AGAP007933-PA, maker-scaffold439_size171548-snap-gene-0.26 (gene) Tigriopus kingsejongensis

Overview
NameAGAP007933-PA
Unique Namemaker-scaffold439_size171548-snap-gene-0.26
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of AGAP007933-PA vs. L. salmonis genes
Match: EMLSAG00000010864 (supercontig:LSalAtl2s:LSalAtl2s722:19599:190212:-1 gene:EMLSAG00000010864 transcript:EMLSAT00000010864 description:"maker-LSalAtl2s722-snap-gene-1.8")

HSP 1 Score: 202.216 bits (513), Expect = 1.864e-62
Identity = 98/213 (46.01%), Postives = 143/213 (67.14%), Query Frame = 0 
Query:  210 EGVGSVRLVRLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLHPYPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSISTV 422
            E V S++L  +++P H   G  A L C YDL+ ++LYS+KWY++G EFYR+IP DI  + +IF   G+ VDQ+ S +  V LRN++L + G++RCEVS EAP F T  + + + V+ LP  GP I+GG   YH+GD+V VNCTS RSKPAA L WYIN   A   + H +  I+ ++GLET++LGL F+V  + F   +L   L+C+++I+T+
Sbjct:   24 EIVSSIKLHDVTIPPHAIRGQNARLKCNYDLQGDKLYSIKWYRNGKEFYRFIPTDI-PSRSIFNGDGIHVDQQESTETSVLLRNVDLNTTGKFRCEVSGEAPSFQTAYQDAILAVIDLPDDGPIITGGFPRYHIGDRVEVNCTSYRSKPAAKLKWYINGEQADPAFTHHFKLIKDKNGLETSVLGLRFKVREKHFHKGDL--KLKCTATIATI 233
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BLAST of AGAP007933-PA vs. L. salmonis genes
Match: EMLSAG00000008718 (supercontig:LSalAtl2s:LSalAtl2s53:973559:992430:-1 gene:EMLSAG00000008718 transcript:EMLSAT00000008718 description:"augustus_masked-LSalAtl2s53-processed-gene-10.2")

HSP 1 Score: 197.978 bits (502), Expect = 1.497e-60
Identity = 106/214 (49.53%), Postives = 137/214 (64.02%), Query Frame = 0 
Query:  209 VEGVGSVRLVRLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLHPYPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSISTV 422
            +EGV    L  + VPS+   G  ATL C YDLE + LYSVKWYK+G E +RY+P + +  VT +  PGV+VD   SD+  +TLRN+NLKS G+YRCEVS EAP F TVS    M VVV+P +GP+I GGK  Y  GD V VNCTS +SKPAA L W IN  PA    L  YP      GL T+ LGL F+V    F + ++   L+C+++I+++
Sbjct:    7 IEGV---ILNNVGVPSYAINGKDATLVCDYDLEGQALYSVKWYKNGLEIFRYLPSN-NVPVTTYARPGVKVDTSRSDEFRITLRNLNLKSTGRYRCEVSTEAPTFATVSSYGDMIVVVIPSNGPKIHGGKVRYRPGDAVNVNCTSRKSKPAANLDWSINGEPANDSMLVHYPIHNTSHGLHTSTLGLSFKVLRDHFHNGDM--KLKCTATIASI 214
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BLAST of AGAP007933-PA vs. L. salmonis genes
Match: EMLSAG00000007638 (supercontig:LSalAtl2s:LSalAtl2s442:555696:556660:-1 gene:EMLSAG00000007638 transcript:EMLSAT00000007638 description:"snap_masked-LSalAtl2s442-processed-gene-5.4")

HSP 1 Score: 160.614 bits (405), Expect = 7.098e-47
Identity = 86/203 (42.36%), Postives = 124/203 (61.08%), Query Frame = 0 
Query:  219 RLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISG-GKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLHPYPPIQHE-DGLETAILGLEFEVTPRSFPDNELSISLRCSSSI 419
            R+ VP ++ I ++  L C + L  ++LYSVKWYKDG+EFYRY+P D +  V +F + G+ VD + S+   VTL+++ L  +G Y CE S+E P F T+S    M+++ LP S P ISG     Y VG  + VNCTS  SKPAA L+WYINN      YL  Y P  +E  GL T+ +GL F++  + F      ++L+C+S +
Sbjct:    3 RVIVPKYETIHNQVQLYCQFSLGPDRLYSVKWYKDGSEFYRYVPKD-NPPVLVFGVSGIIVDVKRSNSLVVTLKDLQLSCSGTYTCEASSEGPRFKTISGQGEMEILDLPDSEPIISGINASGYKVGSWLNVNCTSPNSKPAAKLNWYINNEQVNSLYLADYSPSMNEHTGLYTSFIGLSFKLKRQHFIHG--VVTLKCTSKL 202
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BLAST of AGAP007933-PA vs. L. salmonis genes
Match: EMLSAG00000003689 (supercontig:LSalAtl2s:LSalAtl2s1:1730505:1794660:1 gene:EMLSAG00000003689 transcript:EMLSAT00000003689 description:"augustus_masked-LSalAtl2s1-processed-gene-18.0")

HSP 1 Score: 151.754 bits (382), Expect = 8.651e-43
Identity = 80/213 (37.56%), Postives = 116/213 (54.46%), Query Frame = 0 
Query:  211 GVGSVRLVRLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLHP-YPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSISTV 422
            G G ++++     S   +GD  TL C YDL R+ +YS+KWYKD  E Y+YIP    + +T F+ PG+ +D+  +  N +  +  +   +GQY CE++ E P F T +++S + V+V P+  P+I G   +Y  GD V +NCTS  SKPAA L W++N  P    Y  P       E GLET+ LGL F      F   E+   L C + I  V
Sbjct:   17 GCGCLKMLGXDGXSWXNLGDTVTLTCRYDLGRDAIYSMKWYKDSKELYKYIPTYKPEYIT-FKQPGIIIDEESTRPNQLVFKVESPLGSGQYSCEITIETPSFRTYNKTSNLTVIVPPKFPPKIKGINSSYRSGDLVEINCTSSDSKPAAKLTWFMNGEPIQSNYALPLIKEFDSETGLETSRLGLRFVAEDHHFQHGEM--RLTCLAEIEQV 226
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BLAST of AGAP007933-PA vs. L. salmonis genes
Match: EMLSAG00000008399 (supercontig:LSalAtl2s:LSalAtl2s513:217857:265280:-1 gene:EMLSAG00000008399 transcript:EMLSAT00000008399 description:"maker-LSalAtl2s513-augustus-gene-4.4")

HSP 1 Score: 132.109 bits (331), Expect = 2.341e-36
Identity = 78/210 (37.14%), Postives = 106/210 (50.48%), Query Frame = 0 
Query:  214 SVRLVRLSV-PSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLHPYPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSISTV 422
            +VRL+  SV P H   G +  L C YDLE + LYSVKWY +  EFYRYIP D  +      LPG+RVD+  S +  + L N++  ++                                    GG+  Y +GD V V+CTS  S PAA L WYIN   A   YL  YP  +H + L ++ LGL F+V  + F  N+L   L+C+++ISTV
Sbjct:   12 AVRLLEDSVIPPHALRGQQTRLRCNYDLENDNLYSVKWYFNDQEFYRYIPSDSPKVTIFHHLPGIRVDRSLSSEKEIVLDNVDFDAS-----------------------------------EGGQPRYRIGDWVNVSCTSRNSLPAAQLAWYINGEKADKQYLTSYPEEEHHNSLRSSKLGLMFKVHQKHFKHNDL--KLKCTATISTV 184
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BLAST of AGAP007933-PA vs. L. salmonis genes
Match: EMLSAG00000002653 (supercontig:LSalAtl2s:LSalAtl2s153:1109508:1222125:-1 gene:EMLSAG00000002653 transcript:EMLSAT00000002653 description:"maker-LSalAtl2s153-augustus-gene-11.4")

HSP 1 Score: 131.724 bits (330), Expect = 4.280e-35
Identity = 75/224 (33.48%), Postives = 120/224 (53.57%), Query Frame = 0 
Query:  218 VRLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLHPYPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSISTV---NSEAQTTETHHQKSSV 438
            +R+++P     G      C Y LE ++LY++KWY+   E +R++P +  +  T F L G  V +  S    + L ++N +++G Y CEV A+   F+T+ ++  M V+ LP   PRI+G K  Y +GD +   CTS +S P A L W+IN  PA   YL  Y   +  DG  T +LG+ FEV  +   +  L   L+C+S++ +V   +SE +  E      S+
Sbjct:   33 LRVNIPEIAQRGRDVIFNCTYSLEADKLYAIKWYRGNYEIFRFVPSENPKKKT-FPLLGFNVSEEKSTGETLFLHSVNFENSGAYSCEVIADI-TFHTLIQTKEMLVIDLPDERPRITGVKDKYRIGDTITATCTSWQSHPPANLTWFINGEPARGGYLRRYDLRKEYDGTYTTVLGMHFEVLRQHMRNRVL--KLKCTSTLLSVYWQSSEVEIKENAPHIGSI 252
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BLAST of AGAP007933-PA vs. L. salmonis genes
Match: EMLSAG00000008055 (supercontig:LSalAtl2s:LSalAtl2s479:248417:252564:-1 gene:EMLSAG00000008055 transcript:EMLSAT00000008055 description:"maker-LSalAtl2s479-snap-gene-2.34")

HSP 1 Score: 124.79 bits (312), Expect = 1.151e-33
Identity = 76/194 (39.18%), Postives = 102/194 (52.58%), Query Frame = 0 
Query:  212 VGSVRLVRLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPA----AHYYLHPYPPIQHED--GLETAILGLEFEV 399
            + SVR+  L VP     G    L C YDL+ ++LY VKWYK  +EFYRY P D +  + +F +  + VD R SD   V L+N+++   G Y CEVS E   F TV  S++MD            G      VGD + +NCTS +SKPAA L +YINN       +H  L  Y     +D    ET+IL +E +V
Sbjct:   15 ISSVRIRVLDVPQAAKAGLDVKLTCDYDLQGQRLYQVKWYKGSHEFYRYSPND-ENKIKLFLVENLDVDPRRSDSTTVVLKNLHVDMTGTYXCEVSTEGT-FETVQASAKMD------------GYHEIVEVGDTLILNCTSLKSKPAAQLTFYINNKKIKGRRSHISLRKYVITNEKDRPKTETSILSMELKV 194
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BLAST of AGAP007933-PA vs. L. salmonis genes
Match: EMLSAG00000005472 (supercontig:LSalAtl2s:LSalAtl2s294:325441:341252:1 gene:EMLSAG00000005472 transcript:EMLSAT00000005472 description:"maker-LSalAtl2s294-augustus-gene-4.24")

HSP 1 Score: 121.709 bits (304), Expect = 1.902e-31
Identity = 75/227 (33.04%), Postives = 112/227 (49.34%), Query Frame = 0 
Query:  213 GSVRLVRLSVPSHKFIGDKATLGCLYDLER-EQLYSVKWYKDGNEFYRYIPGDI---------------DQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGG--KHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLHPYPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSIST 421
             S+ L  + VP +KF G  ATL C Y+L+  EQL+S+KWYK+  EFYR++P D                D ++  +++ G+++D   S    V L+ +  KS G YRCEV+A       V R        LP+  P I GG  K TY  GD + + CTS  S P A L W +N      +++     +    GL ++++GL   +    F + EL I  RC  +I+ 
Sbjct:   34 SSIHLEAVVVPQYKFRGQNATLLCRYELKNNEQLFSLKWYKEETEFYRFMPRDDLRIRGGFKERKLDPHDDSIQTWKVSGIKIDIEKSRPEEVILKRVGFKSTGMYRCEVTA-------VVRKKE-----LPKQLPTILGGEIKRTYKPGDFLNLTCTSAPSNPPAKLQWILNGREIDEFFVEEQYLLNKHRGLFSSVIGLMLPLDESHFENGELRI--RCRGTIAA 246
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BLAST of AGAP007933-PA vs. L. salmonis genes
Match: EMLSAG00000000263 (supercontig:LSalAtl2s:LSalAtl2s103:645619:649421:1 gene:EMLSAG00000000263 transcript:EMLSAT00000000263 description:"maker-LSalAtl2s103-snap-gene-6.7")

HSP 1 Score: 104.76 bits (260), Expect = 2.151e-25
Identity = 70/235 (29.79%), Postives = 117/235 (49.79%), Query Frame = 0 
Query:  214 SVRLVRLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKN-------HVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLHPYPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSISTV---NSEAQTTETHHQKSSV 438
            S+R + LS+P    +G+   + C Y L+ E+LY+VK YK  +EF + +P D    V  F   G+ +     D N       ++TL ++NL + G Y CE SA++  F+T      + V+V P   P + G K+TY VG+K+ + C+ + + P+A + W+IN      +            GL T+   L   + P  FP+  L  + +C +SI T+   + +    E H + +SV
Sbjct:   12 SLRDLILSLPPAARLGETVLINCNYHLQGEELYTVKLYKGRHEFLQIVP-DKTPPVKTFPRKGINIKDVSLDGNGKHIVGVNITLSDVNLFTTGLYGCEASADSS-FHTQLVRKYLTVLVQPADRPEVIGFKNTYQVGEKLNMTCSLKNTFPSANITWFINGNRGLGFIKFYSTSTAQNSGLITSTSVLSLHLQPMHFPNGRL--TGKCVASILTMHWQSLDIDIKEEHPKAASV 242
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BLAST of AGAP007933-PA vs. L. salmonis genes
Match: EMLSAG00000002607 (supercontig:LSalAtl2s:LSalAtl2s151:825251:840196:-1 gene:EMLSAG00000002607 transcript:EMLSAT00000002607 description:"maker-LSalAtl2s151-snap-gene-8.2")

HSP 1 Score: 97.8265 bits (242), Expect = 1.115e-24
Identity = 45/76 (59.21%), Postives = 54/76 (71.05%), Query Frame = 0 
Query:  240 LEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNT 315
            +E E LYSVKWYKDG+EF+RYIPGD D  +T F+LPG+  D            N++L SAG +RCEVSAEAPLFNT
Sbjct:    1 MENEALYSVKWYKDGHEFFRYIPGDKDSKITTFQLPGIFTD------------NLDLSSAGSFRCEVSAEAPLFNT 64

HSP 2 Score: 85.5001 bits (210), Expect = 2.982e-20
Identity = 41/64 (64.06%), Postives = 50/64 (78.12%), Query Frame = 0 
Query:  371 AAHYYLHPYPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSISTVNSEAQTTETHHQ 434
            A + +L  Y PI HEDGLETAILGL+F V  RSF  +EL+++LRCSSSIST+NSE +  ETHHQ
Sbjct:   65 AKNNFLRHYSPILHEDGLETAILGLDFIVRRRSFRASELTLTLRCSSSISTINSELKAMETHHQ 128
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BLAST of AGAP007933-PA vs. nr
Match: gi|1325267812|ref|XP_023343067.1| (endothelial cell-selective adhesion molecule-like [Eurytemora affinis])

HSP 1 Score: 267.314 bits (682), Expect = 1.507e-83
Identity = 124/221 (56.11%), Postives = 160/221 (72.40%), Query Frame = 0 
Query:  214 SVRLVRLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLHPYPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSISTVNSEAQTTETHHQ 434
             VR+V L +P    +G++A L CLYDLE E+LYSVKWYK G EF+RYIPGD +Q +  F LPG+ V++ +S+ N VTLRN+NL S G+YRCEVSAEAPLFNTVS+S RM +V +PR+GPRISGG+  Y VGD V +NCTS++S PAA L W INN P   + LH YP I+HE GLET+ILGLEF+V       + + + L+C+SS+ T  + +Q TE   Q
Sbjct:   23 GVRMVELLIPDQVLLGERAVLQCLYDLEGEELYSVKWYKQGQEFFRYIPGDREQKIVTFSLPGIFVEKMNSNANRVTLRNVNLGSTGRYRCEVSAEAPLFNTVSQSKRMQIVAMPRAGPRISGGRGGYSVGDLVHLNCTSDKSHPAANLTWKINNQPVNGHLLHHYPVIKHESGLETSILGLEFKVFQDHLIGDSMELDLKCTSSL-TFTASSQNTELRRQ 242
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BLAST of AGAP007933-PA vs. nr
Match: gi|998511019|ref|XP_015516012.1| (PREDICTED: uncharacterized protein LOC107221521 [Neodiprion lecontei])

HSP 1 Score: 219.55 bits (558), Expect = 1.418e-64
Identity = 112/213 (52.58%), Postives = 143/213 (67.14%), Query Frame = 0 
Query:  212 VGSVRLVRLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLHPYPPIQHED--GLETAILGLEFEVTPRSFPDNELSISLRCSSSISTV 422
            +G++R+  L +P H       TL C ++L+RE LYSVKWYKDGNEFYRY+PG+    V +F L GV VD  +S +  + LRN++L S G+YRCEVSAEAP F TVS  + M VVVLP  GP ISGG+  Y VGD VR+NCTS  SKPAA L W+IN  PA   YL   P I   D  GLETA+LGL+F VTP+     ++  +L+C ++I+TV
Sbjct:   28 IGALRMTALQIPEHVVFNQTVTLQCNFNLDREFLYSVKWYKDGNEFYRYVPGET-PPVQVFELSGVSVDIANSTEKSLVLRNVDLSSTGRYRCEVSAEAPSFQTVSDHADMVVVVLPSKGPHISGGRSRYQVGDTVRLNCTSAPSKPAAMLTWFINGEPADAKYLKGPPHITGVDDRGLETAMLGLQFHVTPKHLKRGDM--NLKCLATIATV 237
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BLAST of AGAP007933-PA vs. nr
Match: gi|1233199639|ref|XP_022199063.1| (uncharacterized protein LOC111056050 [Nilaparvata lugens])

HSP 1 Score: 218.009 bits (554), Expect = 4.193e-64
Identity = 114/223 (51.12%), Postives = 147/223 (65.92%), Query Frame = 0 
Query:  211 GVGSVRLVRLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLH-PYPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSISTV--NSEAQTTE 430
            GV S++L  L +  H   G+ + L C +DLE E LYSVKWYKDG+EF+RYIP D   T T F LPGV+VD+RHS+++ V L ++ L S G+YRCEVSAEAP F TVS    M  V LP  GP I+GG+  Y VGDKVRVNCTS  SKP A L W+IN       +L  P+     E+GLE AILGLEF+V P+ F + +L   L+C ++I+T+  NS  ++ E
Sbjct:   20 GVNSLKLTTLHIEKHTVRGNNSLLECRFDLEGEALYSVKWYKDGHEFFRYIPKDYPSTQT-FLLPGVKVDRRHSNESQVLLTDLTLSSTGRYRCEVSAEAPSFQTVSEHGDMVTVALPNEGPVITGGRPRYQVGDKVRVNCTSGLSKPPAHLTWFINGEQVNSSFLRGPFKSYPEEEGLERAILGLEFQVEPKHFKNGDL--KLKCLATIATIYWNSNEESVE 239
[Close]
BLAST of AGAP007933-PA vs. nr
Match: gi|1000769428|ref|XP_015607896.1| (PREDICTED: uncharacterized protein LOC107273841 isoform X1 [Cephus cinctus])

HSP 1 Score: 216.468 bits (550), Expect = 1.427e-63
Identity = 108/215 (50.23%), Postives = 145/215 (67.44%), Query Frame = 0 
Query:  209 VEGVGSVRLVRLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLH-PYPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSISTV 422
            + G+G++++  L +P H        L C ++L+R+ LYSVKWYKDGNEFYRY+P D+  +V +F + GV VD R S    V L N++L S+G+YRCEVS EAP F TVS  + M VVVLP  GPRI+GG+  Y +GD VR+NCTS RSKPAA L+W+IN+ PA   YL  P+     E+GLETA LGLEF V  + F   ++   L+C ++I+TV
Sbjct:   14 IPGMGALQMTPLQIPQHVVFNQTVKLECNFNLDRKLLYSVKWYKDGNEFYRYLPRDV-PSVQVFPVAGVVVDTRESTNRSVVLNNVDLSSSGRYRCEVSTEAPAFQTVSDHADMMVVVLPDKGPRITGGRSKYQIGDIVRLNCTSARSKPAALLNWFINSEPADPQYLKGPHITDVDENGLETAQLGLEFRVKTKHFKRGDM--KLKCLATIATV 225
[Close]
BLAST of AGAP007933-PA vs. nr
Match: gi|805802203|ref|XP_012144885.1| (PREDICTED: cell adhesion molecule 2-like isoform X1 [Megachile rotundata])

HSP 1 Score: 215.312 bits (547), Expect = 4.558e-63
Identity = 107/213 (50.23%), Postives = 145/213 (68.08%), Query Frame = 0 
Query:  211 GVGSVRLVRLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPA-AHYYLHPYPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSISTV 422
            G+ ++R+  L +P H  + +   + C ++L++E LYSVKWYKDG+EFYRY+P D + TV  FR+ GV V+ R S ++ V L N+NL S+G+YRCEVSAEAP F TVS  + M VVVLP  GPRI+GG+  Y  G+ VR+NCTS  SKPAA L W+IN  PA A Y   P+     E GLETA+LGLEF VT + F   ++   L+C ++I++V
Sbjct:   25 GIVALRMTALQIPQHVVLNETVLMRCNFNLDKETLYSVKWYKDGHEFYRYVPRD-EPTVQTFRVTGVNVNTRDSTESAVVLNNVNLSSSGRYRCEVSAEAPAFQTVSDHADMTVVVLPDEGPRITGGRSRYKEGELVRMNCTSAPSKPAALLTWFINGEPADAQYLKGPHITSVDEKGLETAVLGLEFSVTNKHFKLGDM--KLKCLATIASV 234
[Close]
BLAST of AGAP007933-PA vs. nr
Match: gi|987922533|ref|XP_015437499.1| (PREDICTED: uncharacterized protein LOC107192693 [Dufourea novaeangliae])

HSP 1 Score: 215.312 bits (547), Expect = 4.647e-63
Identity = 107/213 (50.23%), Postives = 145/213 (68.08%), Query Frame = 0 
Query:  211 GVGSVRLVRLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLH-PYPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSISTV 422
            G+ ++R+  L +P H  + +   + C ++L++E LYSVKWYKDG+EFYRY+P D+  TV  FR+PGV V+  +S +  V L ++NL S+G+YRCEVSAEAP F TVS  + M VVVLP  GPRI+GG+  Y VG+ VR+NCTS  SKPAA L W+IN  PA   YL  P+     E GLETA+LGLEF V  + F   ++   L+C ++I+TV
Sbjct:   26 GILALRMTALQIPQHVVLNETVRMQCNFNLDKELLYSVKWYKDGHEFYRYVPRDMP-TVQTFRVPGVNVNIHNSTERAVVLSSVNLTSSGRYRCEVSAEAPAFQTVSDHADMTVVVLPDEGPRITGGRSRYQVGEVVRMNCTSAPSKPAALLTWFINGDPADTQYLKGPHITAVDEKGLETAVLGLEFRVANKHFKRGDM--KLKCLATIATV 235
[Close]
BLAST of AGAP007933-PA vs. nr
Match: gi|1080061361|ref|XP_018572673.1| (uncharacterized protein LOC108912020 [Anoplophora glabripennis])

HSP 1 Score: 214.927 bits (546), Expect = 5.271e-63
Identity = 120/244 (49.18%), Postives = 150/244 (61.48%), Query Frame = 0 
Query:  209 VEGVGSVRLVRLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLH-PYPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSIST---VNSEAQTTETHHQKSSVHFSYGSLFAS 448
            V+G  S+ LV L +PSH      A L C +DL+ E LYSVKWYKDGNEFYRY+P D+  T   F LPGV VD  +S +N V L ++ L S G YRCEVS EAP F TV+    M VV LP  GP+ISGG+  Y VGD VRV CTS RSKPAA L+W IN  PA   +L  P   +   +GLET+ LGLEF V P+ F     ++ L+C ++I+T   V++E        QK+SV  S G+   S
Sbjct:   14 VQGGMSLHLVELRIPSHSVRDQSAKLECHFDLDGETLYSVKWYKDGNEFYRYVPRDMPPT-QAFPLPGVTVDMHNSTENVVVLSSVQLSSTGMYRCEVSGEAPFFETVTDHQHMMVVALPEEGPKISGGRPRYQVGDTVRVKCTSGRSKPAAQLNWMINGEPADPSFLRGPQTIMAGREGLETSELGLEFRVRPKHFKRG--NMKLKCLATIATLYLVSNEESVEGERPQKASVLESRGTAAPS 254
[Close]
BLAST of AGAP007933-PA vs. nr
Match: gi|808148127|ref|XP_012175095.1| (cell adhesion molecule 2 isoform X2 [Bombus terrestris])

HSP 1 Score: 214.542 bits (545), Expect = 1.036e-62
Identity = 107/213 (50.23%), Postives = 144/213 (67.61%), Query Frame = 0 
Query:  211 GVGSVRLVRLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLH-PYPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSISTV 422
            G+ ++R+  L +P H  + +   + C ++L++E LYSVKWYKDG+EFYR++P D +  V  FR+PGV V+  +S K  V L N+NL S+G+YRCEVSAEAP F TVS  + M VVVLP  GPRI+GG+  Y VG+ VR+NCTS  SKPAA L W+IN  PA   YL  P+     E GLETA+LGLEF V  + F   ++   L+C ++I+TV
Sbjct:   31 GIVALRMTALQIPQHVVLNETVRMQCNFNLDKEVLYSVKWYKDGHEFYRFVPRD-EPMVQTFRVPGVNVNIHNSTKISVVLNNVNLTSSGRYRCEVSAEAPAFQTVSDHADMTVVVLPDEGPRITGGRSRYQVGEVVRMNCTSAPSKPAALLTWFINGDPADTQYLKGPHITAVDEKGLETAVLGLEFRVANKHFKRGDM--KLKCLATIATV 240
[Close]
BLAST of AGAP007933-PA vs. nr
Match: gi|1000769430|ref|XP_015607897.1| (PREDICTED: uncharacterized protein LOC107273841 isoform X2 [Cephus cinctus])

HSP 1 Score: 213.001 bits (541), Expect = 1.496e-62
Identity = 107/212 (50.47%), Postives = 143/212 (67.45%), Query Frame = 0 
Query:  212 VGSVRLVRLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLH-PYPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSISTV 422
            +G++++  L +P H        L C ++L+R+ LYSVKWYKDGNEFYRY+P D+  +V +F + GV VD R S    V L N++L S+G+YRCEVS EAP F TVS  + M VVVLP  GPRI+GG+  Y +GD VR+NCTS RSKPAA L+W+IN+ PA   YL  P+     E+GLETA LGLEF V  + F   ++   L+C ++I+TV
Sbjct:    1 MGALQMTPLQIPQHVVFNQTVKLECNFNLDRKLLYSVKWYKDGNEFYRYLPRDV-PSVQVFPVAGVVVDTRESTNRSVVLNNVDLSSSGRYRCEVSTEAPAFQTVSDHADMMVVVLPDKGPRITGGRSKYQIGDIVRLNCTSARSKPAALLNWFINSEPADPQYLKGPHITDVDENGLETAQLGLEFRVKTKHFKRGDM--KLKCLATIATV 209
[Close]
BLAST of AGAP007933-PA vs. nr
Match: gi|808148123|ref|XP_012175093.1| (cell adhesion molecule 2 isoform X1 [Bombus terrestris] >gi|808148125|ref|XP_012175094.1| cell adhesion molecule 2 isoform X1 [Bombus terrestris])

HSP 1 Score: 214.157 bits (544), Expect = 1.696e-62
Identity = 107/213 (50.23%), Postives = 144/213 (67.61%), Query Frame = 0 
Query:  211 GVGSVRLVRLSVPSHKFIGDKATLGCLYDLEREQLYSVKWYKDGNEFYRYIPGDIDQTVTIFRLPGVRVDQRHSDKNHVTLRNMNLKSAGQYRCEVSAEAPLFNTVSRSSRMDVVVLPRSGPRISGGKHTYHVGDKVRVNCTSERSKPAATLHWYINNAPAAHYYLH-PYPPIQHEDGLETAILGLEFEVTPRSFPDNELSISLRCSSSISTV 422
            G+ ++R+  L +P H  + +   + C ++L++E LYSVKWYKDG+EFYR++P D +  V  FR+PGV V+  +S K  V L N+NL S+G+YRCEVSAEAP F TVS  + M VVVLP  GPRI+GG+  Y VG+ VR+NCTS  SKPAA L W+IN  PA   YL  P+     E GLETA+LGLEF V  + F   ++   L+C ++I+TV
Sbjct:   31 GIVALRMTALQIPQHVVLNETVRMQCNFNLDKEVLYSVKWYKDGHEFYRFVPRD-EPMVQTFRVPGVNVNIHNSTKISVVLNNVNLTSSGRYRCEVSAEAPAFQTVSDHADMTVVVLPDEGPRITGGRSRYQVGEVVRMNCTSAPSKPAALLTWFINGDPADTQYLKGPHITAVDEKGLETAVLGLEFRVANKHFKRGDM--KLKCLATIATV 240
The following BLAST results are available for this feature:
BLAST of AGAP007933-PA vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 19
Match NameE-valueIdentityDescription
EMLSAG000000108641.864e-6246.01supercontig:LSalAtl2s:LSalAtl2s722:19599:190212:-1... [more]
EMLSAG000000087181.497e-6049.53supercontig:LSalAtl2s:LSalAtl2s53:973559:992430:-1... [more]
EMLSAG000000076387.098e-4742.36supercontig:LSalAtl2s:LSalAtl2s442:555696:556660:-... [more]
EMLSAG000000036898.651e-4337.56supercontig:LSalAtl2s:LSalAtl2s1:1730505:1794660:1... [more]
EMLSAG000000083992.341e-3637.14supercontig:LSalAtl2s:LSalAtl2s513:217857:265280:-... [more]
EMLSAG000000026534.280e-3533.48supercontig:LSalAtl2s:LSalAtl2s153:1109508:1222125... [more]
EMLSAG000000080551.151e-3339.18supercontig:LSalAtl2s:LSalAtl2s479:248417:252564:-... [more]
EMLSAG000000054721.902e-3133.04supercontig:LSalAtl2s:LSalAtl2s294:325441:341252:1... [more]
EMLSAG000000002632.151e-2529.79supercontig:LSalAtl2s:LSalAtl2s103:645619:649421:1... [more]
EMLSAG000000026071.115e-2459.21supercontig:LSalAtl2s:LSalAtl2s151:825251:840196:-... [more]

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BLAST of AGAP007933-PA vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of AGAP007933-PA vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1325267812|ref|XP_023343067.1|1.507e-8356.11endothelial cell-selective adhesion molecule-like ... [more]
gi|998511019|ref|XP_015516012.1|1.418e-6452.58PREDICTED: uncharacterized protein LOC107221521 [N... [more]
gi|1233199639|ref|XP_022199063.1|4.193e-6451.12uncharacterized protein LOC111056050 [Nilaparvata ... [more]
gi|1000769428|ref|XP_015607896.1|1.427e-6350.23PREDICTED: uncharacterized protein LOC107273841 is... [more]
gi|805802203|ref|XP_012144885.1|4.558e-6350.23PREDICTED: cell adhesion molecule 2-like isoform X... [more]
gi|987922533|ref|XP_015437499.1|4.647e-6350.23PREDICTED: uncharacterized protein LOC107192693 [D... [more]
gi|1080061361|ref|XP_018572673.1|5.271e-6349.18uncharacterized protein LOC108912020 [Anoplophora ... [more]
gi|808148127|ref|XP_012175095.1|1.036e-6250.23cell adhesion molecule 2 isoform X2 [Bombus terres... [more]
gi|1000769430|ref|XP_015607897.1|1.496e-6250.47PREDICTED: uncharacterized protein LOC107273841 is... [more]
gi|808148123|ref|XP_012175093.1|1.696e-6250.23cell adhesion molecule 2 isoform X1 [Bombus terres... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold439_size171548supercontigscaffold439_size171548:125239..168218 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
maker2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt2018-04-19
T. kingsejongensis proteins Blastp vs. NR2018-05-15
Properties
Property NameValue
Note-
Relationships

The following mRNA feature(s) are a part of this gene:

Feature NameUnique NameSpeciesType
maker-scaffold439_size171548-snap-gene-0.26-mRNA-1maker-scaffold439_size171548-snap-gene-0.26-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold439_size171548:125239..168218-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold439_size171548-snap-gene-0.26 ID=maker-scaffold439_size171548-snap-gene-0.26|Name=AGAP007933-PA|organism=Tigriopus kingsejongensis|type=gene|length=42980bp|location=Sequence derived from alignment at scaffold439_size171548:125239..168218- (Tigriopus kingsejongensis)
ATGTGGTGCTTGATAAAGTTCCATCTGTTGGATTTGAATCAGAAGAATCA
GAAGATGTGGTGCTTGATGAAGTTCCATCTGTTGGATTTGAATCAGAAGA
ATCAGAAGATGTGGTGCTTGATGAAGTTCCATCTGTTGGATTTGAATCAG
AAGAATCAGAAGATGTGGTGCTTGATGAAGCTCCATCTGTTGGATTTGAA
TCAGAAGAATCAGAAGATGTGGTGCTTGATGAAGCTCCATCTGTTGGATT
TGAATCAGAAGAATCAGAAGATTTGGTGCTTGATGAAGCACCGTTGGTGA
TAGAAGGCGGATTGGTGGAATCAGTTGCCTTGGAGCTGAACGCCGAAGGA
TTCGTGGTGAAATCATTGGAATTGTTTGCGATGTGACTGGTTGTTTCAGA
ATCATGGGTTGCTGAAAACGTAGTCTGGGATGAGTCTGTTGTTGTTCTGC
TTTGCGTAGTTGTCGTCTCGTTGTGCATGATCGCTGTCGTTTCCGATCCT
TCTTGGGTTGCTACTGTTGTGGTGATACTGGCGATGGTTGGGGTAGCTGT
GGGGTCAATTGTTACATTTGTAACAATTATTGTGCTTGGTGTTGCTATAA
TGCTAAAAGAATCTGATGTGGTTCTTTGGGAAGAACCTGATATATCTGCT
GGTGAATCCTTGCCAATAGTTGGGATGCTTTTGTTTTGATTATCCGTGGA
TTGAGTTGTTATGGTCGTTTCGGTGGCGAATGAGGTGACTGTTGGTGTAG
TCCTTGGATCATTGCTAGCATTAGGATTGCTACTTGGAGAAACACCTTTT
GAGGACGTTGTTGAGTCGCCGTTGTTTGTGGTTGAACCCACGGTGGTTAT
AGAAGTTGCTGTTGTGGTCCGAGTGATTGTCGTGTTGTGCGGATCAGTAG
ATAACGCGCTTGCCGTTGTGAATGCAACTATGGTAGCATTTATTGTGGTT
ATTGTGGTTGAGCTTCCGTTTGTGGTAGCTTCTGCAGAAAAGCTTTCATC
TGAAGCTGATGTGCTCTTGTCGGTACCACTGGTCGAATTAAGTTCCTCTT
TTATCGTGGTGGAACTAGCAGACAAAGTTGCTATCGAATAATCAATCGAT
GCCTTTGTTACTTCTGTGATGGGACTAAAAGTGGATGTTCTTGTTGTGGA
GTTATTGGAGGTGGTAAGACTCGTCGAAGGAGCTTCTGTCTTGGATGAAC
TTACTGTTGCAAGGCTGGGGCTCGAGGTACTTCTTGGATTTGGTCCAGAC
GGACTGCCTGCTTCCGATGAGCTTGTGGGTGGAGGTGCTGTCGATCTTGT
TTCAGCCTCTGATGGGCTTCCTGTTGCAGGAGTAGTGCTTGAAGAAGGTG
TATGTGGAACCGAAGTGGAAGGATTGGTGGTGCCGGGTGAGCTTTCACTG
GTGTTGTGTGTTTTGGAATCGCTTGCTGATGGAGCTGTTGAACTTTGAGC
CTCGGCTGGATTTGTTGTATTTTGAGTTGTGGAATTGTCTGCTGATGGAG
CTCCGGTAAGCCCACTTGAAGTCTGGTCCCCAGGACTTGCTGTGTTTGGT
TGCATTGTGGACGGGCTTGTTGTTGGAGCTGTTGTATAAGTACTAGTGGT
CTCGGATGGGCTTCCTGTGGAGGGGCGAGTGGTGGAAGAGAGTGTTTGTG
GAACCGAAGTGGATGGAATTATGGCCTTGATTGAGCCCTCAGTTGTGGGG
CGTGTTGTGGAATCAATTGCTGATGGTCGTCCTGTGGGACTATTTGTAGT
CTCGGTAAGATTTTCAGTTATAGGATGAGGGGTGGAAATGCTTGCTGATC
GAGATGGCGTAGATCCACTCGCAGTCTCGTCTTCATTTGTTGTTGTGGGT
GTAATCGGAAGTGTTGAAGAAGTACTAGTTGTCTCGGCTGAATTTGCAGT
TGTAGGACGAGGGCTGGCATTGTTTGTTGGTCGACTTGTTGTGTAAGCTC
TTGTGGTCTCAGCTTCACTGCCTGTTGTGTGAGGCGTTGTGGATGTGTTA
TTTACCGTCGTTATTCTTGTGGAACTAGTGATGGAATCGCTTGTTGGTTC
AGCCGTTGGGGAGGATCTTGTAACCTCTGCTTTATTGGCTGTTGTGGAAG
GCGTTGTGTTAGCAGTTTCTGTGTCGACTGGAGTTGGTTTTGTTGGACCA
TTCCCGGTACTCCCTGTTGGGAGAGTTTGAGTTGAAGAAGCTCCCGTTTT
GGGTTGACTCGTTGTGGAAGAAACTTGGTTAGATGAAGATAGCTTGGAGG
TTGAAGCACTAATAGGCGTTGATGGAATTGTTGTGGCGGGATTAGTTGAC
GGAGAGCTTGTCGTAGGAGGAGAAGCTTTTTCTGTTGCAGGGCTGTTGGT
TGAAATGCTTGCCGGACCTCTACTAGTGCTTCTTCCTCGAGTTGTTGTGA
ATGCAGGATTGGTGACGGAAATACTTGTTGAGGTAGGAGTAGTGGTAGAA
ATGCGTCGGGTCGGAGATGTCATTTCAGGATTAGTGGGGGAATTCTTGTT
TGTTTCAATCGTTATTGCAGGCTCTCCCGACGTGGTTGGATTTGCAGACG
CATTGTCAGTTGAAGATGGACTTGCTATGGTGGGACCAACTTTGGAATTA
GTTGTAACGGGAGTGCTTACGGAAACGTTTGCAGACGTGGATAAACTTGA
TTTGGTGGCTCCTGTAGTCGATGTCCCCGCGGTGTGGAGTGGGGACGATG
TGATGCGTGCTGATGCAATAGTTGTGGTGGATAGAGTTGCTTGAGAAGTA
GACACATGAACATTGTTGACAATAGTTGTTGAGGCACTCGCTGAAGTACC
TACAGAGCTTTTCTGAATAGTTGTGGGGGTTGTTATGGTTGTATCCCTTG
TCGTTACGGGCTGATATGTTGCGGGACCCGTTGTTTGAGAAGCTGGTTTC
AAACTTGAGCGATGGTTTGTCACTGGTGCTGTGCTGCTCTTGGTTGTAGG
TTCAGTTGTGGTGATGGAGTCTTGGGAACTCGAACCTTCGTGTGATTCTA
TCACACTAGAGGTTGATCCTAGGTCCACCGTGGTTTTGAGTGAAACTGGG
GTTGTTTGGGGCCGAATGGTGGTAGTTTTTATAGTGCTTGGATCCTCTTG
GGTTCCGCCAATCGTTGTCATTTTTTGGGTAGTTAATGTCACGCCAGCTT
TCGTCGTTGGCTCTGAAGGCAAGTTGGTGCTCGTATCCCTGTCAGGGAAC
GCTGCTGTGGATGTTTCTGTGGGCCTTTGTGTAGGGTTCTTGGTCGTCAG
AGGTATTTTGGTGGTCAAGGTAGGGTCAGAAGGTGTCCGAGGGGTTGACA
GATTCGGCCATTTGGGATGTCCCCGGCCTATAGCACAAATACATTGGTTT
AGCGAAAGGATGTTTATCGGTTGCAGAGGAATAATGGAGGACTTGGAATG
ATTTGGAATGCAATGGTGTGTGTTTCATACATGATAATCGAGTTTATTTT
GACACATTCAGAGTATTTGGCACCATAAAGGCAAGGACTTAGAGCTAGGA
AAATATTAATTTGCATGAGCCATCTTGAGCCGAAAGCCCTCGGGGGTGGT
CGCTGATTTCCTCCTGTTTCAAAGAACTCTTGAGAAATCGAGGACTCTCT
GGGGAAGCCAAGATGAGCATTTGTTGATCCCGTCACCATTGTCATCAAAT
TTTCAAGTTGGCTTCGTTTTATTGGGCTGGGTTGTTCTGGGGGGAATCTC
CTAAAAGAACGAGATGTTATTCACGTCTGCTTTGTTGCTCGACTCCTGTT
CAAATGGGGTCACATATGTAGACAAAGTTAAAGCTGAATTTGCGAGTCTC
ATCCTGCTGATTACCTTTAAATTCATCAGCATTCACCGCCTCACCATCAG
TCAGGTCGGGTCCAAAAGGAGCTAAAATCATTGGCAAAAGAATAAGTCGA
AATTGCCGTGGCTAAGGTGGTTCCACTTCAGGTGGAACACCTTTGTGAAA
AATGAGAAACAAAATGGAACAACCTACATTCGCCATGGTCGAAGCCGAAG
TTAAAATCGAAACTGGAATTGCTCTCAGTGCCAGGGTTGCCTAGTAAAAT
GAAAATGTGCCCTTAGATTAACAGATTCTCATTTTGACTAGGGTCGAATT
GCCTTGGAACCCGTGGTTCCTTGCCAATTGTACATGAATTGGGACACACA
AAAACACATATACGAGAGACATCATTCCTCATTCCAAGTCCAGGTTTGCC
ATCTTACTCAATGTTCTCACCTCCCAAGCCCGAAAGGGCTTTGTTCATCT
CGCAACAGGACTTGGACATTTCGTGGTGGTAATACTCGGGGATCAAATTG
TGCTTCACGGTGGTATTGCAATACTTGTGGTTCACTCCTGAAGGACAAAG
GCACTCCCAAGGCTCGGTACAATATCCCTCGCTGGGACAACCGGGGTATT
TGATACATTCGGAGCAAGTTTCGCCCTCGTATCCGGGATAGCAAATGCAC
TCGTCGATGATGCCATTGTCGTTGGTGCAGAATCCATGCTCCATATTGCA
ACCTATCGAAAACAAATGTGATTCAGAATGCCGTACACTTTAGGTCGGCC
AAGACTAGGCTAAATTTCTGGCAGAAATATGATATCAAGATTGTTTTAAA
TTTCAATGAGTCCTCAAGTGGTACTCCAAATAAGTCTCAATAATCGAACG
AGGGATAGACTCTGAGTTGGGGGAAGCAACCAGAGATGAGTTTCAGGGAG
CGCTGTGCTGGTGCTGAGTGGCCGGGGTTCGAATCCCGTTAACTAGGGGT
GTTCACTCACAGCTATTGTTTGCTTCCTTGGCGGGATTAAATTGGATGGA
CCTGTGGTCATTCCTCGGGGTTAAGGTAACAATTCATGATAAATTTGCTA
AGCTGGGTGACTATGCCTCAACAGAGATGTCCAAGCTGGACAGAAATGTC
CGGGGCCTTCCAAACAAGCAAAACAAACAGACTCTGAGTTGCATCCTGTC
GTCTGGTTGATTTCGTTCAAAATCACAATCTCAGGACACCATTAGGACCA
TAGAATTTTCAAAACCAACGCATACCTTTCCTACAGATGGGACAATCACA
AAGGGATCCCATCCAACCTTGGTCGCATGAGCATTCTAATGGGGTTTTGT
GGCAATGTCCGTGCAGACATCCTGGAAGCTTGATGCATTCATCACAAAGT
TTGCCGGACCAGCCATTCTCACAGCTGGAAGGAAAATAAAAGATTCATAA
TTATAGAGCAACATATGGTATCGTGAAGTAAAGGCTACTCACATGCATTC
CTGGGGGTCCACGCAGTATCCGTTTTGGCAGCCTTCCTTACATACGGCTG
CAAAGTAAATAGAGGTTGCGTTAGTATCACCACACATTAAGTTCCGCTCT
CGATGTTTTTTTTGCCACATGTTAAAACAACATTCTCTCTCGTCCGATAA
GAGCACTAAGGATGTATTAAATGGCTTTTCCGAACACGCCTAATTAACTA
GTGATTATGAGACTTGATTTTAATCCCAGGATAAATCAGGAATAAAGAGT
ATCGTTACTTACGAATGTCGCAGCTGGCTCCGGTGTATCGGGAGGAGTTC
CGACAGTTGCACTCGAAAGCGTCTTCACAGGTTCCATCTAGACAACCCGG
CAATGGTATGCACTCGTCGCAAGCCACTCCATCCCAGCCCACCTCACAAG
CACACACGTTGGGCCTGACACACTCGCCATGGTCGCAGGTCTTGTAGTTG
GCCTCGTTGGCGGTTCGGAAGTGGCAGATGGGAGTTCGACAGAGGTTGGA
GGGTTCACTCCAGCCCGAGAGGCAGATCATCTTATTTTCGTCACTACAGA
TGTAGTGATCGGTCTCCTGAAGGACAAAATGTGACACAACGTTGGATCGA
ATTCAGGACTTGTGAGGCCCACACTAGTTTTGGACTTCTTTACCATAATA
TCAAAATTGGCTCTTGGCCATGAGTAATCATTGACGCCCCAATTATGGCT
CAATTTAAGTGCTATGAAGATTGGCATCAGTTCCCTGGTTCTACACGTTG
AGTGCCTGATATTTGATAAATTGCGGTTGGTGTGCCTTTCTTGAGTTTTG
AAACGTGCAATTTCAGTATTGGTTATATCAGTACTGAATTATTAAGTGCT
TATTCCAGAGGGAAGTGTTGGGTTTCTGCCTCTATTGAGAATGAAAAAGG
TTACAATACTGTTGCCCTTGGCGAAACGTTTTATAACTTTTCAAGGTAGC
ATGGAGTAAAAGATCATACGTATCATCCTTTTGCTTTATAAAACAAGTTT
GACGCATAACCACAATTTAAATACCTCTGAACGAAATATACTATACAAAC
GAAGGGATACATTTTACACTTGTGAGACTCTGGTGAGGCTTGAACTGTTC
TCCAGTTGCTTGTTTACTCTGGTGAACTCGACGCCAATAGCTTCTTTGGA
GGAAAATATTTTCCAGTGCCAAATGGCTGGTAACAAAAACGCATTCTTCT
GGACCTTTCGCCTATAGTGTTTTTTCACGTTCTTTGAGGTTTTAGGTGGA
CATGGCAAATTGTATTATGTAACCACTGGGCTTTGAGGAAATTTTATCAC
TCACCCTGAGATTCTCGGCCAAGCACGGCATGTCGTCGTGGATCAAGGGC
GTTTGCATCCCAGACATTGGTCCCCCTTGGACCAATTGGGAGCCAATGGA
GATGGCCAGGTAGAGGGTAAACATGTTAAAGTGTGGAAATCTGGACTAAA
GAGGAAATCGTTATGATTTTGAGGGAGAAACTCGCCGAGAAGCTCCTGTG
TTCACTCACGAGCTGATTGTGAATGTTCAACTGAGTTTCTGAACCAGGAT
CAGTTGCTTAAATAATCCTGCCAAGCTTTGTGGAGTTCCCCCACACATTT
CTGACAAGATTTATCCTTTGCCAATTCGACAAATATTGTGTTACAACTTT
GAGGGCGAGCATCAATGTTTCTTATTTATGAGCTGGAGTAAGCCAAGCTT
AGTGGGTCCTAAATATGTCTAATAGGCCTGGACTTGTGGTTTCACATGCA
ATTTATGGACCAACTTGATATGTCTCAAATCAAAAGAGCCTGAAATAGGC
CTTAGCAACGTGTTAAACGGACTATTTGAGCCCTAGGGCATGTGTACATG
CACATCTTATGTTGTTTCTGACTCATTTATGCAAAAAGCAAACTCAGCAG
ACTTCATTCATTCGCGAATTTGCATTCTACAATTCTGAGAGTTTGGCATC
CTTCTGAATCAGCAAATCATCTCATTGGCATTTCGCCTGAAACTAATAAT
CCACTTCTCTCCGAGATGAAGATTTCATGACACAGACTTCAGCCGGAACT
GGCTTCAGAAACGAAAATATCGTTATTACCTAACGAACAAATACTTCCAG
AGAAATCCCTTGAATGTGCATAAGGAAAGAATCTCCATCGAAGTTTGCCA
ATCATTTTTGTGCTGTAGGTAACGGAGAATCATCTTGTAAATGGGAAAAA
ATACCGCGTATTATTACCATTATCGCGTTTGTGAGTTAAATCCTGACAAG
TTGCCTCATAAAATATATGGAATAAGTTATCCTTCATCGGGTTACTATGT
TGTTCAGGCTCAATTTGGGCCATCCTGCATTTTTAAAATAGGAGCAATTC
CAAAAATGGGTGTTCCAAACCGTTTAGGCAAAGCTTTGTCATCCCATATT
TTTACGATTGGACATACTCGCAAATACTAAAAAGCTTATTTTTTTCAGGA
CCAACACCAAATAGCCAATGTTTTCTCTAGGACTATGGATTTGCAGTCCT
GAAAGTTTGAAAATGGTCGGGATCGCAACAAAGATGCCCTCAAACATTCA
AGCATGATTTTGATAAACAGAGTGCTTCAGGAAAGCTTGCCGCCCTCAGT
TTGAGATCTAGAATTCAAAATTAAGGCAGAACTGGAGACTGCAACTCATT
TAGTCTGCGTTAAATAAAATTGCCACGAGTCCTGAGTATCTCCAGTCTAA
GTCTTACCACTGAACCATGATTCTGGCCTTCACACTGGACCTTAATGTGG
CTCCAATTTGGCGAGGAATTTGTGTTTGGATTGGGGTCCAGTGCTTCGCC
ATCTTAGGAGTGAATGGCTTCAAACTTCTTCAGGACTTGAAGTTGGATTC
ACATCATCGGACGGTTAAGGTGTCACCCCAAAATAGTTTCAATTCCCGAT
CATTGATTTTTGCCAAAAAAAGGTAATGACCATTTGCCCAAAGTATGATT
GTACTCAACTGATTCCAAAACTCTGAAACCAAAAAGATCGGGTGTACTGA
AACAGTTGAGTGGTTTGATTGAAACAAAACGTGTGAGTTTCCACCTATGG
ATTTTCCTCCTCGAGCCTAATGTTCTTATCGAGATCATTTATTCATCTTC
AGACATTTTTCCACTATTTTCTTACTTTATTTCATCATTTGTTTTTTATC
AGTACATCAATGTTATCATTTTATTCAAATATTATTAGGACCCAGTGAAA
AAAAGCTTTGCAGCTTATCTGGGAACCTGGCTGCTTCTTTTTATCGATAA
TGAGTACCAAAATTATACTACTACTATACTACTTGATGGTCAAAAAGAGC
TCCACTCAAGTTCTGCTTCTTCAATAAATTGTAATTTTTTGTCACCCAAA
TGCAAAGAGCCCTTCATCATGCATGAAAAGATGCATCACTTTGATTGAGA
CATCATGAAGCTATGGCCAATTACCCAAGCCTCCTTGAAAACTCAAAACG
GGGTCTTCCGATAGTCCAAGACCGTGAGACACACAATCATAACTAGTCGC
CCAGATTTCTCATAGTAGCCCCTTTAGGTCCCAGATGATACATCTGATAA
TAAATCTTGGTCATCTTTACCAGTGGCCTGGTTGACCATGGATTGACTCA
AGCTTGGGTCGAATTTGGCTGTCGGCGATTCTGAGCGATCTTATGGATTT
GGTCACCAGATCTAAGACGCAGTAATAAAATGATTCAAATGGTAAATATG
AATGAGATTCACAAGCTTTCAAAAATGTACAGCATTTTACACTGAGGAAA
ACATGAGCGTCAAAGTTTACTTGGTATAAAGGCAAATTTTCCTGTCGCGG
AGGATTGTTAAGGATGCAATTTGGCATTTGTAAGGTCAGGAATGCTATCA
AGATTCATCCAAGTTATTCAAATATTCTTTGTAACATTCGACTGCCGCGT
AAAGTAATAAAGGCAATATTTTTTTGTAAATTGAGGCAACGGATTTGTTG
TCCTTTACATTTGATCTATAAATGTCGAGGACTAGCAAGTATTTATAGAT
ATGGAGGAGCGGAAGCCGAAGGAGCTGTATAAATCTATGAATGTGAACCT
TCCTTTGGTTTCTTGATGGAAAATTGAGCTGCATAAAACATGGCATGATG
AATAGTTAGGTTTCTGTGACACGAGTTACTTGAGACTGTTGAGATAGGAC
TGATCTTAATCAGATATACACGAGTTGATATAGGTGGTGCCCTCGCTAGT
GATGTCACTAGCGAGAGCACCGTAACACAAGCAACTCAGCGTGACCACGC
GTTTCCACCACAAGTTTCCCTGGTACTTGGAGTGAAACCACACCAACGAA
CTCACTTTCTAGAATCTATGTAAGGGTCCTTTTACCATACTATGATGAAT
CAGAACAATAAGGTCTTACATATTCATCAAGCATGAATTTTTATTTAATG
AACTGTGTTTTATTTAGTCAAGTGGTCTGATTGTTAATCTTGTGTAAAGC
TATTCCTTATCCTAGTTAATTAATTTCACTTCATTAACACCTTGCGGAGG
AGCGGAAGTTTGATCACATCGGGTTTTATAATTTTTGCAATATTTTGGAA
CAAATTTGACAAAACAAAATTGTCAGCATTGTCTTGCTAATGCTAACTTT
CATGATTGGTATTCTATTTTCCCCATTCGTAGGCAATCCTCTGAACGATC
TTGTATGGTTCTAAACCCATTTGTTTTCTTTATATCCAGGCCAAGCTGGG
TCAACTTTAACTGAAACTACAGTACGGTTGAGAATACCTTTTTGGTTGGA
GAATGCTGAAGGCCATCTCAAAGCGGCTGAACGTTTAGGTTGACGAAGTG
ATTGCCTGTGTTGACTTTTAAAGATCAAAGATTATTGAACATGTCTCCCT
CCTCAAGATGTCCCTGTTTTCTGTAGATCAAAGCCGGTGCCACCATGTTG
ACAAGGCTTTTAGGCCAGAATTTCAGATTTCCTCAGCCGACTAACAGTGC
TACTTCACAATTTCATTCAGAGGCGTAAAAATCCCCGCTAGGGGCCTTCT
TATCATTTGTTAGTGGGGCAACTATGAGCAGCAATACAAGATGAAACGGT
GATTTCCCTTGGTGTTCGTGAACAATGTTTTGTGTGTGCCTCATCAGCAT
AGAAAAGAAGTAGAGCGTTTAAGCTCAACATACCTTGCCAGAGAGAATAA
TAAGGAAGTAGAGCGCTTAAGCTCAACACGGCTAGCCAGAGAGAATGCAA
GAATCTATTTCTGTTAGGTAGAGTGAGGCACAATCCAGCACCGGGAAATT
CAAAATGTGCCGGGTCTTTCCGCAGTTTGGAAGGTTTGATCATCTAGCAT
TGTGGGCAAGATGGAGGCAGAAGGACGGTGGAGATTGGAGGGTGTAATCA
TAGCAGATGACTGTAATAGATCATGGTAAAATGGCAGACTGGAAAATTTC
AAGAAGCAGGCTATTTGGTAGATCTAAAGTGTATGGCATAGAGTTTGTCT
CACTGTGTGTCTGAGTGCGTCAAATGTGTCTGAACAGGATGAAGGAAATT
GCAGAAAGGTCCCATAACCATTTGGATAGGGCTAATGCCAGCATAAGTAT
TCCCAGTCACCCTGGGCACCGAATAAGTTAAGGGTCCGGTTCTACATTAT
TATGTGATCGGATCAATTGCAACCTACTTGGATTTGACTTTGACGGCCAC
CGTGTCTGCCTCACTAGCATCGAGGTCATAGAACCTCCTTGCTCACTTGC
TGGTTCCCATTATTTCCACCGAATTATTGCGACTTGATCCTTGAGTACTC
TTATGATTTTTTATGAGGCTAATATGTTTTGAATGAGCCTAAACTAGTTA
ACCCCACATTCCACATGGCAAGTTCGGTAGTGTGTTTTTAAGGTGGAAAT
ATGGTTTGAGTAGTATATTTATTCTCATGTATTATTGTTTTGGAGACATA
GAGAGTTAAGCTTCAACACGCGGCGGGTAAAGAAATTTTCGCCACTCCAG
ACTTTCTTCTACTGAGGGGAGTGTTTGACGACTCCTCGTAACCCTAGTCG
GTGAGGGTCAGGAAAAAAAGGTGCGGCCACATCTTGAGGAAGGGTCCCTT
CTGGTTACCCAAAAATTAAAGTAGTGGTTGGAACTGGATTGTAGGGGCTG
CACGGTGACTAGCTGAACTAGCTAATAACATCAAGAGGGCCCTGTGTTCA
CCAGTGACGTTCCTTGGGGTGGAACACGAAACCACCGGAAGGTGCGACTA
CACCCACACACACAAGCTTGATTTAGCCAAGTCACTACAGCTGCCTTGTT
GTTACTGAGAAGTGGTAATCTATTGAATCGATGACATAACTTATGTCTGA
GTAAATAAAGGTGCACACCAAAGCGATATGTACCTATAGTATCACAATCA
GATATCAGGAGAATGTGGGAAAAGGTGAAAACATGTGTTTGGACCCAAAG
ATTGGAAGTTGTGAGTGCAGCATATACTACACTCTTCCTTTTCAATGCAT
TAAAAAATAGATTAGTATGGGATGCATAGAAAATTGAAAAGAGTAGCCAG
GTTCCAAGTTTTCAGATTGGACAAAGAGTACAATATAAACTAGGCGGCGA
GAAAGAAAGAGTAACTTACAGTGGTTGAAAAGGTTAAACTAAAGACTACA
CGTTTTATCAAGCCGGTGTGGTGCTCTGATTAAAACGGGCGAAGAAACCG
ATATTACACTCAAAAGAGATGAGTGTTTCGGTCGACCTGGAAAAGAATTG
CCTAAAGAACCGATATTGTTTACCCGTATGATAAATGTGTCACATCGAGT
TGAGCAAGGAAAATCAGTTGAATTGCATCCACACAAGGAGAGGTTTCGTA
AAATTACTGTGTTTTGGGAAATGGGTTTTGCAGTGGTGCTCCAAAACCAC
GTTTTTTACTTATTTTATGGAACATTGGCCAAAGATATCCATTTCAGCTC
CGTTCCACGTGATTTGGCCAGAAAAGGTGTTTCGACATATTTTTCCGCAA
ATGACAAAAAGGTTAACATTTCTTCAGGTTGTCCAAATGTTGCTTCTGTA
AGCTTTCAATCTTCTCATAATTTGGTGAATTCCTTATGTTGTGAGAGTTT
AAGTAACTCTTGCGGCAAATCAGAGTACTTGGAAAAAGTTTCCTACTTTA
CACTAGGTGTTTCAAAATAGCTCGAGTCAAGGTAATTGGCATCAAGCCTT
GCGGTATCTGAGGGTCCTGGGTTCGATGACTGGTTAGGCTGAGTTCCGTC
AGTTGATTATGTTTACTCAGTGGGAATAAAGTAAGTGAACAAGTGGTCGT
TCAATAACAAAACTTTCTACAAATTTGTCTTCCAGCCTAATTTGGTAGCT
CTCATCTAGATGTTTTATTCGCTTTGACCTCTCCACCAAACAAAAACATC
GCGGATGAGTAAAACACTCATGTTAGATCTGACCTTTAGACTGATCAAAA
ATGATCGTCATCGATAAATGGCAGATGTTCAAACCAAGGGGCTTTAAAAG
CCTTGAGTTCAAACATAAGACACTGCAAGAGGCCTCATTGCTCCCCTAAT
TCCGTCCCAGATAGTAGATGGCTAGGCTTCCATGACGATGCCTCAATGGG
ACCAAGAGGGTCTCTGATCGCTCGAACGGGATTCTCCTCTGCCAAAGACC
AATGAAGAGCTTCCCTGGCGAGAATCGGAAGCGTCGGTTCCTAAAAAGGG
GCAAAGGCCCAAGCCAAAGGGATCGGCTTGGAACACAGGCGACGACGAAG
AAGGAAGCTTTGGAAATGCACACAATTTGCCTGATTCCATCATTGTGTGC
CTGCTGAACCTTGAATGAGGAGGGTGGATTTGCCATGAGTTGTGCCAAAG
TCGTTGGAACATGTGTGCCCTCCACATAGAGTGAAGATACATCCCAAAAC
TTCGCCATGCTCGGACCCACTTTTGAATATCGGGGCCAAAACAGCTGCCT
TGGCTGTTAATCGCCGTGAAGAACGCTAAATGTGCTACCCAGCCACGGAA
GCCACCAAGTTCGTGCTACATTAAGTGAGCGATAAAAAGTGTTCCCCTCT
CACTCAACATGTCGGCATTAGTTCAACAATTGTTGTGGTTCTTCGTGTTG
ATATGGGGTAAGTTGTGGTAGGGTCACGCAGAAAAAAACCCTTTGATAAC
AACTATCGCGAGGTTAGCTGAGAAATTGGGGTCACACAGCTTTTTCTGGC
CGAGGCCGTCGGCCTAATGAGCTCCAAAATATTGCAATTTCCACCCAGAT
CTGCATATCAAATATGCTTTTTGGACGAGCTGGCTTGAAAGTCCCACACC
AAATCACATTTTCATTATGCAGGACCTTCATTTGAGACTGGCAAAGCCAC
ATTTCCAACCACGATGATAGTTTACATTGGCAAGATACAAAGATTCTGAG
CTATGAATTAACAGTCCACCGGTGTGCCAAAATCTGGTTTGACCTTTTTT
TAAGTACAAATAAGTATGGCAAAGTTGATCAATGGCAGAAAAGTGATTTT
GTGCTTTGATTCTACGAAGGTGGACACCATCTTTTTTTTAAACTATAGTA
CAAACATATTTGGGTACACTCTGATGAAAATTGTATTAATATATTGCAAG
TACCTGGAACATTGCAACTATACACAGTTGTACGCACTTGACGCGTGAGT
AGGAAGACAAAATATACTGTATATGGCTGGGCTAAGAGCACTGGATATAA
GTATTTGAACTTGAATCTTTTATTTTCCCATAAAAGACATGCACGTGAGT
TTCTCCCTGTTATATAAATACTCTAGAGTGTTTTAGTCGATCGATATGAT
GGAAACCTTTCTGAATAAAGTTATAACAAATACAATTTATAACAAATACA
ATATGCAAAGGCAGTCATTCATGCTTGAAAGGCTGGCAATGAAACATCCT
GATTAATTCATTACGCTTTTACAATCTGAAATCGTCTCATCCACGAGCTG
TGAAACACTTGGAGGACATCCTATTCTGTTGTTAAAGTGTAATCCTGAAT
GTAAGGAATTGACAAATTGCCTCGCCTTCTTTAAGATTGCTGGTTACTTA
CTATTCTGAAATTGAATCTTCTCGCTTTGTTTAAGCACTTTAGCCATGGC
ATCAACACGATCACCAATAATTTTCCAAGTTTCCCATTCAGTTTGAATTG
AATCGTCTTCAGGGTTTTTCATTGCAAGGTTGTTCCTAGAACAACACTTA
TGTCACAATTTAAAAGTTCCTTCATGGCAACCATTCACGTTGTATAAATT
TTTTTTTGGTAAATAGCAGGTCAAAAAACCTGTTCAAATTACATGTATAA
CCATCGATTGATGATTCTTCTTGCATTGGATATTGCAATGGTGTTAAACA
TACATCTTGTTCAAATTCACCGAAATTTCAACAAGGGTGTTACGGCTATT
TTAAAAAAATGTCTCCGCTCCTTCGTTTACGAAAACAGTCACACTATGGT
TGCATTAAGACATGGAAGACAGCAGAAGTTGGGCACGAATGGTGCTCTTC
TCTGTACAGGCATTTGATATCGTGTCCAATTAGTTTTCCTAGTGAAATGC
AGGCAGACATATTTTAGAGATGTCCATGCTCGTCCTCAGTGAATGTGTTC
AATGACGACTCAAACACTTGACAATACGCAAGGATGTGCAGGCTTGTATG
CTAAGAAGATTGGCACCAATGGACCTCATTGGTTTTTTTATTCCTGCGCT
CACAATGGTCTTCTCGGAAAGTTCCATGAATCAGAGCGAAGTACCCACGC
TCTCTCAATGGTGGGATTTGAACCCACTTGCCTCAGATTTTATTCAGGTT
GATTTGACGCCAGAGCTGGGTCAGTCCTAAGGGTGTAAACTTAATTCGAA
GGAAAAAGGCCTGCGTCTCGTTTGTGTGCGTTTAGTTCGTGATTGAATCC
CGATGTTGGTTAGGAACTACAAGAACACGCTTGGAATTGGCTGCTTTAAG
AGCTGGGATCGCTTATGAACTTGGTGCATTATTGATGGGCAGTATTGGTC
TTAGACCAGGTCGAATGTTGTAAGTGAGTTGTTGTGCTACAATCACGGAC
AGTTTGTTACTGGAAGTGGATTTGAGTGAGTGCATTATTCAGTGCTAGAA
ACAAAAGGGCTGCGCTGTCCCAAGAAAAGCTAGTTCAAGGGCCAAGTGGG
GATAAAAGTTTTGCCTCTCCAAACTTTTATACACACTACAGCACACGCAC
GCACACTCACAATCATGGTGGATTGGAGCCGAGAGCCCAGACTGAATATC
CCCTGATATCCCATCGAGTTGCTAACTTGCCAAGGCATCTCGGATTAGAT
GGGCTTAAGTGGAGTAGAGCAAATCATGCCTAATGAACTACTTTTGGTCC
ACGGAACACTCGTCTGGGGTTGGGGACTCGAGGAGTGGAACGGCCTTTTT
GTGATCTGTTCCTCGGATGATTGGGCAAATGGGTGGAATATTAGCAGATT
CGGATCCAAACACACGCCCAAAGAGCCTCGCAGGCAATTTGTTTCGCCAT
TAAATTGGACAATTTCCTTATTTTATGGCCAATTTAACCCCTATCCTGGT
ACATGACCATTACACAGAGCCTCGCATGGGTGGAAAGACTGTCTTCTCCC
AACAAATAATTCTGTGTTAAAGCTTAATATCAATCTCCGATCTTCATTTC
ACATGGCATATGCTCCGGCGTGTGGGGAATGTTCCCAGGCACGAAGGAGG
AAATGGGATTATTTTCTCGCGGGACTTTTGAATGGCTTTCTGATTGAAGA
TTTATCGAGTCTGTAGTGTTCAAATTATGAGAGGTGGTTCTGATCGTTCA
GGGTTCCCAAAAATGATGGACAGTGACTTCGACTTTAGCTCGGTTCCTTA
TCGATTTGATGTCAAATTCAGATGATCTTTTTCCTATCAAACAATCGAAT
CGCGGTCAAATAATCGATTTGGTGTCACATAATCGATTTGGTGTCAATTA
ATGGATTTGTTGTCAAATAATCAATTGTCGTCAAATAGCCGGTTTTTCTT
TCAAATCATCGATATGCTGTCTAACAATTGATTCGCTGTTAAATAATCAA
TTTGCAGTCAAATAATCAAATATTGAAAAAATCGACTCAGCACTGAATCA
ACTTTAACAAACCAAGCGTTAAAAACTGACGAAAAAGTGAACAAACACTT
ATTACCAGAATATACTGTACATACATACATACATACTGTACATTGAATTA
AGAAAGTATCTTTCTACTTGCGTAAATTGAACAGCTTTTTACCAATCGAT
TTGGTCTCTTCCCCCGGCATCGTTGACGGGTATTGACTCGATAGTGACTT
TTCAGTTTAACGGGGTGGCTATTGACTAGTTTCTGTGAACTCTGAGATTC
GAGCGTGACTCTCTCACTCGTGTGGAGAGCAACATTTTGGGTACATTTGT
GGTTTGGCATCCCTGAACTGATTGGGGTCCGGAAGGAGATGAGTTTCAGG
CGAATGAAGTCGAGAGGAAACCGAGAACAAATGCCTTCCTCTATAAAGGA
GGAGAAGAATGTCGATAAATCACTTCTTCGGGTCCAAGATAAGTTTGTCG
AGAACCAAATGCCCGCCACACTAATAACACCAAAACTCGAAAAAGACTTA
CACAGAGCACGGATACAATCGTGTAATGTCTGCCAAAATTGTAGCTTTAC
CAAGATGGGAGCACATTGTTCATGTGCCACAATATAGTTTTCCAATTTCC
ACCTCATCCCTGACATTTGGACCCATGTTCCACTCACCTTCAGATAATAG
TATTTGCATGGAACAATTCCCACTCTTCATATGTAGAGCTTTAACATGAC
GGGAAATATCGTTGGGCCGCTTCTTGAAGTGACATTAAGTCCTCCCAAAT
ATTTAGTGATTATTCGATCTGGCAAATTTCAACTTGTGGGGTGTGTTTTC
CTGGTTAAAAAGAAGGACCTGAGATTGAATATCGATTACCATGTTAGACT
TACTCACTTTACATAATCGTGTTTTTTTCGAATCAGTGACAAAGGAATTT
TATGTTGCTCAATCTATTCATTGAAGTGATTGTGGACCTTAGGTTCAATA
GTGATATATATTTGATTCGATTGCAATGGTAGACAGACCAATGTTGAAAA
ATATAGCTGTTTGAGCACAGGATGCAACTGAACCAACTACTGTACATGCT
AAGGCTGGAAATGTATTTGGACCCATAATATCATAAATTGTTCCTTCTCC
GTAAGGTTAAGGCTGATGAAATGAATGTTAGCATAAAAAAAGTAATTGAA
ATGAGTTTTTCATGTTCATTTACATTTTTTCCAAGTATCTCCAATTTCGG
AGGTACTTTTTTATTACATACTCCTCAAGCTTTGAAGCTTTATTCCATAA
TATGGTCAAAAAACTCCGATTTGGATATGCGCGATGGTTCAAAACTTTAA
TATCCAAGATCCAAAAAAAGTTAGTAACGACGTCTTTTCTTTTCAGTCGT
TTGTTGCGTTAGTTGGTAACTTATGTGCGGTACATTGTACTTAATAATCA
CCGGTCATGTTGCATTTTCTTATTTTAGTACCTGAGACACTAGGGGCGAA
AATATTAAGTTGTGTCTACTTACGTGGAATCAAATGGATCTCATACATTT
AATCAACTAGATGGTCTGACCTGAATTAAATTGTTTGTTTTTAATTGATC
TAAGTACTGTACCGTATTTGATGTCTAACATAAATGGCCAAGTTAGTTAT
CAGGAGGATGGATTTTGGTGGTTCTAATCACTAGGATTCTGCTGACCACT
TTCCGATCTGACGTGGAACGCCTGGGAGAGGGATGATATGTTCCTGGAGA
GGTTCCATTTTTCAAAATGTGTGTGTCCTCATCCTCTTTGGTGTGGTGGT
GGAAGAGGCTGGACTGATGATGGCGCCGGAGGCATTTTGGTCACTTTTTT
TGATCACTTTATTTAGTCTGCGAGAATTTTTTCAAGTTTTAAGGCAGAAG
GACCTAGGAGCAGCAAAACCTCTAATGATAATGGAATTTATTGATTTCTG
GTGACACATTGTGAGTGGTAAAGGGAATGCAGGAAAATGCTCATACTAAT
GGATCCAATTGATTGGAGTGTTGGGTTGGCTGGGCTCTGATGTTGTGGAT
TTATATTTTGCAATCGGGGAACGAATATTACAGTTAAAGGAACACAAGCT
GCCTCTTTTTCTCAGACGAACCCCCTTTAGACTGGACTTAGTTAAGAATT
GGATTGGGATAAATGACCGAGAAACTTTGTGCGAGGGATTGCTCGACCCA
TTTGGAACAGTGTGTTCCACGGTGACTGACGACTGGGAAGTTACAGCCTG
TGTCCAGGTCTTAAGGGTTGAGGAATATGTTGTCATTAGTCTCTTATCAT
CATTAGAGGTTTTGCAAAGCAAACAGTTTGGCCACAACAGCAAATAATGG
TACTTGTTGTTCCATATTTGTTCCCCAAAGCCGGAGAAGCAACGTGGAAC
CGCCTCCGAAGGAAACAATAAAAACTGTCATTATCATGAGATCTCGCTCT
CCCATTTCTACCCGATTATGGGAGTGGAAGACAAAAATAATTCTCCTGAA
GACACTCTGATTGCCTTCAGTATTTTTGAGACTCTCATGGGAGAGCTTCT
CAGTCTGGATATTCCCACAGGAAAGCGCAATCCGCTCCAAGGGCTTGGAA
CGTGACTGCGCATCATGTTCCACCAAATCACCATATTGATTTCCTTCCCA
AACGCCTTTTGGCAGCTGTGTGCCATCTTGGCCTTTCCGAGGAGCAAGTT
GAAAGTCATGATTGGATGGATTTTTATATTCCACTATTGATTGGGCCTTC
TCCAGATAATTGCCATCGGGAGTGAATCAAACTCAAATGGCTAGTGCTTT
AAGTTCGTCGCGTTGTATGTCCATTTCATGGGTTCAGTCCCACCTATCTC
GCCCGCCTGGGAGAGCTCCCCAGTCAACTCAACAAACTGAATTCCATGAA
TGATAAGTAGGCACGAGCCAGGGCTCTGGACATGTCTCCCCCGATTACAC
GTGTAAACAGCCACCCCGAAGTTATGGCTATTCTTCTCGGTGGCCATCCC
AACACAAACGCATCTCGGCTCAACATTTGGTGTTCCACAATTTGGATCGT
AAAAAATATATTCCCAAGAAAATTACACGTGTAGCCCACGCTTGATTGTA
TGCATTGTGTATAGAGGCAGCCTGTTTGGTTTTCCTTGTCCCTGTCGACA
TCATGCAAAGCGTATTTCAGAACTTGAGGGACCAACGAGGAACGCTTGGC
GAGAGTGAAGACATGCCTGGAACTTGGAACAGGGAACAGAGGGGTGAGTG
GGTGGTTAGAAAACTTCCTGGGGACACCCTCACAGCCATACTCTGAGCTC
GGAAACGACCACTCGACAGGAAGTGGAATCCTTGAGGTGCTCTTTAAGAG
AAGGTAGCTGAGTGGCATTGTTGGCCCTACAGTAGGTTTGAATCCAAGAT
CCGACAAAACGTACGCCGAAAATTCAAGGTTTTCCTACAATTATCACCTA
ACCTGGGCAATACTAAGTGGCAATAAAAATCTATTTTTTTAAAGATTTAT
TTTCCTGAATGTTCAGTTATCAATCAAATTGAGAGGATAAAACTGTACTA
ATGGAAATAAATCCAAATGCTAGCCCTTAAAATTCAGGTAATTGCACCCT
TGGTATTCGGTCGTTATTTTTTGAAGGTGTGAGCTTAATTAATCTGACAA
AATGATCGAGCCCACTGTATTTTGAGTGCGTTACGTTAAGGCTCATTTAG
AAACAAAAAGATATTGGAGTCCATCAATTAGAGCATTATATATTGATAGA
AAAAACGATCGAAAGTCTGACGGCACAATTTGAAGATGATTTCCTCAGAG
GGAACACGCATACGACCAACGTTATTTTGAAGCAACCTCATTTTTCTTGC
CATCGCGCATCATAAGCTACAATTTGGTTCAGCATGTCCACGGGTAGTCC
CATGTTTGAATTCAGTTTCCCAGGAGCTAATACCACTAGTCTTTTCACTC
ATCATCTGATCGTTCAAGAACAAACAGTCTTGGAGCTTGAACGAACTTGA
TTGAAATATATGACAAATTACATAAATTCATTGATGTTTTACAGAAACAT
AATGTTTTACAAATATCAGAATATTCAAATTTCATCCTCTCTACTTGGAT
GGGGTTTTAATCTCTCAGACTCAAGGTGCCACTCTGCCTAAGGGTAATTA
GTTTGAGAGGTCCGAATGAAATTTGAAACATAATTTGTCACCCATCACTT
TATCATAGACATGATAGAGTTTTGGGACAGACAAGGGCAATAAAATGATG
AATGCCAAATCCAGCTAATGGAATCATAAATGAATGGAGCTGCCAAATCT
ACGTTAACCCCACTCACTGTCTACCCAATAGTTCTTGCAGGGTGACCAGG
GAGAGATGCTCATTTTCTTAAAATACACATTTGGGCACCCTGAAACAAAG
TTTTTAAGGTAGCTTGGCCGGTAAAGAAGTTATATCTCTCAAGGCACCCG
AATTCTCGCTCTATCTCCTCTGTGCCCATTTCTGGCGAGTAAATTTGATT
TTGGAGAAATGTGACCATGAATAAATCATGAAAGTTTTTCCGAGTGCGAT
GGAGAACTTTCTTAAATGTTTTGAAGTGTGCGAGAATTCTGAAATCAGGC
CCAAGTGAGGTGAAATGACCCTTGAAAGAGTTTCATGGAATGTGCTGAAT
TTCCATAAACTAAGCTAGGTTTTGTTACAGTGTGACCCATAAAAAAGCCC
CACGCATCCTGCATCGTCCTAATTTCCGTGCAAATTTTGATGCAGGCAAA
CAACACACACACATTCCCCTGCATTATCCATAGAATATGAAGGTGTCCCC
AAGGAATGTCTGTTTTTGTCCCATTTTTCGTGTTGTTCCAAAACTTTGTT
CCTGGCCAAGCCAGCTCAACTTCTTTTCGCGAAACAACTTCAAACGCGAC
TTGGCCCTAAAGACCCCATTCAGAGCCATGGATTGCAGTTGGTTACCATC
TCTGACATACAGAAAATGTTGATTGTGCAGATTCCAGGTTGCTCTCTTGG
GGGCTGAAAGTGCCAACATTTCGAGCTCATGGTGAAGATATAATATTCCA
AGCTAGGAGCCAATCCATGGGGTTCAGAGTTGGCCCACTTTGTGCCGAAA
TCTTCCATGTTCTCATCTAATTAACATTACTCCTTGTCGACTCTCAACTT
AACGATTTTTAGACAGGGAAAACAAACCCAGGGGAAGGAGAAGAAGGCGG
AGGATCTGCTGTCAAAAGGCCTCCCTAACTTAAGGAGAAGCATAATAATA
AGGTCATTCGAGATTTTCGGGGCAAATTTGCACCTTTGAACCAAGGGCCT
CTAATTGGAGTAGGGTCAACACAGCAACTCAGCAAATTCACGTCTGATCA
CAATAGTGCTTCGTGCAGTAAATAAAGTGATAGAAGGAATGGCTTCTAAT
TTTAAGTGTTGAAAGGACCTTGAGGACCAGGTTGAATGGAAGATTCCGCC
GTTTTATGCAGAACACCAACTTTTAGATTCACCATTAATCATCAAACGGA
ATGCAGTGTTAATTGATTTATTAATGGGCTTTCGAAATATATCATATTCG
ACCAGCTTTCATTCAATATAATAACAAACTAACTTGGTGAATATCCTAAT
GTTTGACAGTCCAACGGTCTTATAGCTTTGAAGGAAATATTTTCCCATTG
AATAAATCAGTTGCCAACATAATCTTTATCCGGGTTACTTGCTGATTACA
TAGTTTTTGTTCAACGCCCACACAATATGTAGGCATCAACCCCAAATGTG
TTCAAGTTTATTTTCATGTTTTATTTGTTAATAATGCCTCATGCCTCAAA
AAGTCATCATTCGCTTTTACCAGAATACTTACACACGCGAACATACAAAC
TGTAGTTGATTTGACAATTCTTGCACAAGTATGATTATATATGTTGGGAT
CTTAATGGCTGGCTACCTCGCCCAATGGTAGTAAGATAATTGAGGCTAAC
CAACCCATATTTTCCCTGTCTTCCTTGATACAATCAGCCAGAGCAAAACC
GGGCCAGGAAAATCAGCTAGAGAAAGGTTAGAACACAATCCGAGGAAAAC
CCTGGAACAACTACTGGCCTTTATTTCTCCTCTCATTCACAATGGAAGAG
GCCCCCTGAAGAGGTACTCGAGTGTTAACAAGATAAGTCCGACCTCAAGT
AAGGCCACCATTTAACAAAAGGCGGTTGACATGTGGGACCCTCCAACAAT
CAAATGTAATTGCATTGCTCCCATTCTCTTCAAATGGACAAACTCTCGGT
CATGAATGACTCGCACGCTTTCGAAGCCTTTTATCCCATTCAATGGCAAA
TATAAATACCAAAATGTTGCAAGGCTCATTCATAACTTGGAATCCTTACC
AAAATAGTCAGCCAAATCGACATTCAGGGACCTCAAACAGGCTCAAAAGA
TCACATAGGGCTCAGCCGAGACTTGAACTCGGGACCTCGCGCACCCGAAG
CGCGAATCATACCCCTAGACCACTGAGCCACACTTATGGGTTGGGTACCG
GTACGTTATTCAAATCAAAAAAGATTGGGGCTATACAGACTTTGGCTAAA
ATGAGTTCCAGAGCATCTCTCACGCTTTGAGGCAGCTGTTGATCAATTTA
GTAGGAAAGAAAGGATAAAAGAAGTCCATGGGTTGAACAGAGGTGGGTCC
GTCAAAAATATCTTGATGCACTTCTGCATGATTGGCCTTTATGTTGACAG
GTTGGGGACGGCAAAAATCCCTTCGAATCATGTGGATGTCCACTTTTGTT
CCCTCTTTTCTTGTGGTCCATTTCCCTCTCCTCCCGCCACTCCAAAAGGT
GGTCCCAAACACTAGTGACAGTTTACTGTCTATACCCATCATAAGCATAG
ATATGCAAACTTGCCCATCGATCCTCAAAGGCGATGCTCAGTTGGCCAAT
TGTTCCAACCTCTGATTGTCCTTCCTAAAGGCCAGAAAGAAACCTCACCC
ATGTCAGTGAATACCGTAATCGGCTAACAAGCTATTTCCAGACTCACATC
TGTGGATTGGTTCCATTTGTATCCCAGTGCGGTGTCTGGACTTTTTGGGC
TCGAGATCCGGTCGTCCATTCAATTTGCGATTGACAGAAGCCCCAAACTT
GTCCAGACAAAAGAAATGGGTCACCTGCTCTGTGGATTTTCGGTACAAAT
ATGGCCAATGGTTCGTAGTATTTATTGAAATGTGCTCAGCATCCCTTGAG
GTAATTGATAAATGTCTTGACCACAAGTGGGTGTTGGAGATGGTAGGCTG
TAGTCCAGATCAAGCTCATGTTGACCAAGGGCAGCATTTGACTCAGTGGT
AGGACGTAGGGTGCCTCCTTGAGCTCATCCAGGGTCATCTGGTTCCGGAT
CACCGATGGGATGAGGCTGAGGAAGACAATGACAAGTGCGCCCATTCGGC
ACATGAGATTTTGGACCGCTTTTTTGTAGTTGGAGGGACAGTGACAGAAC
TTGTAAGTACTACTGTAAATATGGATGAACACCACCCCATGCAGGAGGAT
CGAACCAATGGCCAAGGAACGATAGCCCAGAATGGCGATGGATTCGGGCG
AGGAGTCATTCAAAGATGGATCTGTGCCCGAACAGATGCAGTAAAGATAG
TTATCCACGTACCAATCCTCTGTCAGCAGACTGTAAGCAGTGCTGAGAAG
GGCCAAGAGTACGTTGAGCAGACCGAAAAAGACACCGAAGAAGTCGTCGT
TCAAGGGCTCAATGGACTTGAACCAACAGGCGTACAAGTATCGAATGGCC
ACGATCTCATTGAGACTCAGGATGCAACTGATCACGATGCATCGGATCAC
GGATCCAACGATGACACAAGTCCACCCCGGAAGCGGACCGTAAAACACTG
GGACGAGAATGTAGGTCGCGTAGAAGGTGTTGAACAAGATGTAGATCACA
TAATTGTAGCCACAGAGGAGATTGATCAGGGTTCGATGACTCTCGAAGCA
AAAGAGCTCGAACCAAGCGATGATGCCCACCAAAGAGTTACCAAACACTT
GAGTCACGATGTAGCTCGCAATGTAGACCATCTGAACACCCTGTAGATCG
AAGATGGGCGAAAATATGTATTCTGAGGAGCCATTGCCAAGATGTTGGTT
TGAAGTCATCCTCAACTCAAGTGAGCTTCAAGTGGCCAAGGGAAAAATGG
TAACTTGGCAACGCAGAGCAGAGTCGTTTCTCTGAACATCTTTAAGAACC
AATATGGAATGACAACTTGTTCCAAAGAACCCAATCAAGAGCTCTGCAAA
CCTTGCCCACGCATCTTAATCAGCGAATACCGGTAGGGTTCCGTTTGTTT
ATTCATACCCATCTCTGTCGCGATGAGACTTACATTTTCCAGGATCACCT
GGGTTTCATGATATGAAATATATGATTACTTACGTACTATAGTCGTTGCT
AATAAGCTCTCTCTTACGAGAGTAGATGATAGGATGTAGCATGTGGATAA
CTAACATGAAAGGATAAAAAATACATTGCAATTGCACCTACATAAATATA
GAAATTGACACAATCCCTGTCGTCAAAGTGTTAGTTACAATTTTTTTGAC
GAGTCTTCTTCTTCATGTTTTGGTCGGGCTGCGGCGTCATTTTGAGATGA
TGGAGAAGGAAAGTGAAGGACAGAAATATGATTGACCAGGAGGGTGAAGG
TTAAAAGCAAACGAGAGACGATTTCTGCTTTAAGATTAGGACAGGTAGCG
AATCGCGCAGCTCTGAATACGAAAATGGTACAACATTTGTATCTGTTTTG
TCCAGAGTTAGGATTTCAGCAGTGGTCACCGAGGATGTGGTTATTTCATA
AGAAAACTCTTGATCGATTCAGTAATTTCTGACAAATTTACGTTAAAAAG
GCCTTCTGAAAAAAGTGTTATTTAGCCGATTCATCCTTTTTGGAAGTGTG
GCTTTTATTAAAAAGTGAAACTGACTATGAAATTATCCGATTACTGTGCT
TGAAAAACTTGGGAGGTATGTCGTTTTTATCTTACGTTAGGTTTCTTGCC
AAAACGAAAAATTCCGCATATGGACCTTGTGTTGTTCAATCACCCGAATT
GTAATCTTTTTTCAACCCAATGGAAAATTGTGGAGAAGAAATTGACAATA
GGAAAATAAAAAAAAACTTTTTACCCTTGATTTACTGATTTATCAGATCT
CATCTTAACCGTCGCGCGACCCGTCTAGGCTTCGAATTAAAACCTTTACG
CCCTTGTTTCAAGGCATGTTCCTCTTAGACTCATGCCTTCATATGTTAAT
AAGTTGGATTTCACCTTCCAAGAGGTGGACGTCAGTCCTGCTTAACGAAA
AGTAAGCATACACTTATTCCATTGTCTTGAACAAGCTGAAAGTATGCAGT
TGATATGGAATGCTTTTACCCCAAGGGCCTCTTCAAATCCTTCATTTTTG
ATTACGAAATGGTCCCAATTTTGTATTTTCCTCTCAAATATTGAAAGGTT
AAGTTCCTAGTCATGGCTGTTTGTTTGGGAGTGGTTAGTAGCGCTGGGAT
GTCAAAGTTGCGAAGCATTGACAATTTACAGGAAGACCGTTTCCTAAATC
ATCCAACCTGCTAATTTTGATAGCTGCCTCATGGGAGGTCTTTTTCCTCA
AACCTAACCCAAGACTTTCATGGTTTCATTCATCTCTAACCAAGGTCAAG
TTGCTCCAAGCTGATGTTCTGGGTGAATGATAGTATAATCATCAATGTGG
CTGTTCAGCGTATAATTTGATGAATACAGTACGTCAAGGACAACAATGTG
TGGGTCTTGAGTGTGAAAGCGGTTAGATTTAAATGGATCCGTAAGTAATG
AGTTGCGAGACTGACTTGCATTGAGCACTTTCATGGCATGGTAATTTATC
CTGGGCTCGCAGCCATTGTAAGAGGATTGTGGAACGCTTTTACACCCACC
GCAGAGGATCAACAACACCCCGAAACATTTGTGGGACACTCACTTGACAT
TCCAAGCATGCCTCAGAGTTGTAATACTCATCATCATCATCTCCAACGGT
GCAGCCAGTCCCGAAAATCGTGCCCATTGGCCCGGATTAAGCTGCGTTGG
AGCCGAGTTATTGGGTACTAACCTTGATATGCCAGTGACACCGATCGAAT
GGCAAATGGTTAGTCTGTGGGGAAGTGATCCTCTCGGAGCTAGACTTGGG
GGACATACTGCATCCCCAAGCACTAAAGATCCACGAGGCCAGAGGTCCCA
TTGAGGACTTAAGAGGCAACACGGAGGAGTGGGAGAGCGAGAGTCGTCAC
ATGTATTCAGGGCCAGATTGGGTTGCTCGAGAAATGAGTGCCCTCGTCGC
AATTGAGTTGTTTGGCGTTGGAACTTGAGTGTTATGGAATTGCTCCACCA
CGTCTGAGGTGGACCAAGAATAGAAAGTGGCTCATGGCACCCTCCAAACG
ATTGGAAAGAGATATCGTCCGGCAAGCCCATTAGGGAACATTGACCTGTG
GGAGAAATGAGCCTGTTGTGCCGAGATGCTGTTAACACATTGTTCCACGC
TCATTTTGGGCCAGATTTTATTCATTGCCTGGGACGCCTGATGCCATGCG
TGTTAGCAGCCACTTGCAGAAACGGCCAAAGACGGATGATGCCTCAAGAA
AGAGCAAGCGGGAACAGAAGGCTACAAGATGGAAAAGACTTGGAACCATT
TGAAATCCAGGCCACACTGGGAATGCATCCGTAAAGGGATGCCTCAAGCG
ACATAGTACGCACTGAGGGGGCTTTTCAGCCCAAGGTTCAAAGGCAGCTT
GGCCAGATTGGCATAATCTCGACCAATTTGAATCGTCCTTGTGAAGCCGA
AATATATTTGCTTAATGAATCGGAGGCTCACCCATACTGTAGTTGTTTTT
TAGCACATTCTCTAAATACTAACGTAAACTTGTCACTTCAAGGGCCTTTT
TTTGAGCCTAGAGTTTTCAAAATGCTCAGTTGTTCCTCCTCAGACTATTA
GAGGGTCAGTATAGTGTGGTGTGACGCTCAAGGTTTAAAAGCCTCTCAAT
ATTCGAGTCATTGGTTGCAGGGGTGAAGTACATTGCTTTCGGTTCCATAA
AAAATGTTAATTGAGCAAGAAGTTAGGCCAGGGCAGGCTAGCGATTGTAA
TCTTACAGTGACTTCATGCCCTGGGAAAGGAGGGAGCATTTTGTTCCGCA
TGTGTGGCTGGTCGTGAAGGCATGAACGAATCATGCTCCAAGAGGCTGAA
GGAGCGAACTGATGGAACGGGGGAACATATGAAACGAAGCGGAAAATAGG
CTACAAAATCATTTCCCGATTTTGCCCTGATCACATTAGAGAGCAGGTGC
TTGCCGTTTTACTTTATAAAACGGGACTAAATATGAGAGTGCGTGTGTTA
AAGCCAAAGTCTTTGTGAAAGTTGGAGCTTGGGAGAGGGCGTGACCCAAT
ACTGATTAAGCAGTATTTTTGGCTGGCCACGCCTTGGGCTCGAGGAACCT
ATATTTTGGCCGAGATGAAAAGGCGAACCTGGATCATATCCCAAGCATCC
ACTCCCTAGAACTGATTTGTGGAACACGCAAAGGGCGGAGTGATCCATGG
CAGGCCAAGTGTCCCCACGAAATGACAATCGCCCACAATACACTGATTGA
ACGAGTGTTTGAAGGCTGGGCTCTTTCTGAATGATTGACCATGTGATAGA
TTGCTTATTCATTGTCACCAGTCTGTGACCAGATTCAGCAAGATTTCCCC
TCCAATTCCGCCCCCTCACGCTCTGACTGGGACGGGAGTGAGCCAAAACA
CGACCCAAGACGGACTCCTCCTCCGCTCTTGAATGAAAAGGGAAGAGAAT
AATAGATAATTTGTCCCCACTTAAACTTCTTTGGTCCGTTTCTTTTCGGG
GGTGAAGCAAGGGAAATGTTAGGCAGCGGAAAGAATGCCTTGTGTGACAA
CTGGCATATTTGCTTGACACTTGCTCGCTTGAGAAGTGATGGATAAGAGG
CCCGGGATGTTGATCGGTGAACAAAGGCCGGGTTTCCCTTCAAAGGCTCG
TGCTTCAATTTGTGTGCCACTCATTTGTCTGCTAATGGAGACCTCATTAG
GGTGGAAATTAAGGGTTGGCACCGAGGTGTTGGCTCAGAAGTAATGTGGG
AAGATCTATTTTACATGTTCAGTCCGAGCATTTATCACCATTATGTGGAT
TGCTCCAACCATTCGACCGGTTCTCTAATTTGCTGCCCAGTCATTAGTCC
CACGTGTTCCAGGCCAGAGAGATACATGACATACCTGCTCTGTGCCATCT
TCTAATGGGGTTCCAAAATGAGCCAAGGCACTGGGACAATCCCAAAGATA
GTCTACAGTTGAATGGAATATAATTTATTGGCCCAGGATTTACATAGCTG
TACATTAGAGAGCCTTGTTCCCAACCGGCGAAGGTGTTTGGAACAGACGC
GGTGGAAATGTTTAACAGTGGCTCGTGGCTTCGTCTCCCTTCATCGAGAC
TTGGAAAAGTTTTCAGGGATTCCGGTGGGTCCCCAAAGAGCAAATGTTCC
ACTGACAAGGCCAGTTTAAGTTTTGGCACAAGATCCGTGGAACACCGGAG
GCCAGGTGGGGGCCAGTGAGGCCGCCTGAAAATGGAGGGCTCTACAATTT
TTGTTCCCACTTGGGACAATTCAGTCATTTGTGGCGTGTCTTGGGTAATT
TAATGATGACATCTAAATTGGATCAGTAAACAGTTTTCAACTTGTTCCAC
TGAGGCGGTCCGAGGCATTGTTGTTCCAGATTCGGCTGGGGCTCTCTACT
TTCGATTGAGCTTTCTCCACACACTTTTCGGGATTTTGGTGTTTTTCGCC
ATATACAAACAAGGCCAAATTATGGCCAAGTTCACCACAGGCAGGAGTAA
TCGGACCTTCACCAGAAGTGGAACCTTGGCCAATTCTTCCATGCTCATGT
CTTGGGACTGATAGCGGGGACCAAAGCTCAGAAACAAAAGGAAACAGCTC
ACCAGGCCAAAGAGGAGATCCTTCCAGGTTTTCCTCAAAATATATTGGTC
ATTGGCAAATTTGACATAGGATTTCGGTCGCAAATGCAGGCCACTGAAGA
GAATTCGGATCAAGATGGCGAAGTGCAAGGCAAACGATAGTTGAAGAAGC
ATTTTCGAGTTGAGGATCAACAATTTTTGAGGATTATGGGCCAACACTTC
CGTTGGATCCAGATGCATACAATGTCCGTAGACAACATTGTAGCCATACC
AATCACCCGTCAAGTAGCTCAGAGCTATGATCCAGATGCTCAGGCATAGA
TTCAGAAGGCACAGGAAGTGAGCAAAGAACTCATCGTTGAGAGCTCCAGT
GGATTTGAACCAAAACACGTACAAATATTTCAAGATGACGGTTTCACTGA
GGGTCAGAAGAGCGAAGAGCGCCCATATCTTGTGGAGGGAGGACACCATG
ACACACACCAAATGGCCAAATGGAGCAAAAAAGTCCAAGATAGTCAACAC
AGTCAGATAAAACACAACGTGCACCATGAGGGATAAGCACAAAATCCCCG
ACAGGACGTTTATCAAGGTTCTTTTCTGCTCGTTTTCCCGAAGCTCAAAC
CAAACTATCATGAAAAGGAGACTGTTCCCGATGACTTCAATCCCCAAGTA
ACTGAGAACAGCAAAGAGTCTGTAGTGGAGTCTAGAAGTGATCTCCGAGT
AGTGCTCCGATGTGTTCATGGCAAGCTCTAAAGCGGGAATGGAACGATTC
CGGATGAGATCCTTCAAATGACCTTCATAAGTGTCATTTCGCCGTCGGCT
CAAACCTGAGGCGATGAGATTGTTTGTGCTTGCGATTTTCCATGGAATTT
GGTTATATTTAGGCAAATCCAGAAGCTAAGGGCCAATCACTTCATGGTTA
ACAAGAACCCTTGTGTGATCTCGTTCGCTTGTGAAGGGAACACAAGTGTA
GTCATACTCAAAAATGTCACTCAAACTCCATTGGTATGCCTAACATTTTT
ATACAGTATGTGAGAGTAAAAACAAGATGTGAGCGTCATGTACTGTAATT
GGTTTCTGGCAACAACGAAATACGTACTGTAGGTATACTGTACAAAATCA
GAACATTTCAAGCACCCCATTCATTCTGGATCTGCATTCGCTCAATCTCC
AACTTGCCAACTCAATTAACATGATCTCTGCTTTGCACAGAAAAGTTCAC
AGGTAAACTCAAATTGGTCGAAGCTGAACTTAAAGACAAGGTATTCCAAT
TGAGTAAGTGATTAGCAATTAACTTTCCACCAATATGATTGGTTCTGTCG
GATTCTGCTCGTTACAAATTGGATGTGTTCAATCAGATCACTTTTTAGTC
GATCATAGAGGTGTTTAGTCGATCATACTGTAGAAGCAGAGTTTACTCAA
TCTTGCATTATAACAATCCAGTCTCTAGTGCCCGTTTTCAGTTATTTTTG
CTCCTTTGTGGTGCAAAGCTTCCACTAAGCCAACACTGTTGGATAACCAA
GTGAATTTTGGTCTCCTAAACCACGCCAACCGCGCCTAACGGCTGCCATT
TATCAGGGGGCTTCTCACTGTATGTTACATGGGGCAAGATTTATTTGCAA
AGTTTAGTCCTTTTGTCCTCTCAATTAGGTCCAGGAACAAAGAAAAAGAG
CGGGACAATGACAATTGCGATTGTCACCATCCACCCATTCCAAGTTGGGA
GAAATTGTGAAATCCCACAACTTCCTCATTCATTTTCCACCAACTTTTCA
CAATGGCAATGACAAATAATAATTCATCCAACCAATCTACAGTAGTGGCA
TCATTTTTACTTTCCGCTTGTTTCCATTAGGGATTTGAAGATCAACACCC
TTAATTGTGCATTTGTTTGGAAGGCGCTAAGAATGGTCAGTAGAGTACCA
TCACTTACCAGTTGGAAATATCTGAAGAGACATATTCTACATAAAGACTT
TCTGAAAATGTATTTCAATCCTTGGACCGAGTTCAAGATGGTCATGGTTT
GACCCAGGAGGAAATGGCTACCTTGGGGTTCAAGTCCAGGGATATACTGT
ATGACCATATAAAAAACCATATTTTTCATTTTTTGATGAACATGAAAGAT
CCAACAGTCTCTTTAAATATATAAAATAGCGATTCTTTTGGCACTTATGG
TCATTTTGGCAAAATTCAAGTTTGATATTGATTTTATCGTTTCGACACGT
TAAAAACATTAAAACAATAAAGTGAGGAGTTCCTTTGTCTAATTGCACAA
GTAGTTTTGTCAGCGACAATCGGTCAAGGCTTAGTGCAGTTTGAGATTTT
CAAAAGCCTTGATTATTTTAAGTAAATAAATTGTATTCTGACAAAACTTG
CCTGTAGACATTTCGATAGTTTTGCCAGCATATGCTGCCAAGGTGGTGTT
TTTTACATACCGATATAATGGTAAATAATACCACAGTATAGGCTCAGTCA
GCAATAACATAAAAAATGTCAGCATTCGTGAAATTCAATGTTCTTGACTG
ACGCATAATTTGTTAGTGTACTGCACAGAAATTGTCCCAGTACAAGTCAT
ATTTACCGTCTTATAACTGTACTATCACTGTCACTGTAAGCATCAATGAT
TGCATCCAAATATCATGATCACATAAATTATTATGTTATGCACCTCAGAC
CTTAAATATTTAGCCAGTTCACATGACAGATCAGTGGCGAGTGTTCAAAT
CCCCGACCCGGGATGAGATTCAATATATGAAGGGGATATAAGTTCATTTT
CGGCGAATTGGAGTAATTGGGGAGGATGCAGGTGTCCAATCAGGCAAGGT
ATATCCTCCATTGGAAACAACTTTCCTATGTCAAGTCCAACTCAGAAATA
TAGTTACTTCAAGCATTCAGCTACATATTTTTACTTTGTAATGCTCATTT
TTCATACACATTCCTTTGTGTGAGATATGTCACAGATAGATGGTGTGATG
AGACTGATATACTCACAGATACTACACTGTGTGAGTATATCAGTCTCATC
ACACCATCTATCTGTGACATGTCTCACATTGTGGTTTTAACTATCACATT
TTAGTATAACAGACTAATAATGGAGTAATAATGATCCCTGTCTATTGCCT
ACTAAAATCCATGAAACCCGTTTCAAACATACGGTATACAACTTTTATCC
CTTACCATACACTAATTTTGAGGTCTGTAATTAAATCCATCCAAAACATG
GGTTCCATGGACAGACAATCCTTTTGTGGCGCTCAGTGACTGGTGTACCT
GGTACATGAATAACAAGTGGGCCTTCCAATCCAAATAAAGAAAGTCTTTA
ATGCCATTGAAACGTATTTGCATCCAAATACCACCTCCATACGTCTATCT
CAATTAGTTAATTAAAGCTGCTCTCATTGGTCCTGGACGAAAATGTAAGC
GATGGGATTCTTTTTGGGATAACCGGGTTAAAAATATTTTGACGGTTCGA
GTACTTGCTATGGATTTTAGAAAGGTATTACAATCGCACTGAGGTACAAC
CATTTTTTATCAAACTATTATTTGACACAAAAAAGTGCACATTCGGCCAG
GTATTATTTGAGGTCAGCATAGGGATAAAAACAGATTCACTCGCCGAAGA
TTCCCCTTCCGGTGGAATACAATTTTGAGAGGCAGAACCGTAAGTAAATG
AATATAATAATGCCTCATTAAAAACACAGAACAAAGAGATTAAGAGGAGT
TTCGGGGATAAGTGAGAAACATAAATATAGTTTGACAGCTTCAATGGACG
AATGTCTCCCAAATTCATGTGGACATAAAATAACTTGAACCTTTTAAACG
TTATTTTCTGTAGTTTATGGTTATTTGAAGTATAATTTGGCAAAATAACG
TGCAATCTGAGTTAAAAACGCTCTTTGGTTCAGGCACTTTGTTTATATCT
CAGTGGCGAGTATTTTTGACACGACATATTTTGGACAACGCATATTTCTG
TTTTAACAGAATTGTCCTTATGTACCCGAGTCTACTCAATTTCAGTTCGC
CATGGTTTAACATTATTTCACCTAGTAATTATCTCTGCCTAGCTAATGTA
TTGTACTTCTTAACAGATTACTTTTGCACAAATATACAGTGCACAGAGCA
TTTGGCTGGGAAACCTAAGGTTAAAGTAACACAATTAATACCATTAGGCA
TGAAGAACAAAATAAGATACTTGAATAATTTTGATGAGCTCGCAGCCTGT
AACCTTCGGAGGAGTGTGTGTGTGTGTGTGTAATCGTTTATTAGAAGAAT
GGCGCTTGCTGGATGTAACACTTAACACAAATTAGCTAGTTATAGTAAAC
AAGCACATATACGTAAATATATATATTCCCAATCCAAGTAATGTCTAAAA
CACATTCTTGACTGAACATAGCTCGTTTTCCTCTTCGCATGCAAACTTGT
TTTGTGAGTGTGCAATATTTGCCTCTGCATCGAGATAATTGTTATAAATT
TGCCAAGCGTGTCTCTTGTGTGGACATTGTTTGATGTAACCCCAAGTAAA
TTATCTAGCCTGGGCGAAAGTTCCAAGACACATTGCTGAGGGTCAGTCAA
TGTTTTGTGTGTCTCGAGCATTTCTGTCCAGCGAGGGACAAAGTCAGCCA
GCTTTGCAAATTCACCAAGCGTTGCCATCTTACATTCGAGGAATGTTTTT
AAGAGCTGGCTGTGCACTTTTAATGCCTTCAGCCTTCTTGATGTGTTGAT
TCCAGTCACAAATACCCATTTGTTTGTTTATATCTCCTTAGCATATTGAT
GTAAGCTCAGCTCCTGAACATTTTTGTATCATTGCTCAATTAAGATCGTA
ACATTATTTAAGGTCTAAGGTTATTTTGTCCGGCAGAAGTTTTAATTTTT
GAAAGGAAAGCTTAATAAAACTCATTTTCGAGCGACCAATAACTTCTTGT
GAGGCTTAGGAGACCTGCGAGCCGTTGATGATTGATCTGCTGTAGATTCA
AGTCTCATATTTTTTGCACAAGTCAAGGCAGATGCCTTTTGCCCGTGGTC
TGCCCAATGAGGTAACCCATAGAAACTCCTTGGGTATACGGACTTCGCTT
GAATCACTAAGATAGGAGACTAGACAGTCTTTGTTTAGGGCTCACCATGG
TCAAAATTTTGTCAGTAAATGAAGTAGAGTAGCCAAGGTTTTTTTCTTTA
ATTCCTTTTTTATCTTTATTTTCTTTGATATTGACTTGTTTGTCATGTGA
TGTTCTGAGGGAGTTTATCTTTTGGTTGGGTATGAGTGAGTGGGTCGGTA
ATATGGTTTGAGACCAAACAGTACTCAGTGTGTAATCGAATTTTATTTAA
CAAGGGTATTTCGTGTACTCAGTGTACTCAGGGTATTTCAGTACTCAGTG
TTTGAAACCATCTTCCATGTTTACGTAATATGTGTCAGAAAGTATTCCTT
GTCCTGACTTTCCCACACTCTATAAAAAGGCCTGAATGTCATGGACCTTT
TTTTGTAAGGTGCGGCTCGGCAGCTAACCTTCCCGAGAAAAATCGGCCTT
GGTCTTCCTCTTGCCCTTAGTAGCCTGGTACATAAGTTGTCTTTTGGTCT
TTTGGGAAAGAATAATCCAGTAAGTTCGAATTGACTCCAAGGATACAGGA
TATTCCACACTTTGTCTGGTCACCATGTTGGCTGCCCCCAATTATCGATC
GTTTAGAAACCTTTAATGTGTATTGTAAAAATGAGTTTTTTTACACGAAA
CACCGTCAGGTTCTTGCTGCTACCTCCAACTCTGACTTTGAAAATGGGAT
CGTATTCAGAGGTTCAAAGTGACCTAATGCCCAGAGAGTGGATTTTTTTC
ACCTGGTTAGGCAGATCCCTCGGGCAATATAATTTTATCCTGTATCCAAT
ATAACACTTTTTCAGTTAAGGTCTCACTTCTCGAATATGCACATTTAGCT
GACAACGCAAGGCTCACGAGTGGAGGCATGCTAAATATTAGTATTTGACA
CATTATTGTTAATAGGCTTTGACAATTAGCAAAAAATCCCCAGATACTGA
AATATTTGCGGAAACCAGTTTTAACAGGTTAATTTGCGAGGACCATATTT
GTGTGTTTCTTAAAAAATGACGTCTTTCATTTCAATTCACTATTCGGGGC
AATGCTCTTAGTCCGTAGGATATAACCTTGGCACAACGACTTGTTTTGTT
TGCACAGAAAAGGTGAGCATGAAAAGAGCTATTTGATAATATGGGTACAA
ATTTCTTCTCGAAATTTGTGGTGTTGATCCTCAGTAGTAATCCCATTCAA
TGGTCTTTTTCGTGGATTTCCCAATGTGGGACCTCATAAAAAAGTAGGCC
GAGAAAAAAGAGCCTTTGTTTTGCTCCTTATATGGAAATGTTAATTAATG
CCGCTTTTTTGGTGTGTAATTTGGCACCAAAACGGCCAGGACTCTTGGGA
CTGTAAATTTGGGAAGCCATTTCGAGTCTCTAGATTGGAACTAGTTTGCA
TATTGCCAATAGCCAGCTGGCTATCTTTTTCAGTGGCTTTATTCCCCATT
TAACCCCCTAGAGCCATGATTGAGACATTTTATCCTACTCTTGCCAGTTG
GGACTGCTAGCAAATGGGCTCCGATTTATGGCCAATTGTAAGGCCATAAC
TGGCAATCGGTTCAATATGCGACCCACCATTGTTATCGAAAGATCCTTAC
CACATTCCCAGAATCTTGCTCCAGACCCAGTTTTCACCCTCAATGTGCCA
CACACGTATCCATATTTAATAGAAAATCTCCGCTTGGAGCTACACTTTAA
CATTGCATAGCCAATATCCTTACTCGCTTTGGGCACACTACCAGCTTGGG
TCTCGTTGGCCTTGTGCTAAACCCATTTGCACATTGGGGCGCAAAATACT
CCCTAATAGCTGTGTAGTCAATGCTTACAGGTAACTTGCGTCAAAACGCT
TAATTGATCTCTGAAAGATCCCTTAATCGCATGCATCAAAGATAGACAAA
GACAGGTAACTGTTGGTCTGACGGACTCTAGAGCCAAGTGCTTGGCAAGT
AAACCTTAACCAATGACAGCCCCACAAAGCCTCTGAAGTGCCGCTTTTGG
AGAGTGCCCCAGCAAATAGATACCGTCTATGAACACAATATGCACTTAAG
GACGACAGTGCACATGGATATTTTTTTGTAACTTTGAACATTAGCTGTAA
GTAAATTTATAAAAAACTTCGAGTTGTGATGTAAACCAAAGGTGTTTTGA
AGCAAATAAGTCCATATCGGGATGGGTAGATTCGAGCCATAGGTGCAATA
GAGTAAAAAAGCATTGTGATTTTAGGATGAATAAAAACGGAAGAACGGTT
TCAATTGTCCACACAAAGCCTGCTCGAAAGCCACCGCTGTGTTTTCATTC
GCGTTACCGACCTTGCCCTCATAAAAAGAGCGACTAGTACAAAATTTGCT
CGAAGTATTAGTCCCTAGTCTCCGTGCTGTGCGCCGACATTTGGATATAT
TTGTAGTGCCTTTGAAAGTTCCCCTCGTGATCTTAATTCTAGATGGATTC
CTAATCTTTGTACCCGAGCGAGTTTGGCCCGCTCTATCTTCTTTATGTTT
ATAAACATTGCCCACTGCATCTTATTATTGTCCTTAGTCGTTACGATATG
GATGAGTACCACAAAAATTATAGGTGGATTCAATGCTTTTTTCTATCATG
TAAACGTGATTTTGACGATGATTCAAGCCTCATATAAGTTGATCTTTCAT
TATTTATTTTGGGTTTGTGTTTCAAAACTACTTCAAAGATTTTTTTCATA
ATTTTTTTGTCATAAGTTGAGAGCCTCTGCAGGTTAGAAGTGTGGAAGAG
GATGCTTTAAGAACTTTTGTACTTTCATCGGTACAACTTACACCAGTGCC
ATGGATAACTGGAATGCCCTAGTGTATTAATCGCCCAAGAAACTTAACGA
CAAGAAACAAAACAACTACAAAGGCTTTTCAGCGTCACTGTGTACATACC
TACATTCTCTAGTGTGTGTGTGTGTGTGTAATCGTTTATTAGAAGAATGG
CGCTTGCTGGATGTAACACTTAGCACAAATTAGCTAGTTATAGTGTACAA
GCACATATAGATATATATATTCCCAATCCAACATTGTGCATCTCGAAAAC
AGGTCAGACGACGGAGTCTGGAAGTCCCCAGACTCGGCAGTTTTCGAGAG
CAAATATTTCGTGGGAGAGTATGTCCTTGTTGGTAACACCTTTGGTTTTC
AGAAACCGTACCATTGGAACGTTGTCGAAGGATTATTTGCAAAACGCTTG
TCAAAAGACATATTGGAACACGTCATGTTTACCCAGTTTATAAACACGTT
AGTTATATAATGCATAATATTATGCATAATGTAACAATCATAAAACGATG
AACGCCTTAATGCTACATAGAGTTGTCGAAACTTGAAGAGATTATTGGAA
CCTAACCTAACTTGGTGATCGCCCAACTTCCGGTATATCAGCTAATTATT
CCAACCCAGAACATACTTCGTAAATTAATTCAGATAACAGTTAGGCATAT
TTTTATGAAGATTACAAATGGTAATTTTGAAAATAAAAGAGCACTAACAT
GTCTTGCCAGCTGGTGAAAAAAACTGTGCAACCAGTCCAAAGTCATTATA
AAGAATATTTACCTCATTACTTGGTTAAGCTGTTGATTCAGACTGTAGTT
AATCCTTTTGGTGTTGCTGAGGAATTTGCCCTTGGGATTCTTCATCAAAT
CCCATCGATTTGCCACTTTCGTATGCTTGCTCGAAGCACAGTTGTGCTAT
TTCGGACAAAAAGTATCTAATAGTTAGTTTAGGCAACATAGGACAGTAAA
GTCGAACGTGTAGCAACTTAGGTCACGGCTTAATATAATGCGGATTTCTT
TCACAGAGAGCTGAACAAACTTTTACCACGATTCTGGCCTATTTCTTTGA
ATAACCAAATCTGTTTTCATTGGAATTAAATTACTCTATTTTTCTTGCTT
GAAAAAAAACATGTCTTATAAAGTGCTTTCATGGGGAAGCAGTTCATAAC
TGGTCTCATTAAACACATATCCCTCATTTGGAGTTGAATCTAACTTCAAT
ACTTTTGGTTGGAAGCAAAAAATGGCTTGTTTGTCACCCTCGATGCAAAA
TTGAGTAATATGGTAAAAATTATCGACTTCAGATCTTTTAACTTCGATTC
AGATAGTTAAAAGAACAATAATGAATAATGTGCACTGTTTCTAAAGCGGT
TAATTGAGTATTCTTTCAATTTTGCATTTTTATGAGATATTTTTCGTTGC
TAACATCAAGTGTATTAAGTTAAGAAAATATATATTCCACCAATGAAAGT
GCTCAAAAGCGAGACCGGAAACAACAAACCAATGATGTGAAACAAATACT
CATTAAGTTAATGGGTTTAAATGGCAAGCAACCTGAGCAGTCTGGCTGGG
ATTGGGAAGGACACATTTTCGTATCGAAATGTGGCTCCGATGACAATGGG
CAAGTTGAAAGAGGGCACTCCGCGAGATAGGATTTTTCCAAAGTCCTTTC
CCGTCGGAATCGTCGGGACTTTCAGCGGAAAGGGCTCTACGGGTTGCTCT
TAAAGACTCCCTTTGTACCGAGTGTGCATACAAATGCAACCCAAAAAAAA
CCTGACAACAATCAGAGATGCTCACAGGGATCTCGGTGCATTCCAGATTA
AGCTAGGATCCAGATTCAATTTCGACCACAGTCGTTTAGCTCAGTCCGTT
TTTGATCCGTTCCAGAATTTGTTCGGAGTTTGGGATCACTTAGTGGAACA
GCGGAACACGGCTCTCTGCTCAACTATGATCCAGTCAGAGAATTGGATTC
CTCTTTTCTTCTACGTTCCACGAATGCATATTGATACCTTTTTGGTTTGG
GTCCCATTCGATTGCATATTTTTTGCCCGGGGCCAACTTTCGATGTGGCT
TTTAAGACGTCAGGGGACAAGATCTGGTTGTTTTAACTCCTGGCCGAGGA
ACTTTCTTACCATAGGCAATTAAGCCAAACATCTGCCCTGAAAGATCAAA
GCGCTCATGTGATGATTTCCACCATCTCCAGGAAAGTTTCTCAATCAATC
TCGTCCCAAACTCATTCCCCACTTAGCATCTCGCATTCAGAGCCATTAAG
GGGCATAACTTGCTCAATGGATTTGCCCCGATAGCATCTTCGTTCCCGAT
CTGACCTCAGTTCCCATTCAGAGACCCAATATCCGAGAAAAATTTGCATC
CAATGTCCCTTCCAGGTGTGGGATCTGTGCGCCTGGTTCGGTTATCTGTG
CCAAGCCACAAGTTCATTGGAGACAAAGCCACCTTGGGATGTCTCTATGA
CCTTGAACGAGAACAACTGTACTCGGTCAAGTGGTACAAAGATGGCAACG
AGTTCTACCGCTACATTCCTGGGGACATTGATCAGACTGTCACCATTTTC
CGACTACCCGGAGTCCGAGTGGATGTGAGCATCAAGGATACGTATTAGGG
AAAAACGGACTCGTTATATTTGGCTTGTTTGTTCCAGCAACGCCACTCGG
ATAAGAACCACGTCACTCTGAGGAACATGAACCTCAAAAGCGCTGGCCAA
TATCGCTGTGAGGTCTCGGCCGAAGCTCCACTCTTCAACACTGTCTCGAG
GAGCAGTCGGATGGATGTGGTTGGTGAGTGTGTGGAATCGAATACATTCC
TGCATTTGTAAATTAATTAGGTTCATGACCGGGACTCAACACTTAGCAAA
CAAGTGCTAGTCAGTTGTGTCAGGGCATTGTATCAAGCAAGTATATCTTC
ATATCTGTGGAGTTGTCTGTGTACACTTTAAAGTTACATACTTTATACAG
TAGTGAGATTAGGATGCTGACAAAACAGAATTCAATGACTATTTGATTTT
GATTATTTCACAGAACTTTCCTGTTAAAAGTATTTGGTTTTTATTATTTC
AAAGAACTTTCCTGTTCATAGTATTTGGTTTCATGTCACATTTTGTGTTT
TTTTTAATCTGCAATTCGGCATGGTTTTGTAAAAAAAAGATAAACTCAAA
AAATTGGCGCATTGCTAGTGTTCGATATCTCTCAAAAGTCGTTTTGAGAA
GTGCTTTCAACAAATCTTAGCGTTGTTTCATTGGACACAGGGTTACGATA
CTCATTAACAATTAACATTTTACGAATATATTAATTTCGATAATCTGTTT
TTACAGTAATTTTTATTCCTGAGAAGGGCAAAAATATCGAATTTGGATCT
ATTGGCATAAAAAATTCGACATCGTTCCATCCATGGACCCCGATGATTTC
AAAGGCCAGAAAGAGCGTGTATGAACAACGGCAAATAATGTCCCTTTTTG
ACAGGGAATTGCGGATGACTAATGCACTCTTTAGTCACCGTTGATAAGAT
AGTAATTTTGGCAATTTTTTTTATCGAATCATCGTGCCCTAAAAGGAACG
ATAATTGTGCCAATGCTACCAACGAGTCGATAACACTGGTTTTACAAATT
TCAATGGGCTCAAGTTTCGATTCATGGCGTAGCCATATCGACCCTATCCC
TGCCCGTAGTTCACAGATGATGGTTTCCGAAATCTTAGACACCAGAAATG
GTCCCTTTAAGCTGTGTCACAAAGGCAGCTTTGGGGACCAGATTTGTTAA
ATATACTGTGTAGGTCCTGTACAAATGTTACCAAGCAATCAGATCTTTCA
TCTTCTTCAGTTATGGAGTTCCTTCGGGGCATTTGTGGCCTTGGGCAGCA
TTGTGTGGTGTGATGTGTAAATTTCCTTGTTTAGCTCTCCTTAGTTTGAT
GCCTAATTGGAGAACCACACAAATCCTAGTCTTTCCTCTGATGATCATCC
TTATGTAATACTTATTTGTAAGGGGACAATCAAGTGCTAACGCACATTTT
CTTCCTGCAGTCTTACCTCGAAGTGGACCGCGAATATCAGGAGGAAAACA
CACATATCACGTGGGCGACAAAGTACGGGTGAACTGCACTTCGGAGAGGT
CCAAACCTGCGGCCACTCTGCATTGGTATATAAACAATGCTCCGGTAAGC
ATAGATCATAATCCTAATTCAGTTTCTCGTGCACCATCCTTATTATGGCT
TGTGCACGATGACTGTCTTTAAAATGCAAAGGAAATGCAAACCAGTCTGA
AAAGCCTGAGACACCTTGATTACTCCCTCTCATGAGTCCAAAAACGCACG
ACTACTTTTTATTCTTGCATTGAAAGCAAGAGAAGAGATATGATATGAAA
ATTATCGTCTTTTTGCACTATTGAGTTACAGGGTTCAGAAGTGATAGGAA
AACAAGAATAAGAAGTTTTGTTAGTAGGAGGAAAAACTAGAAAACAATTT
GGAGGATGCCTTTTGAGTCATTTTCATTTTTTATTTATGATTTGTTGGCG
AAAATTCAAATTTCTAGAAGAGTAAATACATTTTTTGACTGACTTTTCCC
CGAAATCTAGAAAACCGGTTTCAAATTTGTTCTCTGATACTCCGTCAAAA
AATGGTCTTTGGGTTATTTGGTCGAAAAAATCTGCCCAAACAGTTATGCC
AACAAATAAAAGCTATTTTTGTACGTATCTCCTATATTAGCAATTGCTGT
AGCCATCTCAAGTCCTCAAAAAAATCGATTGACCTTTGGGTGTACTGATT
CATCCCGCATGGATAACGAAAAAGTAGACACAATCCATGAATTTTAAATA
TTTAAATTTTGCGTACAGTACAACAGTCCAAGGCGAAGTTTCTATCTGCT
TGTCTTAAAAAATCAAGTTTTGATAGTTTAGATCTTGAGCAATTTTCCTT
TTTCCGTTCTCATATCGCACCAAGCTATTTCTACTGTACATGAGGCTAAA
ATTTAATATTCGTCTTTTGATTTGAATCTCCTACCATGGGCGGACTGACA
TTTACTTCATAACATTGCCCTTGAGTCAATTTTCTCCGGTAGTGGGAGAA
TCTTTCATTTTCATGTAGATGTAATTTGGCATCAAAACAACGGATTGGCA
ACACTTGGACGGTATAAGCATGTTTCTGGGGTTATTGGAAGTCATCGAGA
ATTTATTGAAAGTTCCGGATCCGTGTGCCTGTTCCGAAGGGTATTTTGTA
CATGGTGATTGGTCAATCAATGGTGCGGGTGAGAGAGTGAGAAAACTTTC
CCGGTCCTTCCCAGAAAGTGAAACAACTTCTCCACAACGTTCCCTCTATA
CATGTGCATATAATGAAGGCTAGTACATGGATGACTCTCCTACTCTTTGA
TATTGTTCCCTATCGATTGCAAGTGAACTCTACCTACTGTAAATGCGGCC
TTACACATTAAGGCTGGCCACCAATCCTGTCCAGCAGTCACTTCAGGTTG
ATGGTTTGAAGTCCACTTTAGGAATCGGATCAAGTGACTAGAGTGATCCA
TGGCAGATTATCCAGACAGCTTGACCGAGTCAGGCCAAACTTTGCGGTAA
TGTGCAAGTTGGGTTGGTACTGAGTTCCTGGGATCCCCCTTTACTTTGGC
TCGATTGATTGAGCATGGAATTTGAGAGTGGACGATGCATTGTAGAGTGA
TGAGGCAAGTTTTACGGCTGAACATGAAATATGTTTCCATTTCCAGGCGG
CCCACTACTATCTCCACCCCTATCCTCCGATTCAGCACGAGGATGGGCTG
GAGACCGCCATCCTTGGCCTGGAGTTTGAGGTCACTCCGAGGTCGTTTCC
CGACAATGAGCTTTCAATCAGCCTCCGATGTTCCTCTTCCATATCAACAG
TGAACTCCGAGGCTCAAACAACAGAGACGCATCACCAAAAGTCATCTGTC
CATTTCAGTTATGGATCACTCTTTGCCTCA
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Synonyms
The feature 'AGAP007933-PA' has the following synonyms
Synonym
Tk02658
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