRFVbaUnhlOVmJEuKgU6qdqwTv243lRkJ9kOaGfORVCmdmZkAcfuQOZ1x06fRXmbZVrm3p 5y9wqhS2fHuxm9FcPdp611YDHqs3DpDZ0wndlDWuL/RA5TY+11K8xPah1bA2GOMxne75z7szl9rA 9pHEL9dietTK6E1zSdtrsyZFlvCdzutY1Y5X8ssOY84vs9Fhkb3NqmPex+Qxkxh55swDZHm1+YgH qXzCdn48Rp2zvnMYdUNgAEec3cAQe6b06/rhWdXjdVXNe2VzTnILiI42ucRwu5rQ4+uV4p8VqaWN sUb7NbK2YCzT27dA7UX9bgs1DTVJOJVpq3JhwGDioq81C6snZltlhzGWm2SNiIZw97akUzgWFjcx 5wbkkdOg5+PP6m2XhppWNFVG92/ZE6N2TMQXBpcAyVziOkHKfUWKfjdXI17TKe3l3zrBrTvPRAgA j1lUk2hrZTmL25szHlwiia4uYbtJIYCbHpWNW6LOaWXeyZzJxUFsoXhlv5cxlJNlYnPlLp92BVim a1kZcLkCxGaS4GvOTpzngqcWyGXeunqGxsZOYQ7tNSNS455IwBbmBJ6tFjXY9WvveXjMJz2rPjg4 O4e1w6kGP1gMpMgcJXZ3teyN7C70WVzS0H1AiguhLbq8uLJnDjoG9q7748uYv4tmafdzSy1zGRxT brO1hla67cwIyn9fpV95GvnjL8wf9Wxa9UYxVVUckb33bI8SOGVoBcBYHQC2nMNFsHka+eMvzB31 bFhTKNUFJXinYpXpcCwmVC4HTUdRStc9LlheCRJSxWDfJWKfhtn6zUyyqwrafEqGpq3wQ08jJ5Wy AvnkicLRRREECCQcY73vzqmLYzSLFcpxj0pSfjuX8ypynGPSlJ+O5fzKgMqixXKcY9KUn47l/Mqc pxj0pSfjuX8yoDKosVynGPSlJ+O5fzKnKcY9KUn47l/MqAyqLFcpxj0pSfjuX8ypynGPSlJ+O5fz KgL2aginfndnDrBt2ySMuASRfK4X4lePKyL0U3s83jq15TjHpSk/Hcv5lTlOMelKT8dy/mVAXXlZ F6Kb2ebx08rIvRTezzeOrXlOMelKT8dy/mVOU4x6UpPx3L+ZUBdeVkXopvZ5vHTysi9FN7PN46te U4x6UpPx3L+ZU5TjHpSk/Hcv5lQF15WReim9nm8dPKyL0U3s83jq15TjHpSk/Hcv5lTlOMelKT8d y/mVAXXlZF6Kb2ebx08rIvRTezzeOrXlOMelKT8dy/mVOU4x6UpPx3L+ZUBcvwmCRpa4ykEEEGaY gg8R3avFiuU4x6UpPx3L+ZU5TjHpSk/Hcv5lQGVRYrlOMelKT8dy/mVOU4x6UpPx3L+ZUBlUWK5T jHpSk/Hcv5lTlOMelKT8dy/mVAZVFiuU4x6UpPx3L+ZU5TjHpSk/Hcv5lQGVRYrlOMelKT8dy/mV OU4x6UpPx3L+ZUBlVTqKdlUwseCQSDoS03BDgbggjULHcpxj0pSfjuX8ypynGPSlJ+O5fzKgLKqo 2U+JUBaXn4tIO2kkePjM3M5xC2JavJLXSYnQCpghjbvZLGOZ8pvuZtLGGPTjrf1ltCyivQ5uNmKv xZ+JGGxvDqWukBnhhkyxnLvWNfbU3tcG17LHHZvDQfkOk4d6i6/vqz1XfO7W3xM8xPSvJ43vzehP WsJLpRsUcSUk2s0TRgm7O4abfbOk4d6i6vvqt5dmsOIH21pdR3qPq6lsTQRk14g/cT1LwWHQE/cR 9xPQEksS0DXKTdRdEypQ0ME1A2mfFG6IsMZjLWmMt1aW5TcZbaWVTEoKEtjlrGQ5YZGPjdMGWZJf IxzS7uXXdYEa62HFWuIYgzCcKqKl8whbDFM8yuY6VrMuY5iwEFwHHKCCeF1GWKY7iU1Li1FWVFQB DFhUzXVraASxukqbOcRSuyZLNa4NfZw59CCd9DQxUt5yScKwztcnLMTDA4lOdk5aWk+FEmwbIYNS h7YsNpGCQPDw2niaHB4s8GzdQ4Cxvx51czYHQVFVHWSUsDqiJuWOZ0bHTMbro15GZo7Y6A856Vo0 uOYnDiBwcYi9zTWwQ8tLKflDQ+mlqXRWEQhz3jABMfcutYusVTocbxjGqimo24i+INZi4fPFFTl8 vI6iKCKTt4nsDiCQ+zQ0nNYDtbZOipL7jV5uc4trVcU72JXuImpE5Td/P1KfDVZILMLpI8mWCIbu R8rLMaMsj82d400c7O65Gpub8SrTDsIwinqJpqSmpWzB7xM+KOISh8ga94eWjNmcMrjfUixPMo6k 2sxyvw+etZXGE02B0NfkZFAWvnkbO54dnjech3YuGkHhYjW+UxbazFWy1NPCZnF+Kx0rDA2mE8cZ o46ohm/ywlxfcXkJ0JAucoUu5qRROGsp2p2vHCnOy9zQqRYXgbv4oVE96I3Sj2awvDojDT0NNFGZ GylkcMbGGRpDmyEBoGYFoIPEEDoWRUeYPjeNYnVYZTzVDorRYjJMGckkkm5LPFFG15YJo2OIcRK2 MizrgZSBbDU+22PnDKmucZWb7CqqsZvvK/LFLGGuZydkb3SuiGezt80kENuQSQmx6SPqcLv9Sv2t b9RhUUUTlNTmlfwtyJcRats1VV8WK1tFVVbqlrKajnaXsiYWumdO17G7tjLs+JjLmu4c7itpWiOC pFKadidl61TwmvkT0pNbzCIixAREQBERAYjatofQEG+s1KNCQfj8fONQq1LhkWQdtL7NN46obWl4 w9xYAXb2lyhxLWk76OwJAcQOux9QrxS1OL5B9tKX8dS/mVZParO+IxW2eZcZkPKyL0U3s83jp5WR eim9nm8dWvKcY9KUn47l/Mqcpxj0pSfjuX8yrEyLrysi9FN7PN46r09OylYGMBABJ1JcbklxNyST qVjuU4x6UpPx3L+ZU5TjHpSk/Hcv5lQCp8+KT8KVn1ylWVWHpqavqK+KpqYoI2xwTxgRzPmcTI6F 1+2hjAA3Z6eKzCAIiIAiIgCIiAIiIAiIgCIiAIiIAiIgCIiAIiIAiIgCIiAIiIAiIgCIiAIiIAiI gCIiAIiIAiIgCIiAIiIAiIgCIiAIiIAiIgP/1eqUWE2584MV/CNX9aeuadh/I7r9vuU8jkgZyfd5 9857b7zPltlY/wBAb3suenuiKijhghgrOJN35XucXmpOolDqhctNdVPdSueCiihhbdHXXNXnOtDK 1yJKx/zxrPm831ZWS2Yjh5NXyytad2yMtcYmTFt3EEhr7A/RUS1nkb4hRTSQvlgLo3uYSHPtdpIN u0GmipdgFd3yHwn+IrF3dd0VGoVcUV6G3XFgl1U5l2z2oUNJWertFfdmx340Jfp4IsQpsRmDr7pk WU7iCK9yQdGh2X1WkE86ucU2YpKZlaInS5qZsLruc0tO84iwaDp039bnML9gFd3yHwn+InYBXd8h 8J/iKNmaoTmrjjSssrrBLquR6TJagagSk9XKJ37dYfjQm+PAMOpsSgpGOmMjrOcXiF8eUxl2gc0g m/SPb1WKq8LpcPpYp5RLIZny2yOZGxoY7LY/E33PPpZRL2AV3fIfCf4idgFd3yHwn+IoV2aoJqdy RuxT5u/KeGVl9aA9QO2fk5at0OTundnO1y0nOswuDFoqZji8SMw1srSCAzteAIsSb36RbrXifB6H EZ8KgEboxNAHOcwsBNmuOvaauuNXe0oP7AK7vkPhP8ROwCu75D4T/EUbK1QV65I+pS5u83PJl3ie 3DqA16HlDeS7t3eUur5HpJmw7Zemq20Be6QGofO19i0W3ea1u10Omt7r1S7LUtcaJzHyNZO6cPDi 1zviV+5s0AE257261C/YBXd8h8J/iJ2AV3fIfCf4il3Zqk5yuWNX+prDPJlWgjuH+2e8HdDg70Ps 5KuK4bTQUdLVQCRu+MoLXua+2Qho1DGrELQewCu75D4T/ETsAru+Q+E/xFsh1Qu+FSdxRu197MDd i2uAwi7Z3UGJzWrtErPAd+NDfkWg9gFd3yHwn+InYBXd8h8J/iLLt43d4AxeJPHTHuG9QfB9ReK7 8aG/ItB7AK7vkPhP8ROwCu75D4T/ABE7eN3eAMXiTx0dw3qD4PqLxXfjQ35FoPYBXd8h8J/iJ2AV 3fIfCf4idvG7vAGLxJ46O4b1B8H1F4rvxob8i0HsAru+Q+E/xE7AK7vkPhP8RO3jd3gDF4k8dHcN 6g+D6i8V340N+RaD2AV3fIfCf4idgFd3yHwn+Inbxu7wBi8SeOjuG9QfB9ReK78aG/LbPI188Zfm Dvq2KFewCu75D4T/ABFkMD8iXFMfmdDDNTNc1heS98gFgQOaM66rXT3fdsVFEoriiSav65e66bKH tnNQ4aSFrV2ibne2O/Gh1Ii5m8ivDpMH23p6SUtL4JayJxbctLo4pmEi4BtcaXAXTK4LnptfhcTh qyialOd7QTq3qUtSLoo6GGm11R0UNIoqlSyJxJKU4tyEWHq8TqIJonCN4zuDNw7dlz76l7C1zrFv 3LMQ23OCqW20R8q6qZsksb4YZHsdHLJFZwGhORzQ7hwN1srq3IV0VE4as2uavSc8hnUWjz7Q1ODu NNRxyTGOCKdwe2rrJJXSfcGuDnbrRpsXXFzoOKua7afEI3YpJEIWx0UUb2skjkMji+LeWcRI0Nse o9GnFZOyeSc+c5GtWyyy3/Im3otHqdrMWpW1DjyU7mlhqjaOUXbISDH8d46d37nXSo/aWrZVyxQC MGSuigBk3sgDXwCTNl3gAIPM3KD6pukrZdO2q8InZPpvVuA3RFo7NuK2ohpWsjY2aVlS5zmwz1DP iLzEAGRnOMx1uTZvXdZTFsam8qaeqMLopJJKUOjeZI3NL5GtcDlLHaX59DzgjRFbpS0uQdk8ie8b Ii0mDavFap8WXkzWy1s9I0GOQubu8xEhO9APc6t0v0i+l8/G6jEdnquqcRHKyOqaXR5mgOiL2Zm6 kjhfjp0qG5Q1sk95PjRKU4pZZb7XEzaEWj4Tjkr31VTVTPidTUkTooZHPbG6NzL8oeG5i4lwIOhL dBa5VtWbU4hVRTwy3jdFNh7myMY6nc5k0gBBbvZCAQOBINjZzQdFlK2WVLS5GM+ZnknvJ8ZIKLUM P2wq6+qblgLoXTTRENgnvGI7hsjpfjTgS2xaLWuNTYqzpNu65kG/qI4XB1BJVNbGHsIcx4jykl7r g3vpa3DXionZPJPeb4EZStlllvy4Te0Whv2jr8Hnr3zubK/LQNjawSblrpi8FwjzPdpzgG7rDhfS 8ftTiW7iYImtkfWx0wklgnhjfG9pcJGxvc14ItYi54cddErZZZc+aXGiOSfOlM3BFhcYxOroORU8 ZiM1TJuzI5jt0MrXPc7IH5uawGb11qeH7U1GF01PNPmmLYMRkdeWQkmKbK1vdZSNbAlpIHC3BJ8e 8piV7LLfcuIkZFqEW0+Kup6otpHTSRxxSRubTVEDHZjaRoZIQ57m8Rld2w4WKpu21nZGyMGN8r6k wZm09VdgDN5d0BAlzW0sHEc99CEydN+XCxl6b0+A3NFp821GK8lp5BSmIudO2aR9NUSNaY75Hbpp bK1j7Xub5eBvxV3jONSy4TSzwyBvKpKaN0sZNmNlcGuc0ua0jQ2BIBF+lOVLTeHI3ovmyotLq8fb s0+riibVmQGANbUPNTEN68xNkZZ8kpBsSWXBNrAAlVH7U4lu4mCJrZH1sdMJJYJ4Y3xvaXCRsb3N eCLWIueHHXQrb2OXPmlxh2X8/OlPiNwRaRX7QVdBXsaC2ZraqCGYsE7Wh8jQw6unDRxuI2tkA4uI cQlHjeLwwVcgtUEYi+ElsMkhijacpeI2yZntGlmt1GpJcit6c3ZkHZ05G+I3dFg6LaHfYS+ue+Em NsuZwErIszCW6tczeN1GrbEjmutXxTanEqqmqoXfEpIpKF0cjGupi5s0gFiN7IWggc5BsdWg6Jhl lW+xgbxT3iREWonamubUuw8iE1HKWQiXI/c5HR74uLM5dmAFrZuOtxwVvJtjiEpZFE2BsjRXNlc5 r3MLqW2rQHtNnX4Em3Sbap2TyT50p8Ylgyy32uJmaxHzxw/5tJ9YmWcWhUe0U+LYzhbHMY1j6dlS bXzB8kM4Ive2XTout9WUSklme9E1xGMLm3nW/CmW0rN5MRcjtBwt0lRV5KNfV4XX1r6eolhy4O0v kj1fHE6tjZUTNsCA5kRe4O4i1+ZSrVU8spDopAw2sbsz3HhBWnlVUb3fb6HeZcmfcDPlvmy3z3tf W3BYmRqOM7B4dVYVkwV9LDJOYHseSHRVTY3sk3Ur29vIyQCznAuOtzmFwb7yPq2nxLDXNp6UUXJa ipppII92+FssTy2TduDGh7CeBsDzEAghVvM2wvJMzkOG5ZyDM3yvhtIQbgvF+2IJuLrLUOCS4ZCy CmkghijaGsjjpxGxoHABoeAB1BAX8MDKmnMcrQ9r87XNcAWuBJBBHAgjiFisOwfZ7JJBSU1BkyNL 44o4MuTO4tLmtFsudjiL6ZgecFNsqubBMAxGeB1pIqWd7XcLODXHN6x1Wi7UUsOGz1sAGSlipdn4 5wNGilbVTtlDv1Hkvn++3vpdb6Gjca2zU4oUpZ0m3mmbIYW4ZzeNJZHCtPNWG7YPT7M43RS0WHsw 6opWuBkggFPLThxOYFzGXaDcXFxzLJmjw7CmwuMdPA2Nop4jlZGGtkc1ohZoLBzg0Bo4kAW4LD7R YnhGEzvqnzshq46CoeyUNklyU7S1xe9jCA5gdYtDiCTcMNy5aNPjeJVMs1DWS1LxFPgMoFW2hbO1 0lYA75EJYGkNaQH9sPUsTlBRRUzUm0m4Z1m5ubqtp3nLDoChbVadl/Lg42iUKfCsMmhcyKnp3RPj FO4NZGWGOMuYISALFrSXDLwFyLcV7qcEoKyKaGalgkjncHSsfGxzJHNDQ1zwQQ4gMbYm/AdAWI2b JhxTGoGntBPBK0czXSwsMgHqluY9biedbItMdaF33ehelJ7xg5p383EW1PhdJR7rdU8Ue5jMUWRj W5IzlJY2wGVpyt0Gmg6Fbx7N4ZCaksoaZpqr8oIhjBmve+87Xt73N81+JWRRY1osb05Z8Im+nIUm UkMcrpmxsD3Naxzw0B5ay5a0m1yBmNhzXPSqqIovkBERAEREAREQGJ2o+Qvn9L9fjWQpe4Cx+1Hy F8/pfr8ayFL3AWT2qzviMVtnmXGVkRFiZBERAEREAREQBERAEREAREQBERAEREAREQBERAEREARE QBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAf//W6O2584MV/CNX 9aeot+01/dv+I/ydSltz5wYr+Eav609Rb9pr+7f8R/k65KXu7oc0XAz0up/eNap+FKDscJu+IbR1 0FTMxstmtke0DKw2AJA+4q37KMQ797hniq6xaiibJUPLdc0huSeNyect9EOj7jx7XfUMCw+CuiqN 6NQGBhuRYuJaDx6bcVdwRUMUDiqKySfMqdth4uOGmhjUNd2zlzTkeOyjEO/e4Z4qdlGId+9wzxVe z7PxyMpY4gGveXtkcSSLsHbaXtpY8FQp8EidPC1szJM5cC02JFgSCQyQ6aeiCyToGtqsPUVgnyGD VOupPB1J4cBR7KMQ797hnip2UYh373DPFVSnwBtQIbzZTM6QNAZcDJfnzcNF5p8BD42PmnbFnLgL 5LDLpc3e08egFT3I3MPQ58mRiV0bqLou1PPZRiHfvcM8VOyjEO/e4Z4qp4NRx1NayGQBzSXA2Jsb A8CLdCr0uGxVNJmtZ5qWxB2psDbmvYpEqGFycCwdRWFy4iIXTRKdd4epPApnjsoxDv3uGeKnZRiH fvcM8VV24DHG9pMpe1tQIXjLl+h23DmPDquvk2Bxyz1O7fkjhIBvlvcmwAzPAI6yR6iidBuV0Obl JlT7p35SrZ+RlHsoxDv3uGeKnZRiHfvcM8Ve2YHE5016puSJrHZ2jOLONvuJNiPXVN+EwR0+/NTo 4yBg3bu2LTYc+l+vgp7kblYOoY7cRHc/dPD1PFzz72UYh373DPFTsoxDv3uGeKq1bgjIXzOc8Mji bGTkaSSX8AA559ckr1SUNPU0dg4jNUtY15jGfVo0tm0Fz0qO5MpqBYOo4+cT3OnJxu8+pYvIFv2U Yh373DPFTsoxDv3uGeKq0uEwU1HMXk7xk5jzAacNB3VrHiTxHWvTtnm0skJe572PewZmtaYyHW+5 CS4GtrkDqSdBuVk5m/h4w1TrqTvTfNXrWuIt+yjEO/e4Z4qdlGId+9wzxVWmwOOWep3b8kcJAN8t 7k2AGZ4BHWSPUXhmBxOdNeqbkiax2dozizjb7iTYj10WsSnVV5dRx87KGqdOVZ32tti5+Q8dlGId +9wzxU7KMQ797hniqrT4BHUCLLUfHnSBnxM65L6nthYEBKTA2SPpiJA9srpGnM1wALAeh4JGmmo+ wj1hT5lWT6jinkyMSp90+i7XKUuyjEO/e4Z4qdlGId+9wzxVUp8AbUCG82UzOkDQGXAyX583DRea fAQ+Nj5p2xZy4C+Swy6XN3tPHoBU9yNzD0OfJkYldG6i6LtTz2UYh373DPFWX2YxmqxGpeyaTM0R lwGVo1u0cwHStVe3I4tuDYkXGoPqLPbF/Jj/AJk76pqimo6NUUTUKvYkKGkpHSwpxO/jZFWx/wC8 lS/h7E/qahdELnfY/wDeSpfw9if1NQuiFRXDtI/CkXAj2/bXd3Vye5Kh7FGeNyzPvMrc+XLmsM1r 3tfja/MvFbRRYjBJBM3NHI0te25FwdCLggj1lWRdckebmzGVuzVBiDmuliJLWCPR8jA5gNwx4a4B 7ep1x9EqpLgNFMKoOi0qmtbN2zhmDW5AND2ummllfol/pxkXjGzbOUE4kD4biWFkD+2eLxsvlb3W lrnUa9aDZyhEu93Xbb1s18z/AI41u7a7urdzpbh1XWSRMvTfnw2jp3pcBiX7K4c6KOIROa2MyFpZ JKx43hJkGZrw6xJ1F7dWgV1Ng9JUU7KZ0Q3UZjLWAloG7Icy1iOBAV4idpvXh2u/fMdFs7QwZMsV t3M+dvbPNpH3Dnd1z5jpw6l7ZglJHSyUjY7RSbzO3M7XeEl+t7i5J4H1FfImCXT02DL09NpjKrZq grSwywhxZC6Ads8fE3CxYbHth0XvY6jVUY9j8Mjz/EXEvMRcXSzPcd0c0dy55Oh4dWnDRZlEwz6c YwSMbHs3QxVBqGxHPmc+2d5jDniznhmbI1x5yADx6SvMOzGHQNa1sAs2F1OAXPcN045nM1Jvc851 61lETp4uMdPGYiLZLDYWTRiEkTNjbIXSSvcRHfd9s55cC2+hBBGluAVSPZuhiawCInJMJw5z5HvM oFg9znOLnG2nbEhZNEwzHTxFriOF0+KsaydpIY4PaWudG9rhwIc0tcDrzFWkGyuG0zWMZTjKxksb Wkuc3LMc0jbEkEE9PDmWVROniBiY9lMOjiki3Jc2QMDi+SSR9mdwA9zi5uXi2xFjqNV97F6DdGPd u1kEpeZZTNnAsH7zPvL207rhpwWVRAYp+y2HujijERaIs2RzJJY5Bn7u72uDzm4uuTc6nVXTsJpX UvIzE3c5Azd27XKOA/P4314q7RAYhmyeHMbO0xOfvw0SOkkllkOTuO3e9zhbmsRbiqkezdDE1gER OSYThznyPeZQLB7nOcXONtO2JCüber >>>> einen Vorschlag, was ich ihr denn sonst Gutes tun könnte, freuen. >>>> >>>> Viele liebe Grüße >>>> Susi >>>> >>>> >>>> Am 25.01.2021 um 08:22 schrieb Dr. Susanne Krug: >>>>> >>>>> Guten Morgen Michi! >>>>> >>>>> Mir geht es soweit gut. Und meine Zähne freuen sich jedes Mal auf >>>>> und über die neue Zahnbürste. ;) Sie sind jetzt in viel kürzerer >>>>> Zeit schön glatt. >>>>> Die Weinaromen haben wir noch nicht getestet. Dafür muss man sich, >>>>> denke ich, schon mal Zeit nehmen und das ganz in Ruhe machen. >>>>> >>>>> Schön, dass Du die Zeit sportlich nutzen kannst. Ich war gestern >>>>> das erste und einzige Mal in der Woche ein wenig draußen >>>>> spazieren, für's Laufen war es mir vom Wetter her nicht gut genug, >>>>> aber eine schöne große Runde habe ich auch so gedreht. Alex war in >>>>> der Zeit Shuttle-Service für seine Eltern, die gestern ihren >>>>> ersten Impftermin hatten. >>>>> >>>>> Mal sehen, was Fabián heute erzählen wird... Ich werde ihn auf >>>>> jeden Fall fragen, was denn seine Klonierung macht. Dass die >>>>> Primer ja schon eine Weile da sind, habe ich ja mitbekommen. >>>>> Bisher hatte er aber, glaube ich (vielleicht habe ich es ja nur >>>>> nicht mitbekommen), keine PCR damit gemacht. >>>>> Damit ist dann auch klar, wer heute dran ist (steht übrigens auch >>>>> im Kalender bei mir, wer dran ist ;-) ). >>>>> >>>>> Zu den anderen Punkten: >>>>> >>>>> (1) Ja, Basics sind sicher immer wieder mal gut. Aber vielleicht >>>>> sollte jetzt erst einmal ein wenig Zeit zum Sackenlassen der >>>>> bisherigen Themen sein. Es ist sicher besser, wenn so etwas dann >>>>> immer wieder mal, aber nicht hintereinander weg kommt. Und für >>>>> Feddbakc wäre ja vielleicht eine Rundmailumfrage o.ä. hilfreich. >>>>> So kann ich ja auch nicht wirllich etwas dazu sagen, wie den >>>>> Doktoranden gefällt oder hilft... >>>>> >>>>> (2) Da bin ich dann auf den neuen Foliensatz gespannt. ;-) >>>>> >>>>> (3) Wünscht sich Anja etwas zum Geburtstag? Ansonsten hatte ich >>>>> überlegt, falls Ihr noch keine essenstechnischen Pläne habt, dass >>>>> wir Euch ein Italienisches Essen schicken - es sei denn, Ihr habt >>>>> jetzt schon Pläne, was Ihr essen werdet. Da wäre von einem >>>>> Restaurant, wo man sonst immer Wochen oder Monate im voraus >>>>> reservieren musste, das sehr gut sein sollte und das nun durch >>>>> Corona (natürlich auch mit etwas Vorlaufzeit) zwei Menüs zum >>>>> Bestellen anbietet (Zitat:"Die einzelnen Bestandteile des Menüs >>>>> werden am Liefertag frisch zubereitet, aber kalt geliefert. >>>>> Während Antipasti und Dessert servierfertig sind, sollten die >>>>> Pasta und Saucen wie in der beiliegenden Beschreibung erwärmt >>>>> werden" - es gibt auch ein Pizzamenü, aber das andere finde ich >>>>> ansprechender und geburtstagswürdiger... ;-) ). Wenn Ihr dann beim >>>>> Dessert und/oder danach noch beim Wein seid, wäre das >>>>> Teams-Meeting o.ä. durchaus nett - an wann hattet Ihr da gedacht? >>>>> >>>>> Das wär's erst einmal... Bis nachher! ;-) >>>>> Susi >>>>> >>>>> >>>>> Am 24.01.2021 um 23:21 schrieb Michael Fromm: >>>>>> Hallo Susi, >>>>>> wie geht es Dir -- und das wollte ich schon immer 'mal fragen: >>>>>> Wie geht es Deinen Zähnen mit der neuen Zahnbürste? 😉 >>>>>> Und hast Du/Ihr schon mal die Weinaromen getestet? >>>>>> >>>>>> Ich fühle mich ein wenig einsam, da ich inzwischen konsequent zu >>>>>> Hause bleibe, aber zum Glück ja Anja immer sehe. >>>>>> Nach der erfreulichen MRT-Diagnose (= alles gut) hatte ich auch >>>>>> wieder angefangen, jeden Tag (na ja, fast) auf dem Spinning Bike >>>>>> zu "fahren" -- steht im Dachgeschoss vor dem Alt-Fernseher und -- >>>>>> ganz wichtig -- einem großem Ventilator. Es ist erstaunlich, dass >>>>>> ich jedes mal ein bisschen mehr schaffe -- eine Stunde full speed >>>>>> geht schon locker. >>>>>> >>>>>> Mikio Furuse hatte ich wegen der quinKO-Zellen geschrieben, aber >>>>>> noch keine Antwort erhalten. Kannst Du Fabián trotzdem mal >>>>>> ordentlich in den Hintern treten, damit er experimentell mit dem >>>>>> loslegt, was Du ihm vorgeschlagen hast? Anja erzählt, dass er >>>>>> eigentlich immer nur am Rechner sitzt. Insofern würde ja ein >>>>>> "weekly update " von ihm morgen wenig Neues bringen, oder? >>>>>> >>>>>> Ich habe es mal wieder nicht auf dem Schirm, wer morgen vorträgt >>>>>> -- Franni? >>>>>> >>>>>> Ansonsten habe ich noch drei Punkte: >>>>>> (1) Was meinst Du, soll ich gelegentlich noch weitere "Basic >>>>>> lectures" für die neuen Doktoranden geben? Ich habe bisher gar >>>>>> keine Rückkopplung, ob das sinnvoll und okay ist. Was ich mir >>>>>> gedacht habe, wäre: >>>>>> - Basic electrophysiology, part III (flux measurement, DeskTool >>>>>> #2: Play ground leaky & tight, Two-path impedance spectroscopy) >>>>>> - Basic physiology of  the intestine, incl. main diseases (aber >>>>>> ohne Motilität) >>>>>> - Basic physiology of the kidney, incl. mechanisms of diuretics >>>>>> (ohne Gegenstromkonzentierung und Feedback-Mechanismen). >>>>>> >>>>>> (2) Ich bereite gerade das M12-Nährstoff-Seminar vor. Ich denke, >>>>>> dass die Präsentation, die ja von mir stammt, etwas in die Jahre >>>>>> gekommen ist. >>>>>> Bezüglich der Glukose-Resorption hat es sich nach vielen Jahren >>>>>> des Streits nun doch durchgesetzt, dass GLUT2 bei hoher luminaler >>>>>> Glukosekonzentration auch in der apikalen Membran aktiv ist. Es >>>>>> ist sogar so, dass Süßstoff diesen Carrier aktiviert, was bei >>>>>> Diabetes II natürlich kontraproduktiv ist. >>>>>> Bezüglich der Resorption intakter Proteine gibt es zwar eine >>>>>> Folie aus dem Boron/Boulpaep, aber das ist mir zu prominent >>>>>> dargestellt. >>>>>> Bezüglich der Lipide und der kurzkettigen Fettsäuren bin auch >>>>>> auch nicht mehr glücklich mit den Folien. >>>>>> Am Mittwoch und Freitag habe ich dieses Seminar -- mal sehen, was >>>>>> ich noch ändern werde; GLUT2 auf jeden Fall. >>>>>> >>>>>> (3) Anja hat am Mi, 03.02. Geburtstag. Wir sind ja leider allein >>>>>> zu Haus und ich habe die Idee, dass wir am Abend statt Nachspeise >>>>>> ein nettes Teams-Meeting mit ihrer Familie und Euch beiden machen >>>>>> -- wärt Ihr dabei? >>>>>> >>>>>> Viele liebe Grüße, >>>>>> Michi >>>>>> ~~~~~~~~~~~~~ >>>>>> ... und hier einer meiner 4ever-favorites: >>>>> -- >>>>> ----------------------------------------------------- >>>>> >>>>> PD Dr. rer. nat. Susanne M. Krug >>>>> Institut für Klinische Physiologie >>>>> Charité - Universitätsmedizin Berlin >>>>> Campus Benjamin Franklin >>>>> Hindenburgdamm 30 >>>>> 12203 Berlin >>>>> >>>>> Tel: (030) 450 514 524 >>>>> Fax: (030) 450 514 962 >>>>> Mail:susanne.m.krug@charite.de >>>>> Institut:http://klinphys.charite.de/ >>>>> >>>>> ------------------------------------------------------- >>>> -- >>>> ----------------------------------------------------- >>>> >>>> PD Dr. rer. nat. Susanne M. Krug >>>> Institut für Klinische Physiologie >>>> Charité - Universitätsmedizin Berlin >>>> Campus Benjamin Franklin >>>> Hindenburgdamm 30 >>>> 12203 Berlin >>>> >>>> Tel: (030) 450 514 524 >>>> Fax: (030) 450 514 962 >>>> Mail:susanne.m.krug@charite.de >>>> Institut:http://klinphys.charite.de/ >>>> >>>> ------------------------------------------------------- >>> >> -- >> ----------------------------------------------------- >> >> PD Dr. rer. nat. Susanne M. Krug >> Institut für Klinische Physiologie >> Charité - Universitätsmedizin Berlin >> Campus Benjamin Franklin >> Hindenburgdamm 30 >> 12203 Berlin >> >> Tel: (030) 450 514 524 >> Fax: (030) 450 514 962 >> Mail:susanne.m.krug@charite.de >> Institut:http://klinphys.charite.de/ >> >> ------------------------------------------------------- > -- ----------------------------------------------------- PD Dr. rer. nat. Susanne M. Krug Institut für Klinische Physiologie Charité - Universitätsmedizin Berlin Campus Benjamin Franklin Hindenburgdamm 30 12203 Berlin Tel: (030) 450 514 524 Fax: (030) 450 514 962 Mail: susanne.m.krug@charite.de Institut: http://klinphys.charite.de/ ------------------------------------------------------- --------------F6F723690419AF5430F955DD Content-Type: multipart/related; boundary="------------C4024D3C43D4A91CB182ADDD" --------------C4024D3C43D4A91CB182ADDD Content-Type: text/html; charset="utf-8" Content-Transfer-Encoding: 8bit

      Naja, ja, die Soße o.ä. sollte dann aufgewärmt werden. Aber lieber eher alles da haben als wenn es kurz vor 20 Uhr wird...

      Am 28.01.2021 um 15:46 schrieb Michael Fromm:
      ... stimmt, bis 20:00 Uhr wäre etwas spät, wenn man es teilweise noch zubereiten/aufbraten muss -- war das nicht so bei denen ober vewechsle ich das jetzt mit einem anderen Lokal?
      ~~~~~~~~~~~

      Am 28.01.2021 um 15:43 schrieb Dr. Susanne Krug:

      Eben gesehen, dass das Fenster etwas großzügig auswählbar ist.
      Lieferung zwischen 14 und 17 Uhr ist sicher besser als 17 bis 20 Uhr...

      Am 28.01.2021 um 15:20 schrieb Michael Fromm:
      Hallo Susi,

      ja das ist auf jeden Fall eine tolle Idee, allerdings wird es leider keine grundsätzliche Überraschung mehr sein, denn bezüglich Geburtstagsessenplanung hatte Anja mich bereits angesprochen und ich habe dann, um ihre weitere Planung abzublocken,
      Deine Idee erwähnt. Aber was es gibt, ist dann natürlich eine Überraschung.
      Anja hat ja immer früh Hunger, darum lege ich 'mal fest, dass wir um 18:45 essen würden und dann um 19:30 unser TEAMS-Treffen mit Rotweinglas in der Hand beginnen.

      Viele liebe Grüße,
      Michi
      ~~~~~~~~~~


      Am 28.01.2021 um 13:25 schrieb Dr. Susanne Krug:

      Hallo Michi,

      da ja heute schonn der 28.1. ist, wollte ich noch einmal fragen, was Du denn von der Idee hältst, dass ich Anja (und Dir dadurch ja auch ;-) ) das unten erwähnte Essen zum Geburtstag schenke?
      Anja möchte ich nicht fragen, weil es dann ja keine Überraschung mehr wäre.
      Wenn Ihr aber schon andere Pläne habt, dann würde ich mich über einen Vorschlag, was ich ihr denn sonst Gutes tun könnte, freuen.

      Viele liebe Grüße
      Susi


      Am 25.01.2021 um 08:22 schrieb Dr. Susanne Krug:

      Guten Morgen Michi!

      Mir geht es soweit gut. Und meine Zähne freuen sich jedes Mal auf und über die neue Zahnbürste. ;) Sie sind jetzt in viel kürzerer Zeit schön glatt.
      Die Weinaromen haben wir noch nicht getestet. Dafür muss man sich, denke ich, schon mal Zeit nehmen und das ganz in Ruhe machen.

      Schön, dass Du die Zeit sportlich nutzen kannst. Ich war gestern das erste und einzige Mal in der Woche ein wenig draußen spazieren, für's Laufen war es mir vom Wetter her nicht gut genug, aber eine schöne große Runde habe ich auch so gedreht. Alex war in der Zeit Shuttle-Service für seine Eltern, die gestern ihren ersten Impftermin hatten.

      Mal sehen, was Fabián heute erzählen wird... Ich werde ihn auf jeden Fall fragen, was denn seine Klonierung macht. Dass die Primer ja schon eine Weile da sind, habe ich ja mitbekommen. Bisher hatte er aber, glaube ich (vielleicht habe ich es ja nur nicht mitbekommen), keine PCR damit gemacht.
      Damit ist dann auch klar, wer heute dran ist (steht übrigens auch im Kalender bei mir, wer dran ist ;-) ).

      Zu den anderen Punkten:

      (1) Ja, Basics sind sicher immer wieder mal gut. Aber vielleicht sollte jetzt erst einmal ein wenig Zeit zum Sackenlassen der bisherigen Themen sein. Es ist sicher besser, wenn so etwas dann immer wieder mal, aber nicht hintereinander weg kommt. Und für Feddbakc wäre ja vielleicht eine Rundmailumfrage o.ä. hilfreich. So kann ich ja auch nicht wirllich etwas dazu sagen, wie den Doktoranden gefällt oder hilft...

      (2) Da bin ich dann auf den neuen Foliensatz gespannt. ;-)

      (3) Wünscht sich Anja etwas zum Geburtstag? Ansonsten hatte ich überlegt, falls Ihr noch keine essenstechnischen Pläne habt, dass wir Euch ein Italienisches Essen schicken - es sei denn, Ihr habt jetzt schon Pläne, was Ihr essen werdet. Da wäre von einem Restaurant, wo man sonst immer Wochen oder Monate im voraus reservieren musste, das sehr gut sein sollte und das nun durch Corona (natürlich auch mit etwas Vorlaufzeit) zwei Menüs zum Bestellen anbietet (Zitat:"Die einzelnen Bestandteile des Menüs werden am Liefertag frisch zubereitet, aber kalt geliefert. Während Antipasti und Dessert servierfertig sind, sollten die Pasta und Saucen wie in der beiliegenden Beschreibung erwärmt werden" - es gibt auch ein Pizzamenü, aber das andere finde ich ansprechender und geburtstagswürdiger... ;-) ). Wenn Ihr dann beim Dessert und/oder danach noch beim Wein seid, wäre das Teams-Meeting o.ä. durchaus nett - an wann hattet Ihr da gedacht?

      Das wär's erst einmal... Bis nachher! ;-)
      Susi


      Am 24.01.2021 um 23:21 schrieb Michael Fromm:
      Hallo Susi,
      wie geht es Dir -- und das wollte ich schon immer 'mal fragen: Wie geht es Deinen Zähnen mit der neuen Zahnbürste? 😉
      Und hast Du/Ihr schon mal die Weinaromen getestet?

      Ich fühle mich ein wenig einsam, da ich inzwischen konsequent zu Hause bleibe, aber zum Glück ja Anja immer sehe.
      Nach der erfreulichen MRT-Diagnose (= alles gut) hatte ich auch wieder angefangen, jeden Tag (na ja, fast) auf dem Spinning Bike zu "fahren" -- steht im Dachgeschoss vor dem Alt-Fernseher und -- ganz wichtig -- einem großem Ventilator. Es ist erstaunlich, dass ich jedes mal ein bisschen mehr schaffe -- eine Stunde full speed geht schon locker.

      Mikio Furuse hatte ich wegen der quinKO-Zellen geschrieben, aber noch keine Antwort erhalten. Kannst Du Fabián trotzdem mal ordentlich in den Hintern treten, damit er experimentell mit dem loslegt, was Du ihm vorgeschlagen hast? Anja erzählt, dass er eigentlich immer nur am Rechner sitzt. Insofern würde ja ein "weekly update " von ihm morgen wenig Neues bringen, oder?

      Ich habe es mal wieder nicht auf dem Schirm, wer morgen vorträgt -- Franni?

      Ansonsten habe ich noch drei Punkte:
      (1) Was meinst Du, soll ich gelegentlich noch weitere "Basic lectures" für die neuen Doktoranden geben? Ich habe bisher gar keine Rückkopplung, ob das sinnvoll und okay ist. Was ich mir gedacht habe, wäre:
      - Basic electrophysiology, part III (flux measurement, DeskTool #2: Play ground leaky & tight, Two-path impedance spectroscopy)
      - Basic physiology of  the intestine, incl. main diseases (aber ohne Motilität)
      - Basic physiology of the kidney, incl. mechanisms of diuretics (ohne Gegenstromkonzentierung und Feedback-Mechanismen).

      (2) Ich bereite gerade das M12-Nährstoff-Seminar vor. Ich denke, dass die Präsentation, die ja von mir stammt, etwas in die Jahre gekommen ist.
      Bezüglich der Glukose-Resorption hat es sich nach vielen Jahren des Streits nun doch durchgesetzt, dass GLUT2 bei hoher luminaler Glukosekonzentration auch in der apikalen Membran aktiv ist. Es ist sogar so, dass Süßstoff diesen Carrier aktiviert, was bei Diabetes II natürlich kontraproduktiv ist.
      Bezüglich der Resorption intakter Proteine gibt es zwar eine Folie aus dem Boron/Boulpaep, aber das ist mir zu prominent dargestellt.
      Bezüglich der Lipide und der kurzkettigen Fettsäuren bin auch auch nicht mehr glücklich mit den Folien.
      Am Mittwoch und Freitag habe ich dieses Seminar -- mal sehen, was ich noch ändern werde; GLUT2 auf jeden Fall.

      (3) Anja hat am Mi, 03.02. Geburtstag. Wir sind ja leider allein zu Haus und ich habe die Idee, dass wir am Abend statt Nachspeise ein nettes Teams-Meeting mit ihrer Familie und Euch beiden machen -- wärt Ihr dabei?

      Viele liebe Grüße,
      Michi
      ~~~~~~~~~~~~~
      ... und hier einer meiner 4ever-favorites:
      -- 
      -----------------------------------------------------
      
      PD Dr. rer. nat. Susanne M. Krug
      Institut für Klinische Physiologie
      Charité - Universitätsmedizin Berlin
      Campus Benjamin Franklin
      Hindenburgdamm 30
      12203 Berlin
      
      Tel: (030) 450 514 524
      Fax: (030) 450 514 962
      Mail: susanne.m.krug@charite.de
      Institut: http://klinphys.charite.de/
      
      -------------------------------------------------------
      -- 
      -----------------------------------------------------
      
      PD Dr. rer. nat. Susanne M. Krug
      Institut für Klinische Physiologie
      Charité - Universitätsmedizin Berlin
      Campus Benjamin Franklin
      Hindenburgdamm 30
      12203 Berlin
      
      Tel: (030) 450 514 524
      Fax: (030) 450 514 962
      Mail: susanne.m.krug@charite.de
      Institut: http://klinphys.charite.de/
      
      -------------------------------------------------------

      -- 
      -----------------------------------------------------
      
      PD Dr. rer. nat. Susanne M. Krug
      Institut für Klinische Physiologie
      Charité - Universitätsmedizin Berlin
      Campus Benjamin Franklin
      Hindenburgdamm 30
      12203 Berlin
      
      Tel: (030) 450 514 524
      Fax: (030) 450 514 962
      Mail: susanne.m.krug@charite.de
      Institut: http://klinphys.charite.de/
      
      -------------------------------------------------------

      -- 
      -----------------------------------------------------
      
      PD Dr. rer. nat. Susanne M. Krug
      Institut für Klinische Physiologie
      Charité - Universitätsmedizin Berlin
      Campus Benjamin Franklin
      Hindenburgdamm 30
      12203 Berlin
      
      Tel: (030) 450 514 524
      Fax: (030) 450 514 962
      Mail: susanne.m.krug@charite.de
      Institut: http://klinphys.charite.de/
      
      -------------------------------------------------------
      --------------C4024D3C43D4A91CB182ADDD Content-Type: image/jpeg; name="ilpphfjgahjhnoad.jpg" Content-Transfer-Encoding: base64 Content-ID: Content-Disposition: inline; filename="ilpphfjgahjhnoad.jpg" /9j/4AAQSkZJRgABAAEAlgCWAAD//gAfTEVBRCBUZWNobm9sb2dpZXMgSW5jLiBWMS4wMQD/2wCE ACAWGBwYFCAcGhwkIiAmMFA0MCwsMGJGSjpQdGZ6eHJmcG6AkLicgIiuim5woNqirr7EztDOfJri 8uDI8LjKzsYBIiQkMCowXjQ0XsaEcITGxsbGxsbGxsbGxsbGxsbGxsbGxsbGxsbGxsbGxsbGxsbG xsbGxsbGxsbGxsbGxsbGxv/EAaIAAAEFAQEBAQEBAAAAAAAAAAABAgMEBQYHCAkKCwEAAwEBAQEB AQEBAQAAAAAAAAECAwQFBgcICQoLEAACAQMDAgQDBQUEBAAAAX0BAgMABBEFEiExQQYTUWEHInEU MoGRoQgjQrHBFVLR8CQzYnKCCQoWFxgZGiUmJygpKjQ1Njc4OTpDREVGR0hJSlNUVVZXWFlaY2Rl ZmdoaWpzdHV2d3h5eoOEhYaHiImKkpOUlZaXmJmaoqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK 0tPU1dbX2Nna4eLj5OXm5+jp6vHy8/T19vf4+foRAAIBAgQEAwQHBQQEAAECdwABAgMRBAUhMQYS QVEHYXETIjKBCBRCkaGxwQkjM1LwFWJy0QoWJDThJfEXGBkaJicoKSo1Njc4OTpDREVGR0hJSlNU VVZXWFlaY2RlZmdoaWpzdHV2d3h5eoKDhIWGh4iJipKTlJWWl5iZmqKjpKWmp6ipqrKztLW2t7i5 usLDxMXGx8jJytLT1NXW19jZ2uLj5OXm5+jp6vLz9PX29/j5+v/AABEIArgD0QMBEQACEQEDEQH/ 2gAMAwEAAhEDEQA/AM53LMSaYhmaAEzQIM0DCgQmaYBmkAv40AJmmAUAKKADNABSGFAgoAKBi0AF ABQAUAIaBCUAKDigYUCCgAoASmAUAKDj8KQxM0CAUDCmIKACkAoIyKBhQIOMDj/69AC0DHKjN90E 0m7DSbJY7SaT7oH4mpckh8rJP7PmHUqPxo50PlF/s5wcNIg/GlzhyC/2fjrMlHOHKKNP4OZkzRzh yB/ZkhGVljP40c4cpGbGcNtAUn2NPnQuUa9lcIeYz+dPmQcrIzDIOsbflTuhWY0ow6qR+FF0FmJ9 aYhPbrQAvQ8igBKACgQcUDHxxmSRUXqeKTdhpXNCPSM/fnUfQVHOXypFqLSbcAlmZ+expXYtOhML e1jUAQDjualspJjgIVGRCg/ClcLAXUj7q5+lK7GkNLxg8oPwFADDMmOUXj/ZouwsIZoH4aFP++ad 2CViGRbNjloQB7cUJsLDXtbFl3BXH0NPmYrIgbT4H5imIz2YVXO+ouVFeWxkjG4MrD1BqlMTgV2j dDhlqrkWGkdKYgpAWbSyku2Pl4AXqTUuVi1Hqy1/Ys+cbkx61PP5D5V3Jk0RQvzzc+wqXUGkhf7F i/57HH0o9oOy7C/2LD/z2b8qFMVl2FOjQHpKw/Cl7QLLsN/saH/ns35U/aBZdg/sWPtMfyo9oOy7 AdFi7Tn8qPaBZdhp0Re04/Kj2guVCNony/LcDPuKftBWRGdEm/56JT5w5UIdFuP7yfnRzhyruMfR 7pT8qq/uDRzoHFdCM6ZdjjyjT50HIRyWVxH9+JufanzoOR9CF43QZZSB7indMlxa3GUyQoAKBli1 tHuCSPlUdSaiU+UuMLl9LCCMDIaRj+ArPnb2NVBIsqkaD5YUUfSk2yuVCmQqNqqB+FK7Cw3e5HJO KQ7CbjkfMRQOw3LYOW4oAbl/XijQQfMep4FMBMNk4Y/nRcLAofkl2IHqaGwsO81x0OfrSCwec4yS aYrDVlYnB2/iKYWGvPtbHlow/wB2mriaGF4ypzAh+oqte5LRFstyoVo+T3U07snQqTKisTHnHoat NkSS6EdUQJQAUgCmAUAFAC0AFABQAUAKCR0oAkSeRe+R70ATrdccpz7UAO+0p6GgZVJoENJpgJQA tABSAQ9aYBQAtABQAUAFABQAooAKQBQACgAoAKACgAoASgApgFABQAUAJQAUAFABQAUAHSgBaAEz QAtIA70AB6UAKKAHLjPIpDRaRwi4/Ks3qap2RLHOyDAjJosK4v2iU/8ALEn6miyC7AzTkg+UuPc0 WQXYjvPnBRfwNGgaiGabGPKHFFkGojPIcEwkfQ0WXcNRpZtw/dkfjT0DUC754kZfbNAWHCWYYxKp o07CHCW6DZ3K1GgaiNNLu3PBG34cUaBqQyNuOTbqMdcU16g7kTbGIwpX1qtSSM8GmJhQIBQMu6ZF vulY8KvJNZzdkXFdTalO2AbY0OfU4qdLbD67lQl4xiIIgPON1SWNH2h1/wBcg/CjQVhGjm6/aM+w FF0FhFgfP+vf8qLhYQo4P32/KlcdhuJORvx77aegWGMkgHDA5707oLMeZpVGCiMB3oshajTI0nIg 4HoaLILsb833vLbH8qYEZkyuHR8Z9OlOxNyCYLvGzOKpCZCw5qiWIBQI6PTkVLFNowW5PvXPNmpa B+XrR9m4uow/55rJqxaGnec4wBQGgEMOcikPQj/e5JzmmPQA0mOSM0h2QgaQDsaAshd7gdKBWQok boVoCwgdsZK4oHYTzWHagLCiUfjTFYUSHftGaAsDT4bamWPv0oFy9w3zFuXUAdsU+ZhyxKt/IHhK nDKO3eqi3cLJIxZ1UMCgwCOnpXQvMxkiPFUSOijaSRUUZJ4pN2Gldm9FGsUUUfoccetczfMzpSsa EcSqA3Q1vGKSMXJvQr3G7JGeM1jLexrGxX2nFSWBUgcnrQA3GFySB+NACfJ3YfnQF0IzxDH7wZp2 YroTzY9pG8UWY7oXzojjDUcrBMaZYz/HRysLoN6Z+/RZhdCF0z98cUWYroQlD3FOzC6BTz8pGKBB yPvAFqAIfK+dtq47jNXfQmxUuE2vz3rSL0M5IgIxVGYEYOOv0oAeIZD0QmldFcrJ0sJXjJxhs8A1 LmrlKnoP/suURlnZQBSdRDVMfFpqOyjzxz1wOlDqWD2aJW0yBDh7kA/Sl7R9A5ERGxg7XH5ijnfY fIhpsogOJiT9KfOHs0AsUOf3jce1HOHs0BsEHWbH4Ue0F7MaLBmbCuPx4p+0QvZiTWTwrncGPoKI 1EwdOxBhqsizGk0yRKYBQAtIBaAG0wFxxntQAlAC0AFABQAUAFAC0gCgAoAKAEpgLSAKAEoAKYBS AKACmAlABQAUAFIApgFAC0gCgBKAFIoGB7UCFHSgBw+8KQyxjL5NQaExQY9fxpXHYeqAjOKQEqov 90UhisowPlFIYm0f3RQAmxT2/WgBCi55BFO4DGUY6n8aZIzyhjjB/CncLCGHPpRcLCtCxHy5I+tH MFiIpKAV5p3QrMiZSo5FVclojNMkSmIUUhmppIyrjtmsqhrDY2WX90BgcVTWhPUqo24ngflUblAx AYjjHsKkYZyOnH0oAbnGKQxMnBbPNADc8juaAEyefemMbjI+ZRQBGSBnagFABgYwRQA0wIRwCufe ndisUZhiQAZOPWtEzNohOMk9qoQ3HpTJOmtogLSJCMjb0zXO1dmt7ExQKoHlqMU5K3QE/Mi2Lu6D 61iXdgVGPpSC4zykYZORQO7EKqrZ5oGNMSEk0XHcaIVXozYp3AcYyQNrEUhXAIQfvsTRcYuw/wB4 5oFcaY58nEi4+lNNBoM8mfGXdD9BTuugKwoWcqPLZfyougdhPKuY5N52txjGKd1awtH1GNPPGDut s+4NNKL6i97oR3L+YgCxuC4zinFWY9bGXOOAcYPQ1ujGSIjjjBqiC/pKBp2YnBVeKzqPQ1pmlCvm Og6YY9e9ZRV2aydkWrqSVcLEwHrxmtJzs7GUYp6spNHcO2TL/Ss7o1sgET95Cc+9Tceg1rcH/lox /GnzDshDEv8AFk4ouOwrQxtjKmhNoW4nkRDgR0czCyFEUfdBScmMUKhI/dildgJ5aAjCCndgIUUn O3H0ouA0wxZ+6fzp8zFZCeWvQUXFYRoFx6EU+ZhYZ5AVgd5p8wuVCGNlyVlOfendE8pVuQxfLc+4 71pGxEiuwqzNixnacgZNJgtDa0+PzLYtgjHesZxe5vGViyYl2kbyrHt60raDvqVp49owXJz2FJMZ DuKfKAqk1W4hZnjbGWy2OcihITaGApn14oGmG9RyDg5oswuNM6888n0p8ouYazo3QmmkxNpjC+0Y V8ZNO1xXGu7MVckkjimkloJ66h5v+yPyo5Q5iqa1MRKAAUALSAKADtQAUwEoAWgAoAAKACgAoAKA FpAFABQAUAJTAKACkAUAFMApAFABTAKAEoAKACgAoAKAFFIAoAKAFPagYCgQ5fvUhosrzioZoTBs cVIxytgYoAkUkgYNJjJCRjrSAbnjAoGAHHpQAjckUAM28EYpiAAigBduTxQMc3QAUgGbRv5Pai4F WcME68E1pEiRXPGasgbTJFpDNPRyd7L261nPoaw2ZtyHC+9UyEVwvJPb0qLFEchwwOKllICe/agB rHikMQEsOelACYPbjFABjNIBrYoAjY5PH50xi89+aAHADv0ApAZs4/eA5rWOxD3Kx+6aszAelMEd VbjEEYY87RWK3LYrsKicrjiiM7vwrMsa3C8mgBCcDFIdgJONxHTpQAmM0DDpQAp9jigBM5NACgUA JjPfFADWOOAKAGruZtquFx3pgyZchR8273oJEZlJAI59KQ0QXTvFGHjHI9auOr1B7GJOc9ep5NdE dDKRDVGZZsWZZ1UHG44NTJXRcHZm7bIN6gjnOawjrI2m9CxcAYOKuoRAqnisjUbjjkc0DA8CgBCM 4oAXaB9aVwEwM0DEIxn1oAavXkmmAhXn2oABwaAEY/L7UANpiAD6mgBpHOTTAYRjd71RLKzRNIz7 ewzitE7Izauyoe1aGQLwaANvTJWWzI81V447kfhUt2LSuNdJJXDGRy/Y9KzbRoojPJOMu7FgetK4 +Ww026DkE5PvRzByoTyYyc4JwcdaOZhYXYnORk0XHYfsQj7uRSuwBo0HBReBQmwshm1Mj5RgU7sR G8SEHPXtTTaE0mQ8KwXnbntV7kbEXHqarURFVmQUgAUAFABQAUDCmISgBe1ABQAUAFABQAUAFABQ AtIBKYBQAUgCgAoAKYBQAUAL2pAJQAUAFAwoEFAwpiCkAtABigYEcCgAFADl6ikCLS1makpHc8Ck DEB44NAEuCcYyKB2HjjPrSAcAetIAdto6daBkY5x2oAXNACigBfYk0hg3XAoAONpoEV7rBtRjqG4 q47ky2KBPBrUzEpiFFIDW0VRl275ArOW6RpH4Wasrrvx3FNsSRC8oVQalsdiB2LMD6VBSHBvl5pg IWzwKAGO5HGKQxcMKAGqTuwTzQArZoAib5voKYDl5HpikMcSqE5OeKAM2dt0pJGK0itCGVj046Zr QzYqcsO3PWkwW51SACJOegFY72ZfViOcmonqykNJFSxoQ8jgVIxjDoF5pjBs8AgcelAITHTOaQwJ 9qAAc9KADkH60AKMCgAGM8dutADHOeAKAQxlRSXZScjBAql2GPjZI0RdhVT0GaN2Sx7c8qvTuakE QXzEWbYI69CKuG6E9DCkznnrXUjFkdMRNa/8fCY7Gkxx3OltuWBArCC941nsPn9PanUFArn6ViaD SM8igYjUxgCM8UCDvSGGKQDTimMQHqelACZJxxTAQ84+UZoAQ4A5pgMJz0HSmIB09qQDWI55poBm cocHvVEkTR70DgjKqSaq9tCWr6lFuua2MBF60AbOk+WlnJIxwSccVEti436DicAdQQetYmwMeXfJ x6UDEA4x1+XrQwGnIXt7UAJxu/U+9MQoxn0BpDGu4zjrjrVJEtjDnrwM0ARtkj/CmhET8Bm6HtVo hkHNUQMqyApAFMBaQCjB46e9AxOhwaBAaAEpgFIApgLQAlABSAKADHegApgFIApgL+FIAoAKACgB KAFoAKADpQAlABQAtACYoAKAD8KACgAFAC0ABoGFAhw6ikMtRcms2aImPzYFIY9QB2oGKrFjweBQ IemQDkc0mMcMMtIBjHJ70AO/h6CgYzqaABs5AXoaAA+lADumKQDSPTigZVuVOwsScDpWkWZyKh6V oZiUwFFIDW0UH58HuOKzlujSOzNOcBZQ3rQ1ZiWxDN/rcY460nuUtiJuhwOlSMVPuknrQAq46igC NxlhSGPclunagBkS5fNADpBlqAIlAEhGM0wAt29KQBuXoVzQBn3GPN4BArSOxLKzfdFWZjo1LSKB gEkdaHsNbnVqCIhnqBzUPVD6jGrKSLQ3Hc1FrDuI2SMCkxoTnHNFgGlPmBGaLDuKFoSC4pFFgTGh cHnvRYLht59qLBcUL7UBcXp7UrARkcdetAxoJDcjj0pgE0QlRBnbtOaadhFfULiVGCAlUIyCO5q4 JMl6D7nL6aSRhhg0lpIbMN+tdKMGMpiJrT/j5T61L2KjudJaHoO9ZQ+I1nsPlYeaV/2actWyY7Ff tWRqIOR0zSGIV4HpQFxpxjrigYoPNIBcUANY8nHOaYDC1Axuee9MQc54oAM/jigBjHJ/pTEJxjrT AiY1SJGKOH+Y9KbEMM7pDJEMfNjLe1Vy3aZDfQqMea0MxF60AjZ00ldOdhwN2Caid7GkB2PlrE1E DZY+oFAABnBJ47+tAw7YxjB60AN4y2AaAFzgHAz6n0oENOCTj60wGHkYPU0xDT3weaAIJ8YIB6Vc SJENWZkWKsgKQC0AFAAaADPGDzQMKBCUwCgBaQBQAUAFAABk4oAD6UAJTAWkAUAFABQAUAFABQAU AFABQAUAJQMWgAoEJQAtABQAUAHegYp6UAAoAUdaQFqLpWbNUTY5pDJRzGc0gBeAO1MQuc9+tIZI owKQDAOelAx38OKAGHgUwALzjrSAU8CgBSflFIBMZOKBle6z5B4H41cdyJFDtWpkJQAooA2NCHMn HQjmpfxItfCaMvzMy1L1BEU/ysnHBFKW5SI+uakY1eOBSGOccAd6YgC8jjpSGGOc0AKmATQIZJ69 KBkbc4NAAVz0FACiPKk45oYypex/OvririSyiyHNaGQ6ND5i8dxQ9hrc6ocR/hUWtEfUbtyKlrQd xu2p5R3Dbjn0o5QuNLx7dzMF+po5QvYha8tU6zL9Ac1XIHMQPqsCn5FdvwxT5BcxGdYU/wDLA/8A fX/1qfIHMKurx5+aFgPYg0uQOYkTU7ZiMll+opezY+YmF7akcToPrxS5GFx6yRN92RWz6GlyjuOK DHHNTyjuR4ZmxwADRyjuOZcA4GTS5QuRzQrNGC64I6e1Cutg0I5UxbspYfN1JoW4zDkXDkA5HY11 LYwe5HimIsWC7rtATjmpexUdzobQYlYelY0/iNamwsgzNu7dKctyY7Eb9eO1ZstDR6c0hiMeO9Ay M9cdqYwGMZpAOPoetADSOaAGnjpQAlMYhPvQIQjHemA049aBDSBzTAiZeKpEiD7pA65pgVpl2uw9 auOxlLQgPWrIBetAI1LCRxYumPlzionsaQJwMgZOdoxWTNUNBGNq9O1IY/vk9qAEYZHJPvQBEPMU FHxtHOe5p6bi1FKYI5OG5xRcBCCAucc0xBn5j8nJHXNIZGeVpiIplLDaOD1qk7EtXK+01pczsMIq jMSgAoAMUAFABigBaBiYoELigAxQMMUCDFAwxQAYoAMUAGKADmgAHB6UAHWgQlABQAuKADFAwxQA YoAMUAGKADFABQAlAhcUDDFABigAoATFACmgAFACjqKQFuMenSs2aom7gZFIZIBwBnikA4dRigAA wxoAkzgUgGDk56UDHdqQEZ+lMBEba3PSgBzIAcqeDQAcdulIYN+VAFa+UiND2q4bkSKJ7VqZBQAo oA29DH7pz71P2i/slxv9e/0qerBbDLkZWMjqO1KQ0Ig5pIYzYSx9KQxcc0ALjiiwCBT3osFx6r8h B60WFcaUz1FOwXEMVFguGwAjJxRYLi+bCgIaRB9Wp2C5nXE8LSbt4P0qlFiuV2lhzkZ/KqsSIJo1 YEITiiwXLp1ttuFhUfVqLaWAjbWLgjCrGv4ZosFyJtSum/5a4+gFFkFyF7qd+Hmcj60WQXIieeaY hM0AFABmgBKAFoAM0AFADklkT7jsv0NAyVL24U8SsfrzSsguydNWuB1CN+FLlQ7kqauQDui6+jdK nkDmHtqNu8BTBDH+8KOQrmKJWNz8rL+dWQxDB6UASWUDfalxwfWlIqOjNy03nd5gAbocVEFqOew4 jk/XNJjRC33j6Vky0Mx8gJ70DGk470hjSO4oGHOACaADoaAEPegY0jn/ABoACOaAGkUxAcdKAGcL TAaQTnjimIY6gL3ppiYirjHcU7iKs5zKa0jsZz3K5qzMB1oEjWs4CtrnOd56VlI2irEpU78dgKzN AA4ApDFHrn86YAR1x0pANweRjPFMBAMAE5zQAkg4PFCEMOTjA/GmAjA8AZpiIpCFJAPJGaa1Eyru rSxncaaszExQA+GNZJQjOIwf4m6CgC+mleYu6O5jceoFTzDsO/saT/nsn5GlzBYjm05YVJe5jBAz tPGaalcLFD8KoRdg04zoGSePJGSvcVLdh2JRo8n/AD1T8jS5gsMk05IjiW7jQ+mOafMFiiQMnvVC HRIryBXcRj+8RmgC7FpyTf6u6jbHov8A9ep5rDsSf2O3/Pcf98//AF6XMFitc2sUCnFyruP4AtUn cCe3sbWfhLks2OgGKTbQWJTo69pj+K0uYLFWazt4gwN2pYfwhe9NNhYomqJCgBcUDLNtFbOn76Vo 3zxxxik7gXBpCsAVnyD0O3/69TzDsNl06GBd0twQP93rRzNhYgitbeTH+lBSTwGX/wCvVXYWLH9j ntMP++f/AK9TzBYbJpiRDMlyq/Vf/r0+YLFCZFSRlR96jowGM1QhlADo1VnUM20E8k9qAL0WnJNn yrlGx/s1N7DsPOkMoy06geuKXMFilcwpCwCTLLnrt7VSYiCmAtACGgAFADhSAtxDioZoiVQWapGT KMHB6CkMcoANACjqeOlAC84pAN27aQxecmgCPnPNMBON3TNAh/Y0hhQAmCWoGVL4nCrngVpAzmUz WhmFACigDf0cYtV+p5kaXNwZW5zYWJsZSByZXNlYXJjaCBhc3Npc3RhbnQgdGhhdCBz dXBwb3J0IHJlc2VhcmNoZXJz4oCZIG5lZWRzIGFjcm9zcyB0aGVpciB3b3JrZmxvd3Mu ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICANCg0KUmVhZCB0aGUgYmxvZyA8aHR0cDovL3M3ODY3 ODAwMzMudC5lbjI1LmNvbS9lL2VyP3V0bV9jYW1wYWlnbj1FTV8xX0F1Z19OZXdzbGV0 dGVyX1Jlc2VhcmNoX1NtYXJ0ZXJfU0FSX0dsb2JhbF8yMDIwX1Jlc2VhcmNoZXJzX1N1 YmplY3QlMjBMaW5lJTIwQSZ1dG1fbWVkaXVtPWVtYWlsJnV0bV9zb3VyY2U9RWxvcXVh JnM9Nzg2NzgwMDMzJmxpZD05MTMzJmVscVRyYWNrSWQ9NmEzNjEyZjNjMDA4NDZiNWJk YTE4OTMxZjNkM2Y2NTUmZWxxPTZlNDM3NjFmMmE4ZDRmZmQ4Yzg3OTRhODJiZjg4ZjMw JmVscWFpZD0xMTMxOSZlbHFhdD0xPiAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgDQoNCkV4cGxvcmUgbW9yZSByZXNvdXJjZXMgdG8gaGVscCB5 b3UgYWNyb3NzIHRoZSByZXNlYXJjaCB3b3JrZmxvdyAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgDQoNCkFjY2VzcyByZXNvdXJjZXMgPGh0dHA6 Ly9zNzg2NzgwMDMzLnQuZW4yNS5jb20vZS9lcj91dG1fY2FtcGFpZ249RU1fMV9BdWdf TmV3c2xldHRlcl9SZXNlYXJjaF9TbWFydGVyX1NBUl9HbG9iYWxfMjAyMF9SZXNlYXJj aGVyc19TdWJqZWN0JTIwTGluZSUyMEEmdXRtX21lZGl1bT1lbWFpbCZ1dG1fc291cmNl PUVsb3F1YSZzPTc4Njc4MDAzMyZsaWQ9OTEyMyZlbHFUcmFja0lkPWU5MmM5MGNkMDRm YTQyODM5NjgzYWYwMjJkYzBhMDVjJmVscT02ZTQzNzYxZjJhOGQ0ZmZkOGM4Nzk0YTgy YmY4OGYzMCZlbHFhaWQ9MTEzMTkmZWxxYXQ9MT4gICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIA0KDQoi IiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIA0KDQoi IiA8aHR0cDovL3d3dy5jbGFyaXZhdGUuY29tLz91dG1fY2FtcGFpZ249RU1fMV9BdWdf TmV3c2xldHRlcl9SZXNlYXJjaF9TbWFydGVyX1NBUl9HbG9iYWxfMjAyMF9SZXNlYXJj aGVyc19TdWJqZWN0JTIwTGluZSUyMEEmdXRtX21lZGl1bT1lbWFpbCZ1dG1fc291cmNl PUVsb3F1YSZlbHFUcmFja0lkPWU5ZmM2YTExMzNhZTQ5NDc4ZDdhZDY2NmRlMWNhMTIz JmVscT02ZTQzNzYxZjJhOGQ0ZmZkOGM4Nzk0YTgyYmY4OGYzMCZlbHFhaWQ9MTEzMTkm ZWxxYXQ9MSZlbHFDYW1wYWlnbklkPTUyNTU+ICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICANCg0K IkNsYXJpdmF0ZSBMaW5rZWRJbiIgPGh0dHBzOi8vd3d3LmxpbmtlZGluLmNvbS9jb21w YW55L2NsYXJpdmF0ZS1hbmFseXRpY3MvP3V0bV9jYW1wYWlnbj1FTV8xX0F1Z19OZXdz bGV0dGVyX1Jlc2VhcmNoX1NtYXJ0ZXJfU0FSX0dsb2JhbF8yMDIwX1Jlc2VhcmNoZXJz X1N1YmplY3QlMjBMaW5lJTIwQSZ1dG1fbWVkaXVtPWVtYWlsJnV0bV9zb3VyY2U9RWxv cXVhJmVscVRyYWNrSWQ9MDhhZTc1ZjgzZjFiNDE2Nzk5OTNmY2RjZjdkYzJiZjAmZWxx PTZlNDM3NjFmMmE4ZDRmZmQ4Yzg3OTRhODJiZjg4ZjMwJmVscWFpZD0xMTMxOSZlbHFh dD0xJmVscUNhbXBhaWduSWQ9NTI1NT4gICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAiV2Vi IG9mIFNjaWVuY2UgVHdpdHRlciIgPGh0dHBzOi8vdHdpdHRlci5jb20vV2Vib2ZTY2ll bmNlP3V0bV9jYW1wYWlnbj1FTV8xX0F1Z19OZXdzbGV0dGVyX1Jlc2VhcmNoX1NtYXJ0 ZXJfU0FSX0dsb2JhbF8yMDIwX1Jlc2VhcmNoZXJzX1N1YmplY3QlMjBMaW5lJTIwQSZ1 dG1fbWVkaXVtPWVtYWlsJnV0bV9zb3VyY2U9RWxvcXVhJmVscVRyYWNrSWQ9MjhiYzI3 NzRhODg0NGNhZDg5MDE5YjYzNzliNGViYTMmZWxxPTZlNDM3NjFmMmE4ZDRmZmQ4Yzg3 OTRhODJiZjg4ZjMwJmVscWFpZD0xMTMxOSZlbHFhdD0xJmVscUNhbXBhaWduSWQ9NTI1 NT4gICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAiV2ViIG9mIFNjaWVuY2UgRmFjZWJvb2si IDxodHRwczovL3d3dy5mYWNlYm9vay5jb20vd2Vib2ZzY2llbmNlP3V0bV9jYW1wYWln bj1FTV8xX0F1Z19OZXdzbGV0dGVyX1Jlc2VhcmNoX1NtYXJ0ZXJfU0FSX0dsb2JhbF8y MDIwX1Jlc2VhcmNoZXJzX1N1YmplY3QlMjBMaW5lJTIwQSZ1dG1fbWVkaXVtPWVtYWls JnV0bV9zb3VyY2U9RWxvcXVhJmVscVRyYWNrSWQ9YmE5YWRhMTMwMjc0NDk3N2JjNjMz YmMwNWIyMmQ4MTImZWxxPTZlNDM3NjFmMmE4ZDRmZmQ4Yzg3OTRhODJiZjg4ZjMwJmVs cWFpZD0xMTMxOSZlbHFhdD0xJmVscUNhbXBhaWduSWQ9NTI1NT4gICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgIA0KDQoNCg0KDQpDbGFyaXZhdGUgPGh0dHBzOi8vY2xhcml2YXRlLmNvbT91 dG1fY2FtcGFpZ249RU1fMV9BdWdfTmV3c2xldHRlcl9SZXNlYXJjaF9TbWFydGVyX1NB Ul9HbG9iYWxfMjAyMF9SZXNlYXJjaGVyc19TdWJqZWN0JTIwTGluZSUyMEEmdXRtX21l ZGl1bT1lbWFpbCZ1dG1fc291cmNlPUVsb3F1YSZlbHFUcmFja0lkPTdmNWE2MzBkMWJl ZDQyZTNiNGU2ZDVkNjNiYjAxOTk3JmVscT02ZTQzNzYxZjJhOGQ0ZmZkOGM4Nzk0YTgy YmY4OGYzMCZlbHFhaWQ9MTEzMTkmZWxxYXQ9MSZlbHFDYW1wYWlnbklkPTUyNTU+ICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICANCg0KQ29ydGVsbGlzIDxodHRwczovL2NsYXJpdmF0ZS5j b20vY29ydGVsbGlzLz91dG1fY2FtcGFpZ249RU1fMV9BdWdfTmV3c2xldHRlcl9SZXNl YXJjaF9TbWFydGVyX1NBUl9HbG9iYWxfMjAyMF9SZXNlYXJjaGVyc19TdWJqZWN0JTIw TGluZSUyMEEmdXRtX21lZGl1bT1lbWFpbCZ1dG1fc291cmNlPUVsb3F1YSZlbHFUcmFj a0lkPTFhMjJjODU3MWZlMzQ3MWQ5ZDBmZDg1M2I2M2M3YmZmJmVscT02ZTQzNzYxZjJh OGQ0ZmZkOGM4Nzk0YTgyYmY4OGYzMCZlbHFhaWQ9MTEzMTkmZWxxYXQ9MSZlbHFDYW1w YWlnbklkPTUyNTU+DQpDb21wdU1hcmsgPGh0dHBzOi8vY29tcHVtYXJrLmNvbS8/dXRt X2NhbXBhaWduPUVNXzFfQXVnX05ld3NsZXR0ZXJfUmVzZWFyY2hfU21hcnRlcl9TQVJf R2xvYmFsXzIwMjBfUmVzZWFyY2hlcnNfU3ViamVjdCUyMExpbmUlMjBBJnV0bV9tZWRp dW09ZW1haWwmdXRtX3NvdXJjZT1FbG9xdWEmZWxxVHJhY2tJZD0zZDdhMzRjNDYwY2I0 ZTQ2OGY2YmMyNjFmZmI5NTBmNiZlbHE9NmU0Mzc2MWYyYThkNGZmZDhjODc5NGE4MmJm ODhmMzAmZWxxYWlkPTExMzE5JmVscWF0PTEmZWxxQ2FtcGFpZ25JZD01MjU1Pg0KRGVy d2VudCA8aHR0cHM6Ly9jbGFyaXZhdGUuY29tL2RlcndlbnQvP3V0bV9jYW1wYWlnbj1F TV8xX0F1Z19OZXdzbGV0dGVyX1Jlc2VhcmNoX1NtYXJ0ZXJfU0FSX0dsb2JhbF8yMDIw X1Jlc2VhcmNoZXJzX1N1YmplY3QlMjBMaW5lJTIwQSZ1dG1fbWVkaXVtPWVtYWlsJnV0 bV9zb3VyY2U9RWxvcXVhJmVscVRyYWNrSWQ9N2NlMzc0ODFiNzk1NGQ1Y2JjY2Y4YjE0 ZWUwMjdjMWQmZWxxPTZlNDM3NjFmMmE4ZDRmZmQ4Yzg3OTRhODJiZjg4ZjMwJmVscWFp ZD0xMTMxOSZlbHFhdD0xJmVscUNhbXBhaWduSWQ9NTI1NT4gICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgIA0KDQpNYXJrTW9uaXRvciA8aHR0cHM6Ly9tYXJrbW9uaXRvci5jb20vP3V0bV9j YW1wYWlnbj1FTV8xX0F1Z19OZXdzbGV0dGVyX1Jlc2VhcmNoX1NtYXJ0ZXJfU0FSX0ds b2JhbF8yMDIwX1Jlc2VhcmNoZXJzX1N1YmplY3QlMjBMaW5lJTIwQSZ1dG1fbWVkaXVt PWVtYWlsJnV0bV9zb3VyY2U9RWxvcXVhJmVscVRyYWNrSWQ9YzFkZGFjZDEwYTgzNDk1 NTlmMmI5Mzg5MjljOTExZTMmZWxxPTZlNDM3NjFmMmE4ZDRmZmQ4Yzg3OTRhODJiZjg4 ZjMwJmVscWFpZD0xMTMxOSZlbHFhdD0xJmVscUNhbXBhaWduSWQ9NTI1NT4NClRlY2hz dHJlZXQgPGh0dHA6Ly9zNzg2NzgwMDMzLnQuZW4yNS5jb20vZS9lcj91dG1fY2FtcGFp Z249RU1fMV9BdWdfTmV3c2xldHRlcl9SZXNlYXJjaF9TbWFydGVyX1NBUl9HbG9iYWxf MjAyMF9SZXNlYXJjaGVyc19TdWJqZWN0JTIwTGluZSUyMEEmdXRtX21lZGl1bT1lbWFp bCZ1dG1fc291cmNlPUVsb3F1YSZzPTc4Njc4MDAzMyZsaWQ9NTAwNiZlbHFUcmFja0lk PTE0OTVhZTEzYzZlZTQzMDU5OWU1Mjk2ZWZjOWM5OGFmJmVscT02ZTQzNzYxZjJhOGQ0 ZmZkOGM4Nzk0YTgyYmY4OGYzMCZlbHFhaWQ9MTEzMTkmZWxxYXQ9MT4NCldlYiBvZiBT Y2llbmNlIDxodHRwczovL2NsYXJpdmF0ZS5jb20vd2Vib2ZzY2llbmNlZ3JvdXAvP3V0 bV9jYW1wYWlnbj1FTV8xX0F1Z19OZXdzbGV0dGVyX1Jlc2VhcmNoX1NtYXJ0ZXJfU0FS X0dsb2JhbF8yMDIwX1Jlc2VhcmNoZXJzX1N1YmplY3QlMjBMaW5lJTIwQSZ1dG1fbWVk aXVtPWVtYWlsJnV0bV9zb3VyY2U9RWxvcXVhJmVscVRyYWNrSWQ9M2M2ZjEzNjE2ZWM0 NDkxZTkwODNjYWE3ZWI2MGMwYWMmZWxxPTZlNDM3NjFmMmE4ZDRmZmQ4Yzg3OTRhODJi Zjg4ZjMwJmVscWFpZD0xMTMxOSZlbHFhdD0xJmVscUNhbXBhaWduSWQ9NTI1NT4gICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgIA0KDQrCqSAyMDIwIENsYXJpdmF0ZQ0KVW5zdWJzY3JpYmUg ZnJvbSBtYXJrZXRpbmcgY29tbXVuaWNhdGlvbnMgPGh0dHA6Ly9zNzg2NzgwMDMzLnQu ZW4yNS5jb20vZS91P3M9Nzg2NzgwMDMzJmVscT02ZTQzNzYxZjJhOGQ0ZmZkOGM4Nzk0 YTgyYmY4OGYzMD4NCk1hbmFnZSB5b3VyIGVtYWlsIHByZWZlcmVuY2VzIDxodHRwOi8v czc4Njc4MDAzMy50LmVuMjUuY29tL2UvZjIuYXNweD9lbHFGb3JtTmFtZT1GT19QcmVm ZXJlbmNlX0NlbnRlcl9MaW5rX0JGU19YQlVfR2xvYmFsXzIwMTgmZWxxU2l0ZUlEPTc4 Njc4MDAzMyZlbWFpbEFkZHJlc3M9bWljaGFlbC5mcm9tbSU0MGNoYXJpdGUuZGUmc291 cmNlPUZUX1N0YW5kYXJkX0dyZXlfWEJVX0dsb2JhbF8yMDE4JmVscVRyYWNrSWQ9MTY3 NTZiNTJmOGI2NGU5Y2E5NzA1OTdjMmVkMTVlZDcmZWxxPTZlNDM3NjFmMmE4ZDRmZmQ4 Yzg3OTRhODJiZjg4ZjMwJmVscWFpZD0xMTMxOSZlbHFhdD0xJmVscUNhbXBhaWduSWQ9 NTI1NT4NClByaXZhY3kgcG9saWN5IDxodHRwczovL2NsYXJpdmF0ZS5jb20vbGVnYWwv cHJpdmFjeS1zdGF0ZW1lbnQvP3V0bV9jYW1wYWlnbj1FTV8xX0F1Z19OZXdzbGV0dGVy X1Jlc2VhcmNoX1NtYXJ0ZXJfU0FSX0dsb2JhbF8yMDIwX1Jlc2VhcmNoZXJzX1N1Ympl Y3QlMjBMaW5lJTIwQSZ1dG1fbWVkaXVtPWVtYWlsJnV0bV9zb3VyY2U9RWxvcXVhJmVs cVRyYWNrSWQ9MzUwMTAwMDEyNWQxNGQ0OWE2MDlhNzRkOGZkMDk2NGEmZWxxPTZlNDM3 NjFmMmE4ZDRmZmQ4Yzg3OTRhODJiZjg4ZjMwJmVscWFpZD0xMTMxOSZlbHFhdD0xJmVs cUNhbXBhaWduSWQ9NTI1NT4gICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIA0KDQoxNTAwIFNwcmlu ZyBHYXJkZW4gU3RyZWV0DQpGb3VydGggRmxvb3INClBoaWxhZGVscGhpYQ0KUEEgMTkx MzAsIFVTQSAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg DQoNClRoaXMgZW1haWwgd2FzIHNlbnQgdG8gbWljaGFlbC5mcm9tbUBjaGFyaXRlLmRl IGFuZCBpcyBzcGVjaWZpYyB0byB0aGUgcmVjaXBpZW50Lg0KSWYgeW91IGhhdmUgcmVj ZWl2ZWQgdGhpcyBlbWFpbCBpbiBlcnJvciBwbGVhc2UgZGVsZXRlIGl0IGFuZCBub3Rp ZnkgdGhlIHNlbmRlciBpbW1lZGlhdGVseS4gICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgDQrCqSAyMDIwIENsYXJpdmF0ZS4gQ2xhcml2 YXRlIGFuZCBpdHMgbG9nbywgYXMgd2VsbCBhcyBhbGwgb3RoZXIgdHJhZGVtYXJrcyB1 c2VkIGhlcmVpbiBhcmUgdHJhZGVtYXJrcyBvZiB0aGVpciByZXNwZWN0aXZlIG93bmVy cyBhbmQgdXNlZCB1bmRlciBsaWNlbnNlLiAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICANCg0K ----boundary_492568_1d42836c-558e-4a5f-9844-4fe20f06c08f Content-Type: text/html; charset="utf-8" Content-Transfer-Encoding: base64 PCFET0NUWVBFIGh0bWw+PGh0bWw+PGhlYWQ+DQo8bWV0YSBodHRwLWVxdWl2PSJDb250ZW50LVR5 cGUiIGNvbnRlbnQ9InRleHQvaHRtbDsgY2hhcnNldD11dGYtOCI+PG1ldGEgY29udGVudD0iTk9J TkRFWCwgTk9GT0xMT1ciIG5hbWU9IlJPQk9UUyI+DQogICAgICANCiAgICAgIA0KICAgICAgPG1l dGEgY29udGVudD0idHJ1ZSIgbmFtZT0iSGFuZGhlbGRGcmllbmRseSI+DQogICAgICA8bWV0YSBj b250ZW50PSJ0ZWxlcGhvbmU9bm8iIG5hbWU9ImZvcm1hdC1kZXRlY3Rpb24iPg0KICAgICAgPG1l dGEgY29udGVudD0iMzIwIiBuYW1lPSJNb2JpbGVPcHRpbWl6ZWQiPg0KICAgICAgPG1ldGEgY29u dGVudD0id2lkdGg9ZGV2aWNlLXdpZHRoIiBuYW1lPSJ2aWV3cG9ydCI+DQogICAgICA8dGl0bGU+ V2ViIG9mIFNjaWVuY2U8L3RpdGxlPg0KICAgICAgPHN0eWxlIHR5cGU9InRleHQvY3NzIj4NCiAg ICAgICAgIHNwYW4ucHJlaGVhZGVyIHsgZGlzcGxheTpub25lOyBoZWlnaHQ6MHB4OyB9DQogICAg ICAgICBkaXYsIHAsIGEsIGxpLCB0ZCB7IC13ZWJraXQtdGV4dC1zaXplLWFkanVzdDogbm9uZTsg fQ0KICAgICAgPC9zdHlsZT4NCiAgICAgIDwhLS1baWYgSUVNb2JpbGVdPg0KICAgICAgPHN0eWxl IHR5cGU9InRleHQvY3NzIj4NCiAgICAgICAgIHRhYmxlLm1haW4tdGFibGUgeyB3aWR0aDogMzIw cHghaW1wb3J0YW50OyBtaW4td2lkdGg6IDMyMHB4IWltcG9ydGFudDsgfQ0KICAgICAgICAgdGFi bGUuaW5uZXIgeyB3aWR0aDogMjg2cHghaW1wb3J0YW50OyB9DQogICAgICAgICBpbWcuaW5uZXIg eyB3aWR0aDogMjg2cHghaW1wb3J0YW50OyB9DQogICAgICAgICB0ZC5hbGlnbmNlbnRlciB7IHRl eHQtYWxpZ246IGNlbnRlciFpbXBvcnRhbnQ7IH0NCiAgICAgICAgIHRhYmxlLmlubGluZSB7IGRp c3BsYXk6IGlubGluZS1ibG9jayFpbXBvcnRhbnQ7IH0NCiAgICAgICAgIHRhYmxlLm1vYnNob3cg eyBkaXNwbGF5OiBpbmxpbmUtYmxvY2shaW1wb3J0YW50OyB3aWR0aDogMTAwJSFpbXBvcnRhbnQ7 IGhlaWdodDogMzA1cHghaW1wb3J0YW50OyBvdmVyZmxvdzogdmlzaWJsZSFpbXBvcnRhbnQ7IGZs b2F0OiBub25lIWltcG9ydGFudDsgdmlzaWJpbGl0eTogdmlzaWJsZSFpbXBvcnRhbnQ7IGJvcmRl cjogbm9uZSFpbXBvcnRhbnQ7IGZvbnQtc2l6ZTogMTVweCFpbXBvcnRhbnQ7IH0NCiAgICAgICAg IHRkLm1vYnNob3cgeyBkaXNwbGF5OiBpbmxpbmUtYmxvY2shaW1wb3J0YW50OyB3aWR0aDogMTAw JSFpbXBvcnRhbnQ7IGhlaWdodDogMzA1cHghaW1wb3J0YW50OyBvdmVyZmxvdzogdmlzaWJsZSFp bXBvcnRhbnQ7IGZsb2F0OiBub25lIWltcG9ydGFudDsgdmlzaWJpbGl0eTogdmlzaWJsZSFpbXBv cnRhbnQ7IGJvcmRlcjogbm9uZSFpbXBvcnRhbnQ7IGZvbnQtc2l6ZTogMTVweCFpbXBvcnRhbnQ7 IG1heC1oZWlnaHQ6IDMwNXB4IWltcG9ydGFudDsgfQ0KICAgICAgICAgZGl2Lm1vYnNob3cgeyBk aXNwbGF5OiBpbmxpbmUtYmxvY2shaW1wb3J0YW50OyB3aWR0aDogMTAwJSFpbXBvcnRhbnQ7IGhl aWdodDogMzA1cHghaW1wb3J0YW50OyBvdmVyZmxvdzogdmlzaWJsZSFpbXBvcnRhbnQ7IGZsb2F0 OiBub25lIWltcG9ydGFudDsgdmlzaWJpbGl0eTogdmlzaWJsZSFpbXBvcnRhbnQ7IGJvcmRlcjog bm9uZSFpbXBvcnRhbnQ7IGZvbnQtc2l6ZTogMTVweCFpbXBvcnRhbnQ7IG1heC1oZWlnaHQ6IDMw NXB4IWltcG9ydGFudDsgfQ0KICAgICAgICAgcC5tb2JoaWRlIHsgZGlzcGxheTogbm9uZSFpbXBv cnRhbnQ7IGZvbnQtc2l6ZTogMHB4IWltcG9ydGFudDsgbGluZS1oZWlnaHQ6IDBweCFpbXBvcnRh bnQ7IG1hcmdpbjogMHB4IWltcG9ydGFudDsgcGFkZGluZzogMHB4IWltcG9ydGFudDsgfQ0KICAg ICAgPC9zdHlsZT4NCiAgICAgIDwhW2VuZGlmXS0tPg0KICAgICAgPCEtLVtpZiAoZ3RlIG1zbyA5 KXwoSUUpXT4NCgkgIDxzdHlsZT4NCgkJIGxpIHsgdGV4dC1pbmRlbnQ6IC0xZW07IC8qIE5vcm1h bGlzZSBzcGFjZSBiZXR3ZWVuIGJ1bGxldHMgYW5kIHRleHQgKi99DQoJICA8L3N0eWxlPg0KCSAg PCFbZW5kaWZdLS0+DQogICAgICA8c3R5bGUgdHlwZT0idGV4dC9jc3MiPg0KICAgICAgICAgYm9k eSB7IG1hcmdpbjogMHB4OyB9DQogICAgICAgICBhIHsgdGV4dC1kZWNvcmF0aW9uOiBub25lOyB9 DQoJCSAgLypCVS1TcGVjaWZpYyBsaW5rcyovDQogICAgICAgICAjY29udGVudCBhIHtjb2xvcjog IzVFMzNCRjsgdGV4dC1kZWNvcmF0aW9uOiB1bmRlcmxpbmU7Zm9udC13ZWlnaHQ6Ym9sZDt9DQoJ CSAjaW50cm8gYSB7Y29sb3I6ICMwMDAwMDA7IHRleHQtZGVjb3JhdGlvbjogdW5kZXJsaW5lO30N CgkJICNmb290ZXIgYSB7Y29sb3I6ICMwMDAwMDA7IHRleHQtZGVjb3JhdGlvbjogbm9uZTt9DQog ICAgICAgICB1bCB7IHBhZGRpbmctdG9wOiAuNzVlbTsgcGFkZGluZy1ib3R0b206IC43NWVtO3Bh ZGRpbmctbGVmdDogMS4yZW07IE1hcmdpbjogMDsgbGlzdC1zdHlsZS1wb3NpdGlvbjogaW5zaWRl OyBsaXN0LXN0eWxlOiBub25lOyB9DQogICAgICAgICBsaSB7IE1hcmdpbjowOyBsaXN0LXN0eWxl OmRpc2Mgb3V0c2lkZTsgbXNvLXNwZWNpYWwtZm9ybWF0OmJ1bGxldDsgfQ0KICAgICAgICAgLmJ1 LXB1cnBsZSBsaTo6YmVmb3JlIHsgY29sb3I6ICM1ZTMzYmY7IH0NCiAgICAgICAgIC5idS1saWdo dC1ibHVlIGxpOjpiZWZvcmUgeyBjb2xvcjogIzA3OWNjMzsgfQ0KICAgICAgICAgLmJ1LXRlYWwg bGk6OmJlZm9yZSB7IGNvbG9yOiAjMDZhNDkyOyB9DQogICAgICAgICAuYnUtcmVkIGxpOjpiZWZv cmUgeyBjb2xvcjogI0ZGNEUzRTsgfQ0KICAgICAgICAgLmJ1LWJsdWUgbGk6OmJlZm9yZSB7IGNv bG9yOiAjMDI0OGZmOyB9DQogICAgICAgICAuYXJyb3ctc3BhY2luZyB7IHBhZGRpbmc6IDAgMCA3 cHggOHB4OyB9DQoJCSAuZm9vdGVyLWxpbmsge2ZvbnQtd2VpZ2h0OiBib2xkO30gDQogICAgICAg ICBhW3gtYXBwbGUtZGF0YS1kZXRlY3RvcnNdIHsNCgkJCWNvbG9yOiBpbmhlcml0Ow0KCQkJdGV4 dC1kZWNvcmF0aW9uOiBpbmhlcml0Ow0KCQkJZm9udC1zaXplOiBpbmhlcml0Ow0KCQkJZm9udC1m YW1pbHk6IGluaGVyaXQ7DQoJCQlmb250LXdlaWdodDogaW5oZXJpdDsNCgkJCWxpbmUtaGVpZ2h0 OiBpbmhlcml0Ow0KCQkgfQ0KICAgICAgICAgQG1lZGlhIG9ubHkgc2NyZWVuIGFuZCAobWF4LXdp ZHRoOiA0ODBweCl7DQogICAgICAgICAJdGFibGUub3V0ZXIgeyB3aWR0aDogMzIwcHghaW1wb3J0 YW50OyB9DQogICAgICAgICAgICB0YWJsZS5pbm5lciB7IHdpZHRoOiAyODZweCFpbXBvcnRhbnQ7 IH0NCiAgICAgICAgICAgIGltZy5pbm5lciB7IHdpZHRoOiAyODZweCFpbXBvcnRhbnQ7IH0NCiAg ICAgICAgICAgIHRkLmFsaWduY2VudGVyIHsgdGV4dC1hbGlnbjogY2VudGVyIWltcG9ydGFudDsg fQ0KICAgICAgICAgICAgdGFibGUuaW5saW5lIHsgZGlzcGxheTogaW5saW5lLWJsb2NrIWltcG9y dGFudDsgfQ0KICAgICAgICAgICAgdGFibGUubW9ic2hvdyB7IGRpc3BsYXk6IGlubGluZS1ibG9j ayFpbXBvcnRhbnQ7IHdpZHRoOiAxMDAlIWltcG9ydGFudDsgaGVpZ2h0OiAzMDVweCFpbXBvcnRh bnQ7IG92ZXJmbG93OiB2aXNpYmxlIWltcG9ydGFudDsgZmxvYXQ6IG5vbmUhaW1wb3J0YW50OyB2 aXNpYmlsaXR5OiB2aXNpYmxlIWltcG9ydGFudDsgYm9yZGVyOiBub25lIWltcG9ydGFudDsgZm9u dC1zaXplOiAxNXB4IWltcG9ydGFudDsgfQ0KICAgICAgICAgICAgdGQubW9ic2hvdyB7IGRpc3Bs YXk6IGlubGluZS1ibG9jayFpbXBvcnRhbnQ7IHdpZHRoOiAxMDAlIWltcG9ydGFudDsgaGVpZ2h0 OiAzMDVweCFpbXBvcnRhbnQ7IG92ZXJmbG93OiB2aXNpYmxlIWltcG9ydGFudDsgZmxvYXQ6IG5v bmUhaW1wb3J0YW50OyB2aXNpYmlsaXR5OiB2aXNpYmxlIWltcG9ydGFudDsgYm9yZGVyOiBub25l IWltcG9ydGFudDsgZm9udC1zaXplOiAxNXB4IWltcG9ydGFudDsgbWF4LWhlaWdodDogMzA1cHgh aW1wb3J0YW50OyB9DQogICAgICAgICAgICBkaXYubW9ic2hvdyB7IGRpc3BsYXk6IGlubGluZS1i bG9jayFpbXBvcnRhbnQ7IHdpZHRoOiAxMDAlIWltcG9ydGFudDsgaGVpZ2h0OiAzMDVweCFpbXBv cnRhbnQ7IG92ZXJmbG93OiB2aXNpYmxlIWltcG9ydGFudDsgZmxvYXQ6IG5vbmUhaW1wb3J0YW50 OyB2aXNpYmlsaXR5OiB2aXNpYmxlIWltcG9ydGFudDsgYm9yZGVyOiBub25lIWltcG9ydGFudDsg Zm9udC1zaXplOiAxNXB4IWltcG9ydGFudDsgbWF4LWhlaWdodDogMzA1cHghaW1wb3J0YW50OyB9 DQogICAgICAgICAgICBwLm1vYmhpZGUgeyBkaXNwbGF5OiBub25lIWltcG9ydGFudDsgZm9udC1z aXplOiAwcHghaW1wb3J0YW50OyBsaW5lLWhlaWdodDogMHB4IWltcG9ydGFudDsgbWFyZ2luOiAw cHghaW1wb3J0YW50OyBwYWRkaW5nOiAwcHghaW1wb3J0YW50OyB9DQogICAgICAgICAgICB0YWJs ZS5hbGlnbmNlbnRlcm1hcmdpbiwgdGQuYWxpZ25jZW50ZXJtYXJnaW4sIGltZy5hbGlnbmNlbnRl cm1hcmdpbiB7IG1hcmdpbjogMCBhdXRvIWltcG9ydGFudDsgfQ0KICAgICAgICAgICAgdGQuZnVs bCB7IGRpc3BsYXk6IGJsb2NrIWltcG9ydGFudDsgd2lkdGg6IDEwMCUhaW1wb3J0YW50OyB9DQog ICAgICAgICAgICBpbWcuZnVsbCB7IHdpZHRoOiAzMjBweCFpbXBvcnRhbnQ7IH0NCiAgICAgICAg ICAgIC5mdWxsLXdpZHRoIHsgd2lkdGg6IDEwMCUhaW1wb3J0YW50OyB9DQogICAgICAgICAgICAu bm8tZmxvYXQgeyBmbG9hdDogbm9uZSFpbXBvcnRhbnQ7IH0NCg0KICAgICAgICAgICAgLm1vYmhl aWdodCB7IGJhY2tncm91bmQtc2l6ZTogMTAwJSAxNTVweCAhaW1wb3J0YW50OyB9DQogICAgICAg ICAgICB0ZC5tb2JhbGlnbi1sZWZ0IHsgdGV4dC1hbGlnbjogbGVmdCAhaW1wb3J0YW50OyB9DQog ICAgICAgICAgICB0ZC5tb2JhbGlnbi1yaWdodCB7IHRleHQtYWxpZ246IHJpZ2h0ICFpbXBvcnRh bnQ7IH0NCiAgICAgICAgICAgIHRkLm1vYnZhbGlnbi10b3AgeyB2ZXJ0aWNhbC1hbGlnbjogdG9w ICFpbXBvcnRhbnQ7IH0NCiAgICAgICAgICAgIHRkLm1vYnZhbGlnbi1ib3R0b20geyB2ZXJ0aWNh bC1hbGlnbjogYm90dG9tICFpbXBvcnRhbnQ7IH0NCiAgICAgICAgICAgIGltZy5tb2JyZXNwIHsN CiAgICAgICAgICAgICAgIGRpc3BsYXk6IGJsb2NrICFpbXBvcnRhbnQ7DQogICAgICAgICAgICAg ICB3aWR0aDogMTAwJSAhaW1wb3J0YW50Ow0KICAgICAgICAgICAgICAgbWF4LXdpZHRoOiAxMDAl ICFpbXBvcnRhbnQ7DQogICAgICAgICAgICB9DQoJCQkuZm9vdGVyLWxpbmsge2ZvbnQtd2VpZ2h0 OiBub3JtYWw7fSAgDQogICAgICAgICAgICBpbWcubW9icmVzcC1zaG9ydCB7IGhlaWdodDogMTEw cHggIWltcG9ydGFudDsgfQ0KICAgICAgICAgICAgaW1nLm1vYnJlc3AtbWVkIHsgaGVpZ2h0OiAx NTBweCAhaW1wb3J0YW50OyB9DQogICAgICAgICAgICAubW9icGFkZGluZy0yMSB7IHBhZGRpbmc6 IDIxcHggIWltcG9ydGFudDsgfQ0KCQkJLm1vYnBhZGRpbmctMzAgeyBwYWRkaW5nOiAzMHB4IDIx cHggIWltcG9ydGFudDsgfQ0KCQkJLm1vYnBhZGRpbmctNDAgeyBwYWRkaW5nOiA0MHB4IDIxcHgg IWltcG9ydGFudDsgfQ0KICAgICAgICAgICAgLm1vYnBhZGRpbmctMTAtMjEgeyBwYWRkaW5nOiAx MHB4IDIxcHggIWltcG9ydGFudDsgfQ0KICAgICAgICAgICAgLm1vYnBhZGRpbmctMjEtaHogeyBw YWRkaW5nLXJpZ2h0OiAyMXB4ICFpbXBvcnRhbnQ7IHBhZGRpbmctbGVmdDogMjBweCAhaW1wb3J0 YW50OyB9DQogICAgICAgICAgICAubW9icGFkZGluZy0yMS12dCB7IHBhZGRpbmctdG9wOiAyMXB4 ICFpbXBvcnRhbnQ7IHBhZGRpbmctYm90dG9tOiAyMHB4ICFpbXBvcnRhbnQ7IH0NCiAgICAgICAg ICAgIC5tb2JwYWRkaW5nLTIxLXRvcCB7IHBhZGRpbmctdG9wOiAyMXB4ICFpbXBvcnRhbnQ7IH0N CiAgICAgICAgICAgIC5tb2JwYWRkaW5nLTIxLXJpZ2h0IHsgcGFkZGluZy1yaWdodDogMjFweCAh aW1wb3J0YW50OyB9DQogICAgICAgICAgICAubW9icGFkZGluZy0yMS1ib3R0b20geyBwYWRkaW5n LWJvdHRvbTogMjFweCAhaW1wb3J0YW50OyB9DQogICAgICAgICAgICAubW9icGFkZGluZy0yMS1s ZWZ0IHsgcGFkZGluZy1sZWZ0OiAyMXB4ICFpbXBvcnRhbnQ7IH0NCiAgICAgICAgICAgIC5tb2Jw YWRkaW5nLTAgeyBwYWRkaW5nOiAwcHggIWltcG9ydGFudDsgfQ0KICAgICAgICAgICAgLm1vYnBh ZGRpbmctMC10b3AgeyBwYWRkaW5nLXRvcDogMHB4ICFpbXBvcnRhbnQ7IH0NCiAgICAgICAgICAg IC5tb2JwYWRkaW5nLTYtdG9wIHsgcGFkZGluZy10b3A6IDZweCAhaW1wb3J0YW50OyB9DQogICAg ICAgICAgICAubW9icGFkZGluZy0wLXJpZ2h0IHsgcGFkZGluZy1yaWdodDogMHB4ICFpbXBvcnRh bnQ7IH0NCiAgICAgICAgICAgIC5tb2JwYWRkaW5nLTAtYm90dG9tIHsgcGFkZGluZy1ib3R0b206 IDBweCAhaW1wb3J0YW50OyB9DQogICAgICAgICAgICAubW9icGFkZGluZy04LWJvdHRvbSB7IHBh ZGRpbmctYm90dG9tOiA4cHggIWltcG9ydGFudDsgfQ0KICAgICAgICAgICAgLm1vYnBhZGRpbmct MC1sZWZ0IHsgcGFkZGluZy1sZWZ0OiAwcHggIWltcG9ydGFudDsgfQ0KICAgICAgICAgICAgLm1v YndpZHRoLTIwMCB7IHdpZHRoOiAyMDBweCAhaW1wb3J0YW50OyB9DQogICAgICAgICAgICAubW9i aGlkZSB7IGRpc3BsYXk6bm9uZSAhaW1wb3J0YW50OyB3aWR0aDowcHggIWltcG9ydGFudDsgbWF4 LWhlaWdodDowcHggIWltcG9ydGFudDsgb3ZlcmZsb3c6aGlkZGVuICFpbXBvcnRhbnQ7IG1zby1o aWRlOmFsbCAhaW1wb3J0YW50OyBoZWlnaHQ6MCAhaW1wb3J0YW50OyBmb250LXNpemU6MCAhaW1w b3J0YW50OyBtYXgtaGVpZ2h0OjAgIWltcG9ydGFudDsgbGluZS1oZWlnaHQ6MCAhaW1wb3J0YW50 OyBtYXJnaW46MCAhaW1wb3J0YW50O30NCiAgICAgICAgICAgIC5tb2JyZXZlYWwgeyBkaXNwbGF5 OiB0YWJsZS1jZWxsICFpbXBvcnRhbnQ7IH0NCiAgICAgICAgICAgIC5tb2JyZXZlYWx0YWJsZSB7 IGRpc3BsYXk6IHRhYmxlICFpbXBvcnRhbnQ7IH0NCiAgICAgICAgICAgIC5tb2Jmb250LTE1IHsg Zm9udC1zaXplOiAxNXB4ICFpbXBvcnRhbnQ7IH0NCiAgICAgICAgICAgIC5tb2JpY29uLTQwIHsg d2lkdGg6IDQwcHggIWltcG9ydGFudDsgfQ0KICAgICAgICAgfQ0KICAgICAgPC9zdHlsZT4NCiAg ICAgIDwhLS1baWYgbXNvXT4NCiAgICAgIDxzdHlsZSB0eXBlPSJ0ZXh0L2NzcyI+DQogICAgICAg ICB0YWJsZVttb2R1bGUtdGFibGUtd3JhcHBlcl0geyB3aWR0aDogNTY0cHghaW1wb3J0YW50OyB9 DQogICAgICAgICAuYm9keS10ZXh0LCBib2R5LCB0ZCwgc3BhbiwgZGl2LCBhIHsNCiAgICAgICAg ICAgIGZvbnQtZmFtaWx5OiAnQ2FsaWJyaScsIEFyaWFsLCBzYW5zLXNlcmlmICFpbXBvcnRhbnQ7 DQogICAgICAgICB9DQogICAgICA8L3N0eWxlPg0KICAgICAgPCFbZW5kaWZdLS0+DQogICAgICA8 IS0tW2lmIElFTW9iaWxlXT4NCiAgICAgIDxzdHlsZSB0eXBlPSJ0ZXh0L2NzcyI+DQogICAgICAg ICB0ZCwgc3BhbiwgcCwgYSwgaDUsIGg2LCBkaXYgeyBmb250LWZhbWlseTogJ0NhbGlicmknLCBB cmlhbCwgSGVsdmV0aWNhLCBzYW5zLXNlcmlmICFpbXBvcnRhbnQ7IH0NCiAgICAgIDwvc3R5bGU+ DQogICAgICA8IVtlbmRpZl0tLT4gDQo8L2hlYWQ+DQo8Ym9keSBzdHlsZT0iYmFja2dyb3VuZDog I2RlZGVkZTsgYm9yZGVyOiAwcHg7IHBhZGRpbmc6IDBweDsgbWFyZ2luOiAwcHg7IiB0b3BtYXJn aW49IjAiIHJpZ2h0bWFyZ2luPSIwIiBsZWZ0bWFyZ2luPSIwIiBib3R0b21tYXJnaW49IjAiPjxk aXYgc3R5bGU9ImRpc3BsYXk6bm9uZTtmb250LXNpemU6MXB4O2NvbG9yOiMzMzMzMzM7bGluZS1o ZWlnaHQ6MXB4O21heC1oZWlnaHQ6MHB4O21heC13aWR0aDowcHg7b3BhY2l0eTowO292ZXJmbG93 OmhpZGRlbjsiPg0KICAgIFJlc2VhcmNoIFNtYXJ0ZXIgd2l0aCB0aW1lIHNhdmluZyB0b29scyBh bmQgdmFsdWFibGUgaW5zaWdodHMNCjwvZGl2Pg0KDQoNCjxkaXY+DQoNCjwhLS0gLS0tLS0gU1RB UlQ6IFdyYXBwZXIgLS0tLS0gLS0+DQoJPHRhYmxlIHN0eWxlPSJib3JkZXItY29sbGFwc2U6Y29s bGFwc2U7IG1zby10YWJsZS1sc3BhY2U6MHB0OyBtc28tdGFibGUtcnNwYWNlOjBwdDsiIHdpZHRo PSIxMDAlIiBjZWxsc3BhY2luZz0iMCIgY2VsbHBhZGRpbmc9IjAiIGJvcmRlcj0iMCI+DQoJPHRi b2R5Pg0KCQk8dHI+DQoJC