beat protein, maker-scaffold9_size846264-snap-gene-4.19 (gene) Tigriopus kingsejongensis

Overview
Namebeat protein
Unique Namemaker-scaffold9_size846264-snap-gene-4.19
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of beat protein vs. L. salmonis genes
Match: EMLSAG00000004571 (supercontig:LSalAtl2s:LSalAtl2s238:731450:732235:-1 gene:EMLSAG00000004571 transcript:EMLSAT00000004571 description:"maker-LSalAtl2s238-augustus-gene-7.21")

HSP 1 Score: 178.333 bits (451), Expect = 1.493e-53
Identity = 98/207 (47.34%), Postives = 128/207 (61.84%), Query Frame = 0 
Query:   90 RSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPSKAEIVGARPKYQVGDIVN----------------------VTPIYETFGEYNGVQSQRRQEGGYRDGG--YRKTDSGVRRMPSEM-AELREYHPRVESDGLETSVLGLLFKVKQHHLG-GLKLECTSSIGSVYWQSFQEKIPIAPREQPATSGNWWRSAN 270
            +S+++ V L  LSL++ GTYKCEVSAEAPNFRTKS  QDMVVVV P  AEIVG RP Y VGD VN                      VTP +E  G+Y   +   R       G   Y  +++   ++ +++ A+L+EY P+VE + LETS LGL FKV + +LG GLKLECT +IGSVYWQSF  +IP+  REQ + S +WW S++
Sbjct:    2 KSNKQHVHLTNLSLESTGTYKCEVSAEAPNFRTKSAHQDMVVVVVPESAEIVGTRPMYFVGDTVNVTCYSYKSRPSASLSWRINGQEVTPEFEKLGDYLHYEKNVRNRDMILSGNPYYGSSENKNDKLATKLNAKLKEYRPKVEKNNLETSALGLTFKVGKQYLGIGLKLECTVAIGSVYWQSFNAEIPVELREQSSVSNSWWISSS 208
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BLAST of beat protein 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: 163.696 bits (413), Expect = 1.548e-47
Identity = 82/233 (35.19%), Postives = 132/233 (56.65%), Query Frame = 0 
Query:   22 TLTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPSKAEIV-GARPKYQVGDIVNVTPIYETFGEYNGVQSQRRQEGGYRDGGYRKTDSGVRRMPSEMAELREYHPRVESDGLETSVLGLLFKVKQHHL--GGLKLECTSSIGSVYWQSFQEKI 251
            ++ L+ +++PPH   G +A L+C +D++G+ LYS+KWY++  EFYRF+P + P   +F  +GIHVD+  S+   V+L+ + L+T G ++CEVS EAP+F+T      + V+  P    I+ G  P+Y +GD V V                      YR     K    +    ++ A    +    + +GLETSVLGL FKV++ H   G LKL+CT++I ++YW+S +E +
Sbjct:   28 SIKLHDVTIPPHAIRGQNARLKCNYDLQGDKLYSIKWYRNGKEFYRFIPTDIPSRSIFNGDGIHVDQQESTETSVLLRNVDLNTTGKFRCEVSGEAPSFQTAYQDAILAVIDLPDDGPIITGGFPRYHIGDRVEVNCT------------------SYRSKPAAKLKWYINGEQADPAFTHHFKLIKDKNGLETSVLGLRFKVREKHFHKGDLKLKCTATIATIYWKSNEESV 242
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BLAST of beat protein 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: 154.451 bits (389), Expect = 7.836e-44
Identity = 85/227 (37.44%), Postives = 125/227 (55.07%), Query Frame = 0 
Query:   23 LTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPSKA-EIVGARPKYQVGDIVNVTPIYETFGEYNGVQSQRRQEGGYRDGGYRKTDSGVRRMPSEMAELREYHPRVESDGLETSVLGLLFKVKQHHL--GGLKLECTSSIGSVYWQS 246
            + LN + VP +   G DA L C++D+EG+ LYSVKWYK+  E +R++P+ +  +  +   G+ VD  RS   ++ L+ L+L + G Y+CEVS EAP F T S   DM+VVV PS   +I G + +Y+ GD VNV              S++ +            D  +   P+  + L  Y     S GL TS LGL FKV + H   G +KL+CT++I S+YW+S
Sbjct:   10 VILNNVGVPSYAINGKDATLVCDYDLEGQALYSVKWYKNGLEIFRYLPSNNVPVTTYARPGVKVDTSRSDEFRITLRNLNLKSTGRYRCEVSTEAPTFATVSSYGDMIVVVIPSNGPKIHGGKVRYRPGDAVNVN-----------CTSRKSKPAA-------NLDWSINGEPANDSMLVHYPIHNTSHGLHTSTLGLSFKVLRDHFHNGDMKLKCTATIASIYWKS 218
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BLAST of beat protein 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: 129.028 bits (323), Expect = 6.869e-35
Identity = 80/232 (34.48%), Postives = 120/232 (51.72%), Query Frame = 0 
Query:   25 LNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPSKAEIVGA--RPKYQVGDIVNVTPIYETFGEYNGVQSQRRQEGGYRDGGYRKTDSGVRRMPSEMAELREYHPRV-ESDGLETSVLGLLFKVKQHHL--GGLKLECTSSIGSVYWQSFQEKI 251
            +N + VP ++T+    +L C+F +  + LYSVKWYKD  EFYR+VP ++P + VF V+GI VD  RS+   V LK L L  +GTY CE S+E P F+T S + +M ++  P    I+       Y+VG  +NV          N      +           K +  +         L +Y P + E  GL TS +GL FK+K+ H   G + L+CTS +   Y++S ++ I
Sbjct:    1 MNRVIVPKYETIHNQVQLYCQFSLGPDRLYSVKWYKDGSEFYRYVPKDNPPVLVFGVSGIIVDVKRSNSLVVTLKDLQLSCSGTYTCEASSEGPRFKTISGQGEMEILDLPDSEPIISGINASGYKVGSWLNV----------NCTSPNSKPAA--------KLNWYINNEQVNSLYLADYSPSMNEHTGLYTSFIGLSFKLKRQHFIHGVVTLKCTSKLFQHYFESSEKLI 214
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BLAST of beat protein 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: 131.339 bits (329), Expect = 6.986e-35
Identity = 79/249 (31.73%), Postives = 129/249 (51.81%), Query Frame = 0 
Query:    6 LLNVLVLVALQIPGALTLTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPS-KAEIVGARPKYQVGDIVNVTPIYETFGEYNGVQSQRRQEGGYRDGGYRKTDSGVRRMPSEMAELREYHPRVESDGLETSVLGLLFKVKQHHLGG--LKLECTSSIGSVYWQSFQEKI 251
            LL  L ++ +   G   L +N   +P     G D    C + +E + LY++KWY+ ++E +RFVP+E+P+ + FP+ G +V   +S+ E + L  ++ + +G Y CEV A+   F T    ++M+V+  P  +  I G + KY++GD +  T    ++  +          G    GGY                LR Y  R E DG  T+VLG+ F+V + H+    LKL+CTS++ SVYWQS + +I
Sbjct:   16 LLTFLAIIRVPANGLYNLRVN---IPEIAQRGRDVIFNCTYSLEADKLYAIKWYRGNYEIFRFVPSENPKKKTFPLLGFNVSEEKSTGETLFLHSVNFENSGAYSCEVIADI-TFHTLIQTKEMLVIDLPDERPRITGVKDKYRIGDTITATC--TSWQSHPPANLTWFINGEPARGGY----------------LRRYDLRKEYDGTYTTVLGMHFEVLRQHMRNRVLKLKCTSTLLSVYWQSSEVEI 242
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BLAST of beat protein 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: 113.62 bits (283), Expect = 2.157e-29
Identity = 79/261 (30.27%), Postives = 119/261 (45.59%), Query Frame = 0 
Query:    1 MEGVALLNVLVLVALQIPGALTLTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVF-PVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPSKAEIVGARPKYQVGDIVNVT-------PIYETFGEYNGVQSQRRQEGGYRDGGYRKTDSGVRRMPSEMAELREYHPRVESDGLETSVLGLLFKVKQHHL--GGLKLECTSSIGSVYWQSFQEKI 251
            M GVA+    V V L         L    +PPH   G    LRC +D+E + LYSVKWY +D EFYR++P++ P++ +F  + GI VDR  SS +++VL  +  D +                                   G +P+Y++GD VNV+       P  +     NG ++ ++    Y               P E     E+H     + L +S LGL+FKV Q H     LKL+CT++I +VYW+S +E +
Sbjct:    1 MTGVAVFKSCVAVRL---------LEDSVIPPHALRGQQTRLRCNYDLENDNLYSVKWYFNDQEFYRYIPSDSPKVTIFHHLPGIRVDRSLSSEKEIVLDNVDFDASE----------------------------------GGQPRYRIGDWVNVSCTSRNSLPAAQLAWYINGEKADKQYLTSY---------------PEE-----EHH-----NSLRSSKLGLMFKVHQKHFKHNDLKLKCTATISTVYWKSNEESV 193
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BLAST of beat protein vs. L. salmonis genes
Match: EMLSAG00000004575 (supercontig:LSalAtl2s:LSalAtl2s238:750476:753435:-1 gene:EMLSAG00000004575 transcript:EMLSAT00000004575 description:"snap-LSalAtl2s238-processed-gene-7.41")

HSP 1 Score: 107.842 bits (268), Expect = 1.521e-28
Identity = 47/67 (70.15%), Postives = 53/67 (79.10%), Query Frame = 0 
Query:   22 TLTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDR 88
            TL L  I VP H+ VG +A L C+FDM+G+TLYSVKWYKDD EFYRFVPN+ P LQVFP NGI VDR
Sbjct:   36 TLNLAEIRVPAHRVVGDNARLVCKFDMQGDTLYSVKWYKDDLEFYRFVPNDRPMLQVFPQNGIQVDR 102
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BLAST of beat protein 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: 103.605 bits (257), Expect = 7.875e-26
Identity = 68/211 (32.23%), Postives = 100/211 (47.39%), Query Frame = 0 
Query:   22 TLTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPSKAEIVGARPKYQVGD--IVNVTPIYETFGEYNGVQSQRRQEGGYRDGGYRKTDSGVRRMPSEMAELREYHPRVESD--GLETSVLGLLFKVKQHHL 228
            ++ + ++ VP     G D +L C++D++G+ LY VKWYK  HEFYR+ PN+  ++++F V  + VD  RS    VVLK L +D  GTY CEVS E   F T             + A++ G     +VGD  I+N T +              ++  G R                    LR+Y    E D    ETS+L +  KVK+HH+
Sbjct:   17 SVRIRVLDVPQAAKAGLDVKLTCDYDLQGQRLYQVKWYKGSHEFYRYSPNDENKIKLFLVENLDVDPRRSDSTTVVLKNLHVDMTGTYXCEVSTEGT-FET-----------VQASAKMDGYHEIVEVGDTLILNCTSLKSKPAAQLTFYINNKKIKGRRSH----------------ISLRKYVITNEKDRPKTETSILSMELKVKRHHV 199
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BLAST of beat protein vs. L. salmonis genes
Match: EMLSAG00000012575 (supercontig:LSalAtl2s:LSalAtl2s936:18916:102947:1 gene:EMLSAG00000012575 transcript:EMLSAT00000012575 description:"maker-LSalAtl2s936-snap-gene-0.2")

HSP 1 Score: 90.1225 bits (222), Expect = 6.973e-22
Identity = 40/122 (32.79%), Postives = 75/122 (61.48%), Query Frame = 0 
Query:   11 VLVALQIPGALTLTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVV 132
            +++A+   G  +L+   + +P H   G  A+L C +++ G+TLYSVKWYK  HEF+R++P+E+P +++FP+         S + +VV++ + ++ +GTY CEV+   P++       +M V+
Sbjct:   11 LILAMLFQGIYSLSNLSVRIPEHIQKGQTADLTCSYNLGGDTLYSVKWYKGRHEFFRYMPHEYPAVKIFPMTA-------SDQTRVVIEDVQINFSGTYLCEVTV-TPSYYALMQFANMTVI 124
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BLAST of beat protein 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: 93.5893 bits (231), Expect = 1.346e-21
Identity = 64/222 (28.83%), Postives = 105/222 (47.30%), Query Frame = 0 
Query:   36 VGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPS-KAEIVGARPKYQVGDIVNVTPIYETFGEYNGVQSQRRQEGG---YRDGGYRKTDSGVRRMPSEMAELREYHPRVESDGLETSVLGLLFKVKQHHL--GGLKLECTSSIGSVYWQSFQEKI 251
            +G    L C +D+  + +YS+KWYKD  E Y+++P   P+   F   GI +D   +   ++V K  S   +G Y CE++ E P+FRT +   ++ V+V P    +I G    Y+ GD+V          E N   S  +       + +G   +++         +  ++E+       GLETS LGL F  + HH   G ++L C + I  V W++  E I
Sbjct:   34 LGDTVTLTCRYDLGRDAIYSMKWYKDSKELYKYIPTYKPEYITFKQPGIIIDEESTRPNQLVFKVESPLGSGQYSCEITIETPSFRTYNKTSNLTVIVPPKFPPKIKGINSSYRSGDLV----------EINCTSSDSKPAAKLTWFMNGEPIQSNYA-------LPLIKEFDSET---GLETSRLGLRFVAEDHHFQHGEMRLTCLAEIEQV-WKTHIEGI 234
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BLAST of beat protein vs. nr
Match: gi|1325268931|ref|XP_023348400.1| (uncharacterized protein LOC111717119 [Eurytemora affinis])

HSP 1 Score: 198.364 bits (503), Expect = 5.017e-56
Identity = 117/278 (42.09%), Postives = 162/278 (58.27%), Query Frame = 0 
Query:   10 LVLVALQIPGALTLTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPSKAEIVGARPKYQVGDIVNVT-------PIYETFGEYNGVQ------SQRRQEGGYRDGGYRKTDSGVRRMPS-------EMAELRE---YHPRV--ESDG---LETSVLGLLFKVKQ-HHLGGLKLECTSSIGSVYWQSFQEKIPIAPREQ 258
            ++++AL       L L  + VP H+ VG  A+L C F+MEG  LYSVKWY+++ EFYRFVPN+ P+LQ+FP  GI V+R RSSR+ V L  L ++  GTY+CEVSAEAP+FRTK  +Q M+VV  P   EI G + +Y V D  N+T       P      + NG+Q          + G + D   R+  + VR+M         E+ E +E    H RV  E DG   L+TS   L+F+V+  H   GLK+EC +SIG VYW + QE +P++ RE+
Sbjct:    9 IIILALSCCCLNGLRLLELDVPTHKVVGESAKLTCRFEMEGAALYSVKWYRNEQEFYRFVPNDRPKLQIFPQIGIKVERSRSSRQHVYLDDLQIEATGTYRCEVSAEAPSFRTKHAEQAMIVVQPPKHNEIKGMKERYYVADSANLTCYSRGSSPPASLIWKINGIQVYDYDIGIAGEYGPHGDTSRREEPTRVRQMIEKDYINTIEVVEQQEAVVAHTRVWLEKDGEHNLDTSASNLIFRVQDVHRHQGLKVECIASIGPVYWHTTQELLPVSARER 286
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BLAST of beat protein vs. nr
Match: gi|1339073120|ref|XP_023723818.1| (uncharacterized protein LOC111873385 [Cryptotermes secundus])

HSP 1 Score: 186.422 bits (472), Expect = 7.603e-52
Identity = 100/233 (42.92%), Postives = 138/233 (59.23%), Query Frame = 0 
Query:   22 TLTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPSKA-EIVGARPKYQVGDIVNVTPIYETFGEYNGVQSQRRQEGGYRDGGYRKTDSGVRRMPSEMAELREYHPRVESDGLETSVLGLLFKVKQHHL--GGLKLECTSSIGSVYWQSFQEKI 251
             L LN + +P H     +A L C FD+EGE LYSVKWYKD +EF+R+VP + P  Q+FP+ G+ VD H S+  +VVLK ++L + G Y+CEVSAEAP+F+T SD  DM VV  P +   I G RP+YQ+GD V V          +G      Q   + +G   + DS   R P  +   RE        GLET++LGL F+VK  H   G +KL+C ++I +VYW+S +E +
Sbjct:    8 CLRLNEVRIPMHTVRDQNARLECHFDLEGEALYSVKWYKDGNEFFRYVPRDQPPAQLFPLPGVTVDIHNSTESQVVLKSVNLSSTGRYRCEVSAEAPSFQTVSDHGDMTVVALPEEGPRITGGRPRYQIGDTVRVNCT-------SGRSKPAAQLMWFING--EQADSNFLRGPETVYTGRE--------GLETAILGLEFRVKPKHFRRGDMKLKCLATIATVYWRSNEESV 223
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BLAST of beat protein vs. nr
Match: gi|1227989914|ref|XP_021926688.1| (uncharacterized protein LOC110833219 isoform X1 [Zootermopsis nevadensis])

HSP 1 Score: 187.578 bits (475), Expect = 5.375e-51
Identity = 103/246 (41.87%), Postives = 143/246 (58.13%), Query Frame = 0 
Query:    9 VLVLVALQIPGALTLTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPSKA-EIVGARPKYQVGDIVNVTPIYETFGEYNGVQSQRRQEGGYRDGGYRKTDSGVRRMPSEMAELREYHPRVESDGLETSVLGLLFKVKQHHL--GGLKLECTSSIGSVYWQSFQEKI 251
            V++   L    A  L LN + +P H     +A L C FD+EGE LYSVKWYKD +EF+RFVP + P  Q+FP+ G+ VD H S+  +VVLK ++L + G Y+CEVSAEAP+F+T SD  DM VV  P +   I G RP+YQ+GD V V          +G      Q   + +G   + DS   + P  +   RE        GLET++LGL F+VK  H   G +KL+C ++I +VYW+S +E +
Sbjct:  101 VVITALLSYKDANCLRLNEVRIPMHTVRDLNARLECHFDLEGEALYSVKWYKDGNEFFRFVPRDQPPAQLFPLPGVSVDIHNSTESQVVLKSVNLSSTGRYRCEVSAEAPSFQTVSDHGDMTVVALPEEGPRITGGRPRYQIGDTVRVNCT-------SGRSKPAAQLMWFING--EQADSTFLQGPEIVYTGRE--------GLETAILGLEFRVKPKHFRRGDMKLKCLATIATVYWRSNEESV 329
[Close]
BLAST of beat protein vs. nr
Match: gi|1227989916|ref|XP_021926689.1| (uncharacterized protein LOC110833219 isoform X2 [Zootermopsis nevadensis])

HSP 1 Score: 187.193 bits (474), Expect = 5.724e-51
Identity = 103/246 (41.87%), Postives = 143/246 (58.13%), Query Frame = 0 
Query:    9 VLVLVALQIPGALTLTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPSKA-EIVGARPKYQVGDIVNVTPIYETFGEYNGVQSQRRQEGGYRDGGYRKTDSGVRRMPSEMAELREYHPRVESDGLETSVLGLLFKVKQHHL--GGLKLECTSSIGSVYWQSFQEKI 251
            V++   L    A  L LN + +P H     +A L C FD+EGE LYSVKWYKD +EF+RFVP + P  Q+FP+ G+ VD H S+  +VVLK ++L + G Y+CEVSAEAP+F+T SD  DM VV  P +   I G RP+YQ+GD V V          +G      Q   + +G   + DS   + P  +   RE        GLET++LGL F+VK  H   G +KL+C ++I +VYW+S +E +
Sbjct:   92 VVITALLSYKDANCLRLNEVRIPMHTVRDLNARLECHFDLEGEALYSVKWYKDGNEFFRFVPRDQPPAQLFPLPGVSVDIHNSTESQVVLKSVNLSSTGRYRCEVSAEAPSFQTVSDHGDMTVVALPEEGPRITGGRPRYQIGDTVRVNCT-------SGRSKPAAQLMWFING--EQADSTFLQGPEIVYTGRE--------GLETAILGLEFRVKPKHFRRGDMKLKCLATIATVYWRSNEESV 320
[Close]
BLAST of beat protein vs. nr
Match: gi|1059400058|ref|XP_017772957.1| (PREDICTED: cell adhesion molecule 2-like [Nicrophorus vespilloides])

HSP 1 Score: 182.185 bits (461), Expect = 3.770e-50
Identity = 104/251 (41.43%), Postives = 139/251 (55.38%), Query Frame = 0 
Query:    4 VALLNVLVLVALQIPGALTLTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPSKA-EIVGARPKYQVGDIVNVTPIYETFGEYNGVQSQRRQEGGYRDGGYRKTDSGVRRMPSEMAELREYHPRVESDGLETSVLGLLFKVKQHHL--GGLKLECTSSIGSVYWQSFQEKI 251
            + +LNVL      + G ++L L  + +P H      A L C FD++GETLYSVKWYKD +EFYRFVP   P  QVFP+ G+ VD H S+  +VVL  + L T+GTY+CEVS EAP F+T ++   M+VV  P +   I G R +YQVGD V V          +G      Q   + +G     D    + P      RE        GLETSVLGL F VK  H   G +KL+C ++I +VYW+S +E +
Sbjct:   14 ICILNVL------LQGGMSLHLVELRIPSHAVRNQSARLECHFDLDGETLYSVKWYKDGNEFYRFVPRNMPPAQVFPLPGVTVDMHNSTESQVVLSSVQLSTSGTYRCEVSGEAPFFQTVTEHGHMIVVALPEEEPRIAGGRNRYQVGDTVRVNCT-------SGRSKPAAQLNWFING--ENADQSFLKGPETFVTGRE--------GLETSVLGLEFVVKPKHFKQGDMKLKCLATIATVYWRSNEESV 241
[Close]
BLAST of beat protein vs. nr
Match: gi|668450478|gb|KFB39719.1| (AGAP007930-PA-like protein [Anopheles sinensis])

HSP 1 Score: 182.185 bits (461), Expect = 6.287e-50
Identity = 103/252 (40.87%), Postives = 146/252 (57.94%), Query Frame = 0 
Query:    4 VALLNVLVLVALQIPGALTLTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPSK-AEIVGARPKYQVGDIVNVTPIYETFGEYNGVQSQRRQEGGYRDGGYRKTDSGVRRMPSEMAELREYHPRVES-DGLETSVLGLLFKVKQHHL--GGLKLECTSSIGSVYWQSFQEKI 251
            +A+L++ VL        L +TL  + VP H   G   +L C +DMEGE LYSVKWYKD  EFYR+VP + P   VFP  GI +D   ++ E+V+L  L L ++G Y+CEVSAEAP+F+T SD  +M+VVV P +   I G +P+YQ+GD V V              +  R +       Y   D      P++ + L+ Y PR+   D LETS+LGL F+VK  H   G +KL+C ++I +VYW+S +E +
Sbjct:    8 LAVLHLFVLYDF----VLCITLTEVRVPKHTIRGHAVKLECHYDMEGEALYSVKWYKDGREFYRYVPRDDPPGSVFPQPGIAIDLANATSEQVILDPLDLSSSGKYRCEVSAEAPSFQTVSDHGEMMVVVLPDQDPYITGGKPRYQIGDPVRVN------------CTSGRSKPAVHLTWYINGD------PADKSLLKHYEPRISGVDRLETSILGLEFRVKPKHFKHGDMKLKCLATISTVYWKSNEESV 237
[Close]
BLAST of beat protein vs. nr
Match: gi|1037104513|ref|XP_017107364.1| (PREDICTED: LOW QUALITY PROTEIN: uncharacterized protein LOC108132442 [Drosophila bipectinata])

HSP 1 Score: 183.726 bits (465), Expect = 1.329e-49
Identity = 102/253 (40.32%), Postives = 143/253 (56.52%), Query Frame = 0 
Query:   10 LVLVALQIPGALTLTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPSKA-EIVGARPKYQVGDIVNVT-------PIYETFGEYNGVQSQRRQEGGYRDGGYRKTDSGVRRMPSEMAELREYHPRVES-DGLETSVLGLLFKVKQHHL--GGLKLECTSSIGSVYWQSFQEKI 251
            +V   L +  A  LT+  I +P H     DA L C+FD++GE+LYSVKWYKD  EFYR+VP + P  QVFP+ G+ V+   S+   VVL+ +SL + G Y+CEVS EAP+F+T S  +DM+VVVTP    +I G +P+YQ+GD+V V        P+     + NG+ + R                         + LR Y P V   +GLE + LGL F+V+  H   G +KL+C + I SVYWQS +E +
Sbjct:   14 IVACLLLLETAECLTMTEIKIPKHIMRHEDAVLGCKFDLDGESLYSVKWYKDGFEFYRYVPRDMPPGQVFPLPGVDVELQNSTEYAVVLRSVSLQSTGRYRCEVSGEAPSFQTVSGHEDMIVVVTPKHGPQITGGQPRYQIGDMVRVNCTSAASKPVCHLSWQINGMHANR-------------------------SLLRPYEPLVVGREGLEVARLGLEFRVRGXHFKHGDMKLKCVAKISSVYWQSNEESV 241
[Close]
BLAST of beat protein vs. nr
Match: gi|1060190792|ref|XP_017835066.1| (PREDICTED: LOW QUALITY PROTEIN: uncharacterized protein LOC108594409 [Drosophila busckii])

HSP 1 Score: 182.57 bits (462), Expect = 2.519e-49
Identity = 100/241 (41.49%), Postives = 140/241 (58.09%), Query Frame = 0 
Query:   22 TLTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPSKA-EIVGARPKYQVGDIVNVT-------PIYETFGEYNGVQSQRRQEGGYRDGGYRKTDSGVRRMPSEMAELREYHPRVES-DGLETSVLGLLFKVKQHHL--GGLKLECTSSIGSVYWQSFQEKI 251
            +LT+  I +P H     DA L C+FD++GE+LYSVKWYKD  EFYR+VP + P  QVFP+ G+ V+   S+   VVL+ +SL ++G Y+CEVS EAP+F+T S  +DM+VVVTP +  EI G +P+YQ+GD+V V        P+       NG+ + R                         + LR Y P V   +GLE + LGL F+V+  H   G +KL+C + I SVYWQS +E +
Sbjct:   40 SLTMTEIRIPKHIMRHEDAVLGCKFDLDGESLYSVKWYKDGFEFYRYVPRDMPPGQVFPLPGVDVELQNSTDVSVVLRSVSLQSSGRYRCEVSGEAPSFQTVSGHEDMIVVVTPRRGPEITGGQPRYQIGDMVRVNCTSKPSKPVCHLSWLINGMHANR-------------------------SLLRPYEPLVVGREGLEVARLGLEFRVRAXHFKHGDMKLKCVAKISSVYWQSNEESV 255
[Close]
BLAST of beat protein vs. nr
Match: gi|568255756|gb|ETN64469.1| (beat protein [Anopheles darlingi])

HSP 1 Score: 181.415 bits (459), Expect = 2.883e-49
Identity = 102/235 (43.40%), Postives = 137/235 (58.30%), Query Frame = 0 
Query:   21 LTLTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDRHRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPSK-AEIVGARPKYQVGDIVNVTPIYETFGEYNGVQSQRRQEGGYRDGGYRKTDSGVRRMPSEMAELREYHPRVES-DGLETSVLGLLFKVKQHHL--GGLKLECTSSIGSVYWQSFQEKI 251
            L +TL  + VP H   G   +L C +DMEGE LYSVKWYKD  EFYR+VP + P   VFP  GI VD   S+ E+V+L  L L ++G Y+CEVSAEAP+F+T SD  +M+VVV P +   I G +P+YQVGD V V              +  R +       Y   D      P++   L+ Y PR+   D LETS+LGL F+VK  H   G +KL+C ++I +VYW+S +E +
Sbjct:   60 LCITLTEVRVPKHTIRGHAVKLECHYDMEGEALYSVKWYKDGREFYRYVPRDDPPGTVFPQLGIAVDLANSTSEQVILDPLDLSSSGKYRCEVSAEAPSFQTVSDHGEMMVVVLPDQDPYITGGKPRYQVGDPVRVN------------CTSGRSKPAVHLTWYINGD------PADPGLLKRYEPRITGIDRLETSILGLEFRVKPKHFKHGDMKLKCLATISTVYWKSNEESV 276
[Close]
BLAST of beat protein vs. nr
Match: gi|646710283|gb|KDR15839.1| (hypothetical protein L798_09549, partial [Zootermopsis nevadensis])

HSP 1 Score: 177.948 bits (450), Expect = 4.876e-49
Identity = 101/245 (41.22%), Postives = 137/245 (55.92%), Query Frame = 0 
Query:   23 LTLNMISVPPHQTVGTDAELRCEFDMEGETLYSVKWYKDDHEFYRFVPNEHPQLQVFPVNGIHVDR------HRSSREKVVLKRLSLDTAGTYKCEVSAEAPNFRTKSDKQDMVVVVTPSKA-EIVGARPKYQVGDIVNVT-------PIYETFGEYNGVQSQRRQEGGYRDGGYRKTDSGVRRMPSEMAELREYHPRVESDGLETSVLGLLFKVKQHHL--GGLKLECTSSIGSVYWQSFQEKI 251
            L LN + +P H     +A L C FD+EGE LYSVKWYKD +EF+RFVP + P  Q+FP+ G+ VD       H S+  +VVLK ++L + G Y+CEVSAEAP+F+T SD  DM VV  P +   I G RP+YQ+GD V V        P  +     NG Q+                DS   + P  +   RE        GLET++LGL F+VK  H   G +KL+C ++I +VYW+S +E +
Sbjct:    1 LRLNEVRIPMHTVRDLNARLECHFDLEGEALYSVKWYKDGNEFFRFVPRDQPPAQLFPLPGVSVDVSTHSLIHNSTESQVVLKSVNLSSTGRYRCEVSAEAPSFQTVSDHGDMTVVALPEEGPRITGGRPRYQIGDTVRVNCTSGRSKPAAQLMWFINGEQA----------------DSTFLQGPEIVYTGRE--------GLETAILGLEFRVKPKHFRRGDMKLKCLATIATVYWRSNEESV 221
The following BLAST results are available for this feature:
BLAST of beat protein vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 16
Match NameE-valueIdentityDescription
EMLSAG000000045711.493e-5347.34supercontig:LSalAtl2s:LSalAtl2s238:731450:732235:-... [more]
EMLSAG000000108641.548e-4735.19supercontig:LSalAtl2s:LSalAtl2s722:19599:190212:-1... [more]
EMLSAG000000087187.836e-4437.44supercontig:LSalAtl2s:LSalAtl2s53:973559:992430:-1... [more]
EMLSAG000000076386.869e-3534.48supercontig:LSalAtl2s:LSalAtl2s442:555696:556660:-... [more]
EMLSAG000000026536.986e-3531.73supercontig:LSalAtl2s:LSalAtl2s153:1109508:1222125... [more]
EMLSAG000000083992.157e-2930.27supercontig:LSalAtl2s:LSalAtl2s513:217857:265280:-... [more]
EMLSAG000000045751.521e-2870.15supercontig:LSalAtl2s:LSalAtl2s238:750476:753435:-... [more]
EMLSAG000000080557.875e-2632.23supercontig:LSalAtl2s:LSalAtl2s479:248417:252564:-... [more]
EMLSAG000000125756.973e-2232.79supercontig:LSalAtl2s:LSalAtl2s936:18916:102947:1 ... [more]
EMLSAG000000036891.346e-2128.83supercontig:LSalAtl2s:LSalAtl2s1:1730505:1794660:1... [more]

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BLAST of beat protein 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 beat protein vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1325268931|ref|XP_023348400.1|5.017e-5642.09uncharacterized protein LOC111717119 [Eurytemora a... [more]
gi|1339073120|ref|XP_023723818.1|7.603e-5242.92uncharacterized protein LOC111873385 [Cryptotermes... [more]
gi|1227989914|ref|XP_021926688.1|5.375e-5141.87uncharacterized protein LOC110833219 isoform X1 [Z... [more]
gi|1227989916|ref|XP_021926689.1|5.724e-5141.87uncharacterized protein LOC110833219 isoform X2 [Z... [more]
gi|1059400058|ref|XP_017772957.1|3.770e-5041.43PREDICTED: cell adhesion molecule 2-like [Nicropho... [more]
gi|668450478|gb|KFB39719.1|6.287e-5040.87AGAP007930-PA-like protein [Anopheles sinensis][more]
gi|1037104513|ref|XP_017107364.1|1.329e-4940.32PREDICTED: LOW QUALITY PROTEIN: uncharacterized pr... [more]
gi|1060190792|ref|XP_017835066.1|2.519e-4941.49PREDICTED: LOW QUALITY PROTEIN: uncharacterized pr... [more]
gi|568255756|gb|ETN64469.1|2.883e-4943.40beat protein [Anopheles darlingi][more]
gi|646710283|gb|KDR15839.1|4.876e-4941.22hypothetical protein L798_09549, partial [Zootermo... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold9_size846264supercontigscaffold9_size846264:367942..404562 +
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-scaffold9_size846264-snap-gene-4.19-mRNA-1maker-scaffold9_size846264-snap-gene-4.19-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold9_size846264:367942..404562+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold9_size846264-snap-gene-4.19 ID=maker-scaffold9_size846264-snap-gene-4.19|Name=beat protein|organism=Tigriopus kingsejongensis|type=gene|length=36621bp|location=Sequence derived from alignment at scaffold9_size846264:367942..404562+ (Tigriopus kingsejongensis)
ATGGAGGGTGTGGCCTTACTCAATGTCCTCGTCCTTGTGGCCTTGCAAAT
TCCCGGTAAGACTCAAACCTCAGTTTTCTTTACATGTTGCCAGTGGCCTC
TTTTTAGTGGGCTTTTAGATATATTGGCAGGTAAAATTTGCTGTCGACTA
TCGCTTTTGCGTTGGGAAAGATGGTATTGGATTTCCAAGTGTTTCGCTCC
CACTCCAAGAACGAATTATCCTACCAAAGTTTACCAAGTATTTGAGAATA
ACTCACTCGATTCGACCCCACATTGCTCACATTCTCGCTGGTTTGTCATT
TCAAGGGTCAAAAAGGCAACCATGTGGGGAGACCTCTAATTTTTTCTTTG
TACCAAGCTTTCCGACCTCTTTGATCTCAAAGCAACTGTGGCATTTGGCC
CCTTTTTATTGTAGTTCACAAGTTGCCTTCTATTTCCGTGGATCTCAGCA
AACCAAGTCCAACAAACAGTTTTACTCTACCAAAAGCCTCCGTACTTAGT
TAGGTAGTTTCAATGTCACATTGTCAGGGTAAACCCGTAACTTGTGCTAA
CCACAAATAAGCATGTCTTAGATCACACATGTCAAAGGATAGTATCCAAT
GTTGGTTTCCTAACTTGGGGCTGCCAAATAAGGTACTTACAAGTGTGCGA
AAATGCATATTTGCTATTTACAGATGGACAGCAATCGAGACTCATTGCTG
TCACTCATCAATTACTTCAACATAAGCTTAAATAATATTGGGGCAAGCAA
AAAAAAATATTTGCAAAAGCTTAAATGTGTAATAGAAAAGGAAACAGTTT
GATCATTTGTACAAACCCCAATGGAATCAACTTCAGGCAAAAACATAACC
TTGACATGGTTAGTCATACCTTTAAAGGGTTTAGCTGGTTCAACACAAAA
AACGATGAATGTTTCAAGCGCTTGTTAGCTTTAGTTCGTAAATTAGGAAG
ACAATTCTAAGCAATGGACAGGGGAGTATTGGCTAAATGTGGCTTCCCTT
CCAGTACACGAAAGACTTCATCGATAATAAACTGCCTGAAATATATTTAT
TTGGACACTTCTAGCTGTTTTGTTTGTTATTTGATGCTCTTCTGGGAAAG
GTGAAAATGGACTCCAACCAAGGATAGTAACATCTCAATCCAAATGGAGC
GTTTCAAAACAAACCTGCGCTTCTTTTCACAAAAAAAATATCCCACCTCT
CTTAACATTTACCCTGTAAACTACTCCCAAATTCACTCCTTGGGTGCAAT
TTTTGCAGTCTTTGGATCAAGTTATCTTGCCTGTTTACCGCCTTAATTAA
GTTTTCCAGTCTTGGTGATTTGTAATCTTTGAAGAAGTAGAAATATTCAC
CGATGGGCAAATGTAACGCAGTAAAAAACAAATGTCTACCGAAAGCAATA
TATCATTTAATCATTCAAAAAATCATTCAAAAATCACATCAAAATCATTT
ATATCATTTAAAAATTGACTTATACTGTATATGTAGAACAGAGATAAAGT
TTAAGGTTATTTTTGTTTCTGTTGTGTTGATTCTGAGAGGACCTGGAAAT
GAAATTGAGACGAGATAAAGAACAACCAAAGTGAATTTGGTCTGAAATGA
ACAAGAGCTGTGTTAAAGGACAGCAAAGTCCATGCGCATTGGATGGATTT
TTTATAATAGTGCAATTAAACGGATACTTTATCCGTTCTAGGCATGAGCA
TTCATGTTGCATGAAATTGTACTTATGAAGTGATTTTGCATGATTCAATT
AATCCCTTCAGTCGCAGAACCTGGGCTAAATTAACCAGATTCACCAATCA
AAGCAATCGAACAATCGTATTTGATGGAGCAAGCTTTAAACAACTAAACG
GCTTCATCATCAAATACAAAGAAGACATTCACGTGAATAACAAAACCAAG
GGATGTGAAAACATAATATATTTTCTTGGACTAGATGGGGTCTAGTCTTG
AAATTGATTAACCACGTTAGCTACTATCCAATTGTAAGGTCCTTTCGGCT
AATAAGAATCCAAAAATGTTAGAAAAATTGGAAATTGAAATTTTAGGCAA
ACCATTCATTTTGTCTAGGCGCTCGGAGGCGCAAATAGGGTCTTTTTGAA
AATGGTTTAAATTTGGTATGATTGGAGACCTGATTTGTTATAATGGCCTC
TGCTCTATGGAATCTGGGAACACTTTGTTCAAGGATAGCTGGCAAAAACG
TTAATTGGATGTGCTTGCAATTTTTACTTTTTACCTACTACTGTACATAT
TTTCCTTAGCCAAGTTGAAGACATGGATGGGGTGAAATGCCAAATGTTCT
TAATTCAAAATCTTAAATATCATTTTAGAATGAACATTGGGCGATGTAGT
GGCAAGATTTTGGTTCTTTTTTCTGGTTGCCAATGATTTTTCTCACATTT
TGAAATGTTTGCTTCCATTTTTGTAGTGTTTTTGCCTTTTCAGAGCCCTT
TTCAGCAAATTTCCTGTGAGTTTTTAAAGATTTGCTTTATCTTTTCTGCC
CTATTACAAGTGAGGAAGAGCCAATATTTAAAGTACGCTTTCTCTGACTT
TTTCGACGAGTGGCCCAAATTTCAAACTTTTAAAAATACTAATAGTTGAA
ACTAACGACAGATAAAAAAAACGCTATCATCAAAAGTGCGATTTAACAAA
AAAAGCCTCAAGTGTCTGTTTCTCAAAAAATGTTTAGTGAATGTTTATCA
TTTTTATGTTATTAATAATATTGATATTATTTTTCTCCACTGTGTCAGCG
CCGATTTTACGTTTTTTTATTAAATGAAAATGACATATTGCCATAAAGAT
TTCAGAAAAAAATTTTCTTCATGGCACTATTTTTCACCTTTTGCTCTTCT
GAAATCCCATACTACAGTAAGATAATTGGATTGGATCTTGTTGTAGTACT
TTCAAGTTTTCGATCAACAAGTTTATGGTCTTGGCGTCTTTTATAGGTAT
AGCAGCCCACTAATGTACTATGCCATATGTGTAGTAAATTGATTGAGAGA
CATGAAGCGTTAGTCTAAAGCCGATATTGATTGAAATCGACATTGATCCA
CCCAACCCGTCAATGTTGGTGGGTTCCTCTCAATAATGTATTGCTGTAAG
ACTTTTTGCCCATGTTTGTCTAACAAGGGAATACTAGGCATTCGATTAAG
ACCCAAGAGTGTGAAACACACCCCTCACCTGGTTATTGTGTCAGTATCCC
GGCCAATGGCTCGTGAACGAGGCTCATTTTACATATTCAGAACCATAAAT
TCCAAAGTGGAAGATATCGTGCCAAGCCCTCAACCGCAAGACAACAGAAT
GCAGTTCTCAATCCCATGATTTCGGGCAAAGAGCAAGTCTTTCCTGGCCC
CTTTGCCACCATATATTACATAGCATACACGATCACAGCCTGACTCGCGT
TCCAAGGGGGGTGCTAAGGTGTCGAGTAGCGATCGACCGAAACCGGTGCC
AACAACCAAGGCTGGGCCATTGGGTAAACTAACCATTGTAACTTTGCCCA
TGGACCACTCAAACATAAATATGGACGTATTTTGGTCCTCCTAGTATATC
GATTTTAGCGAAGATTAGTACGGAATAAGGCAAAACAAAAGATCTAGTGA
ATAGTACATGTAATACATGCTGAAAGGTGCTGCGCTGAAAATTTACATGT
ACTACTGTATATGTACGTACAATGTGTAAATCCCTAGTTTATGGCTTTAG
TCGTTTATTTTTTGAGTTTCCCTGAAAATTAAAGATGGAGGGAGGTGGGG
AAAGACTGTACATCTGGCTTTGGGACGATAGGGACTTGTATTTACATAGC
AAACAAGATTTAGACAATTGTGCAAAGTCATAAAAAAAGGTACCGAAAGG
TACTGCGTATAAAGGTACATATCAATGCATAGATTTATAATTTGCGCCCT
GCAATAATACACTTACTATCATATATATACAGTAGTGGAGTAATTATAGC
AAATAATACAAAACTTAGGCTACTAATATTTGATAATCCATGTGAATTAG
GGATCGATCGAGGTGGGACGACCGAAGTGAATCCTTCATTAAGCATAAGA
GAAGGGGGGGGGCGAAATATATGTGGTATTAAGTGAGGATGTATGGAAAG
ATATGTAAAATTTGTTGGTGCTTTTTTAAGCAATATGTTTGGGTTTTGCA
TGCGGTGGAGATTAATTACCCCCAAATAAACCTAATGCTGACCTACAACA
CTCGTTTGGGAAATTTAGTTTCCTTCAAACAGATATCATATGTAGATTTG
TAAAGCCCAAAACATGTACAGTATCAGTACGTGTAGCATGTACCTACAGT
ACTGTACAGTATCAGTGTGTGCAGTTGGTACGTACGTACAAGGCCAAGAA
TGACCAACACGCTGTCAGATCTTCACGCTACTTAAAGGAACAGCTTGCCC
TCGTACGTAGTTACTGTATCTTCCACGGATGGTTTTATCTTTTTTCTCTC
AATTGAGTGGTTGAATGCACAATCCAAAGGTATATTTATAGAAATGGCCA
AGACCTTTTTTCCTTGCATCCAATTGTTATACAATCATTCTTTCACAGCA
GGGAGCTCGTTTTTAGGGAATCGTATCTTTTCTTTTGTGTTTTACCATCT
CTTAATTCGCGAACCTACATGTTGACGATGGACTTGCTGGATATTCACAG
AAGTATGGGGTACCTTTAGTGGAGTGTAAATACTTCTAAAAGAACTGCAA
TCTTTGCTGCGTTAACGTAACCGTTTGCAAATACTCTAATGCAACCCCAG
ATAAAAAATCCTGATAAAGGAACTGATTAGGCAATCGGACAATTGGGCAC
CACAATAGCTCTTAATTTGTCAGGCTCTAAGGCGCAGGTTGCACCAAACC
AGTACGACAATTTTCTGTCAATCTTCGGTTAGTGGGATTTACAGAGTAAT
CCGGTTAAACCAGGATTCGAAATGGACCTCTGAGGATCAGATTTAAAGAT
CTCCATGGCTGTAACTAACTGTGTCATGGCGTCTGGGGCAACCTCCTGTT
TGCCCAAATATGAATCCTTTCAACTTTGAGCTAGTATCAAGTAACAATGT
GGGAAACCTGTAATAAGGGGCAACCATCTACTGAAAAAGAAAGGTAGTGA
GTCAAAACTGTAAGTTTTGTTCAGACTGATCACTAGTTCTCCCAGATAAA
AAATGATAGGGTGGTTTACATATCCTGTTTCAAAGTCTGTGTTCCTTTTT
TGGATGTGTTCTTGATATCAAGTACGAGTCATGACCTTCCTGTTTTGCCA
TATACAGCAGATGTATAGGGCTATTTTTAACGAGGTAAAGCTTCGCAAGA
AGGGTCTATTTTTCCATCTTAGCTTAGTCACCCTGAGAAACAGAGATGGC
CCAACAATTGTTCCTAATTCAACCCTGTCCCGCTTAGAGAGTTGCGTTAT
TTTTCAGCATGTGTGGCCCGAGCAGCCTGCGAGGAAAAGTCCCAGATATA
ATAGGCCAGAACACCTCCCATCAGGCCCACTTTTTTGTTCTGTTGGAGAA
AAGCACACATTTATGTTGGAAAAATGTTGATAATATGCTTTTGGTGTAAA
ATATATGTCAGATGAACTGTAGAAAATGTCAGAATTGGGTGGAGTTAAGT
TTAGTCTTGTTCTAAAAAAAAGTACTAGCTAAGCAGGTCCACATAGAATA
AGAAGTGGGAGAATATCCAGCCCCCAAATGGACTGATCTCAGTGCATTAC
AATTTGGTACTTTAGGCCGGAATTGATTTGGGACAGAGGTTTTTATAACT
AAGTACTTGCAGTTACAACTCTCCTTAAATGTGTAGGTTCAGCTTTGATA
GCAAGTGTAAGTAGAGAAACAACATCAATCAACTACATTTAAGAATCCCC
GAATGAATCCAGGCCTTCTTCAATGGAGCAAAACTTAACCTATCTTTATT
AAGATCCTCTCAGTTCCAAATATCGGCCAAGTACAACCTCCATGCTGGCA
ACCTTTTCACTTGAGAGAGGTTGGGTAAGCAAAATTTCCGCTCAAATTCT
GACTTATTGGTGGATGTCATCCCTCTGTTTGAATTTCACTATCTCAACTG
TGCAACCGCTGCGGAGCTTTACAAGGAGTACTAGAGGCCACAATTCTGTT
AGACAGTCACGTTCATCTTTTGTTCTCTATAACTCCATCAGACTAGTTTG
TGTGCTCATATATGGGTCTCAAAATTGAGTTGGGACAAAAGCCTCTGCTC
TGGTTGAGGTTTGAAGCCGAGAAGGAGTGATCCAGAGATATCAAGACCCT
GGGTAATAGCGAGAATTGAGTTCTTTCCCTCAGCACCGCCCTCGTTAGTA
GACTCCTACATGTAGTGGGGTCCTCTTGACTGGAGGAAAATTGATTCCTC
AAATTATGATTGATTGGAGGTCTTGTGGAATGTGCTTGTGCTAATAAGAA
TTAATATATGGCATGTCATGTTTCGAGACCGCCTCAACCGTGAGCATAGC
GTAGTTCTTGGCCATCTATGGAACATTTGCCGAGCAGCCACTCGTTCCCC
AAAGGGAGCTCTCAAAGAAAGTGTGTTCCGAATATGGAAATCTCTGATAT
TGAGGCCCTTTTTCTTTCCCATGAGGGGCTTTGAATTTTGTTGCCTTGGA
AATCTGCTTGGCCAGCAGCTCTATCTAAACATCATCCCAAGGTAGATGGA
TCAAAGGAACACTTCATGGTAGCTCGACAAGTTTTCCTTTTCAAGTTTCC
CTTGTTGTTCCATGAGACCCCACATGAAATCTTCACCACCAAAAGGCATC
AATAATAAAAACTACAGACCCCATCCACAATCTCCTGTAGCACTAGCAAC
CAATGCTCCTGGTATGTATTTGGACAAAGATGATCAGAGTCAACAGACAC
GTATTCGAGAAATCTGTCGAGTCGCAATCTGCGAAAATCTAGATCGTTTT
GTCTATTAGAATGAACACATATTGTTCCAAAGCATCGACTAAGACTTGGT
TTTTGGTTTGTGTTCACAAAATTGAGTGACGAGAATGCATTATCAATGGA
TGCACCACTGAAAAACGCTAACTTCTGCTGATATTGACAAATGTCCATCA
AAAGTGAGGAAAGCTTGAACTAAGGAGGGTGGATGAGTGAGTAAGTAACT
AAGTAGAGACTTTGGAGGGTCACAAACTCTGAGAAACAATATCAACTCCC
TTTCCCCTCGCTTTATCTCTGAACAAAGGAGTCTCATTGAGGAAATTCCT
GGAAACAGATGAAACTCACATTTTCCCCGTTCAAATCACACTTCCCTCGA
TTGGAGTAGAATAAAAGGCGAGCCCACTCAACTATGTTTTCTGGTTCCAC
TATCGTGTTTAGGACTCACACACATGACATATTGATTTTTGCACCCTGTA
ATTAGCAAAAATACTCTAGACCAGACTAATGAAGCCGTCATCAGGTCCCC
AATGCTCGGGAACTTCCCCAATAGTTACCAGTTCTCCTCCTCCTCCTTCT
CTTCGTCAAAGCAGATCTGCCCTGGGCTCGCACGTCAAAAAGTCATCAAA
GATAGCCCCTAGTTCCCAGAGGAGCTTCAGTGTTCCAAAATGGATCTCGG
CCATAGACACTTCTCCATGCACAGTCTTCGCCATGTACAGAGGAGTAGCG
GCAACCCATTCGGAGTGCGACGACATCTCCAAGACTGAAGATCTCCTCTA
GGGACTGAGAACTTTTCCAGGGATGTCAAAGAGCTTGTAGCTAAACACAT
CAAAAATCCCTCGACCAAACACGCTAGAACACTCGCAATGTCAACCACAT
GGCCAATTTGGTGCATTGTCAAGAATGGTTATCGTCACATTGGGACGCTT
TCAATTGGAACTTGGAGCTCACATCATGGCCAACAAGGGCGAATACGACT
GGGCTCACTAAGCAAGCCAAGTTCTCACTTATTAAGGAAACTAATTGAGG
TTTATTATTCAATCTAGGGGTTATAGTTGAATCTGAGAGGAGCCATGGTG
TGAGTAGTCTGGTCACGCTGGAGGTGGTGCTCCTGCTTGTACTTGGTGCA
CCACCTCCAGCACATGTATATATAGGGATGCCTTCCTGAATAAAGCCATC
AGTCTCATCTCAATAGTCTAGAGTGACTCGTGTCACACATGGTATGCCTT
AAAGGTGGATACAAGTTTGATGTATAGATAATTTTAACCTGGTACTCAAC
CTCGAGCACCTTTTTGACCAGACAATAGAGTTAGATTGCCTGGGTAATGT
TAAACTCACAATAGATCGACATTGTATACAAACATGTACCCGAAAAACAG
AGTGGAGGAGTGCCATTGTTGCAGAAACGGGCATACTTTTTGTTTCTTGT
CACGTTCACTCTGAAGTATTTATCTTTTGGGTTGTCCGAAGATGGCTGCT
GACTCTAGTAACGTGAATATAAGTACTTGATAGTAAGAATTTGAATTGAA
TTTGAACTCCTTTACAATGGTTCAAAAAACACCATAAAGACATACAGACC
CATGTCCAGATTAGGTTACAACTAAAACCGCAGTATTCTGATTGTATTAT
TATTTGAAGACCTTACAGAGAGGTGCAGATATTATTCTTTAGTGTTGGCT
AGAAGTGCCATTGTCTTGCTGTTGAAATTTTGCCTTTTAAGTAATCAACG
TACAGTAGATACTTCCTAGAGTTTGCCTGTCTCTGGGTGCATTGAGCACA
TTTGTGTATTGGCTTCTTCGATGTTAACGATATCATGATAAATGGTCTTG
CAAACGGGAGCAATGGAGTGTGGGTCCGACCACCTGGGGTCGTTTGACTT
GTTCTTGCGGTCTGTGAAACCGTCGAGAATATATATTCAAATTATCCCCC
TCGAGATATACCATTTAGCACCCGTGTTCAGTTTTTCATGGCTCTGCCTA
GAGTAACTAGGTTGGGGCCCATGAGGTTCTGTATTCTAACTTGCAATTAT
TGACAGCAATGTCGATAAAAACGACCCCTCTCCCAGCCAGCCAGCCCACC
AAAAGGTCCAACCAGGAAGGCCAACTTGAGCTGGCCTTTGTTGTGAATGT
GCTCAAGACACTTTCCCTTGTGCTGTACACTATGAGTTGGCCTGCCTTTG
GTTGAGCGGCTTTGATGCTGGAAAAATACTAAAATGATATTCCTAAGCAC
TTAGAGATGACTTTGATGGAACACAGCAGTATTTAAGCATTCATATGAAC
ATGATAAATGGACACATTCTTGCCCCCTCAATGGCTTCCAACAAGGGACA
CTAATTGCTCCAAGCCCCTCAATAGCTGTGGCAATCAACAAAGGTGAATT
TGGATCCCAATTCAGTGGTGAGGAGCCCTGTTCCAATTCAATTGGAACGA
CAAATGTCTCTGGAACCAAGTTGGCAGTCTTTAGTCCCCATTGGGAATGA
ATCAAGCCATGGGGGACCTGGTCCAATTACTGCACTTATGGAAGGTGCAA
TTGCAGTTGTACCTCGATTTGGTCCAAATATGTGGGACAAGAGGCCATGA
AAGCCTGGTACGGTTCCAGAATGTTCCCACCTTCACCGAGGCTTTGATTG
GAAGGCCAAAATTGCTTGATATTTCAGCCGTGTCAGGAGAAAAATGATAT
CCATTAGCGAGAGCTCAAGATTGAGACATAAATAATGGGGAAAAGCACCG
TCTGATTTATGGGAATAATATGGGAAGATTGCTTAAAAGGGGAAGAAAGC
TCAGGGGTGAAAGACACAACCGATGATCATTCTATTGGACCCGTGAGTCT
TCTTCCATTGTTGCCCCGAATTGACCAGTCTGGGCTTAGATTCAAGTTCA
TCACGCACCATTTCCCCATATACAGTCGTTGAACTAAAAGCTAATACAAG
TATTTATACGTGGAGGTTGAGGCAAGCAGCGTAGCGCAATGGTAGAGTGG
CACAATCAGTCATCTATCATTGCGTTATCCGAGGATCGTTGGTTCGATCC
CCGGGCTTGCCAAGTTCCGGCCACTAGTGGTGTTAACTCACAGCTATTGT
TTGCTTCCCTTGCGGGATTAAAGTGGGCGTACCTGTGGTAATTCCTCGAG
GGTAAGGTAATAATTCATGATAAATTTGACCGCCAGGCTGACTATGTCTC
CTCGGAGATTTCCCTAGCTGGGCAGAAATGCCCAGGGCCTTCCAAACAAA
CAAACAAAACAAACGTGGAGGTTGAACCATATCTCGTGCAAAATGCCAAG
TTTGTGGGGAGAGCGAGAAATGAAGTGATCACAGATGGTTCTTCGAAATC
ACTGTTCGGAGGTCCAACAGAGTTACTAATGTTATATGTGCATCATATTC
AGAATGTTTCCTGAATTTTGACTAGGGAAGACCAAAATCCGTCTGATCAA
TCTGGATTTGAAGAGGCATTGTCAACCAGTCCCTAATTTCTTTCTCACCT
GACCTTAATATTTGTTCTTTCTTAATAATATTAAAAAGGTACTCAAGCAG
GCAACTCTTCAAAAACATGTCGCTTTTGAACACCCAAACTTGGAGCTCTC
CAAAGTTATCCGCCCAATTTTGGGTGATTTTCCTTGGGTTTTCTTGTGAG
TGGCTCTTGTTTAAGGACTGCAAATCACTTGCGCACTTGTAATCATTGTT
TGTAATGGTCATCTATGGTGATTAGATGTGGAACATAGATGCTTGAACCA
GTTTTGATTATAGCAATGCAGGTTATTCCGTGATCTTTCTTCAAATTAGT
AGGAGGAAATCCAATGCAAGTCTCCACATTGTAGGGATGGTGTTTTATGT
AGATATGTTCAAGCTAGCGATCCAAGAGTACTCCTCAGAGGGTCCTTGTT
TTGTTTTCAGTTGTACTGGGTTAAAATAATAAATTACTCTCCCAAACAAT
ACAAAAACCCAATTCAAGCCTTGGGTGGTCGATTTTTTAATAATTTCGAC
TTATTGGATCACGTGCAATAGGATAATACTTCAGGATCCGAAACGAATTT
TCACACCACCAGAAATAAATTGTCAGTCGTTGACTTTCATACTCAGGTGT
CAAAAATTGCAAGGATATATATTGCAAACTATTTTAACCCCGTATGAAAT
AAAATAATCGAGTAGGTTGTATCCTTGGAACTCCAGCCAATCATCTTAAT
CGATTCCTGCAATGCCAACAGGTGACCTTGGCGGTTTCATAATTTATTTG
CCCGATTTTTGCGTTTGACATTCAAAAGGGATTGATTTTGAGCGTCCATT
CTGCCACTCGTCCCATGCACTCCGTGCTGTGCAGTAACTACAGTATCTGG
TTCAAGAATTGACAGCCCTAAGCACTTTTTGCCTTGCATGATACCCCCCT
GGTTGCGTTTGTCAAATTGTCACATTTGAACCTGGCTTCCAACCAAGTTG
ACTGATATCCTCGTCCAAACTTTCACGTCATAAATTGTTCTGCCAAATCG
ATGGAAAAGGTTCAGAGGCCAAAGGAATGCGATCGAGTTTGAAACCCGTC
AACTGCACATTTATTTGCATGTTATGACAATTCTATAATTTTAAATCAAC
AATAATTTGGAACACTAAATTGAAAGGTAGTGAGAAGCAAATAAAATAAA
AAAACACATTACAAACTGTATGTACGGATCCTTTCCTGACCTCCTTACAC
TTATTTATCACGCTGGGCCCATTCGATATTTTCCACCATCAAGGATTGTT
CAAAGGTTCGCACTCAAAATATTATTTTTAAATGCATGTTGGTTGTTTTA
GGAATAACTCTAGAACACATCGTTTGTGCATAAAGGAGTTTAAATGGGAA
ATATAAATGAAACAATTGAGACACATTATGCAGAAAGTGCTAGTCTAAGA
TAAAGTGACGAGGTTGGGGAAATCTGCCTGTTGAATGAGAGATTTACATG
GTACCTACAGTATACGATTTCAGCTAGTCGTATAAGATGTAATAAATATT
CCCTGAGAAGTTTGCAATTGACACAGCTCCCAGGAATAATTGATGATTTC
CTTGAAAGCGCACTATCACATAATTATTGTACGTATTATATTTGAAAAAA
AAAGCATTTTTACTGCTTGCAAACGTTCTAGGGGATTTCAATAGATCACA
AATTCAGGATGTGGCTTCAAATTTAGGATTCAAGGCCGCTTAAATTTCCC
CCCAAAAGAGAAGTCCCTTTTCTTGTTAATTTAGTCTTTTAAGTTTGACA
TTATTCCACAATTTGAAAGTCTTCTGGAAGTATTTTGATTTCTTCCTTCG
AATAATGTGTCAATATTTTTACGATGTAGGGAGTGAGGCTCCAAAGCTGA
GTGTGGGAGTAATCGTTTATTTCCTACACATTAAAATAGGTTATTTTCCC
GAGAGTCAACACTTAGCATACTAATGCTAGTCAATAGTGTTAGAGCCATT
TATAAATAAAATATGCACATGACAAGTAATTAATAAAATCAAAGCTACTG
AAGACAACATTGCAGCAAACTACTGTATACAAAACAGAACAACACAATAA
TGAGAACACAATAAATGTTTAAAAGCCTAAACAAATCAATAAATCTTTAC
AAAACTAAAACGCAATGAATGTTAAAAAAACTTCACCAGTGTTAGTTGAT
TTGTGAAAGCTGACACTCTAACAAATCTGCCCGTCATGGTGAGATATACA
GTAAATGCATACGATGTGTTTTGTCCAAGGTCTGGCAATAAAGAGGGATA
TTATTATCTTCATTTTGAAGCTATTAGTTTATCCAAAGTACTCAGGCGAT
GACGAGAATTCAGGTGGATCATGGCTAGCACCTTGGAAAATAGAATCTGC
TGGGTTGGTGGCATGACTCTCTTGAGGGGAGTGACAAGCTACTCCATTTG
TGATGAAGGGTTTAAGAACAATGTGGGGAAGAAAAGGGAACAAGAGGGTG
ATTTATTACCAGGATTGCACATGGATCCAAAATCTACTCTCTGTGATCAG
CGGTGATTGTCGACTCGGGCCAATGTACGTACATACAAAGGTCAGAATGG
GCTGGGGAAGCCTTCCAACGCCCAGCAGGAGATTGGGGTAGCATTGCACA
AATGCAAGGAGTTTGAAAACTTAAGGTTGGTTTTAAGTCCGCCACAGTAG
CCAAAGAGGTTGGGTCTTGCCAAGTCTTAGGAGGAAGGAATATTTTTTCT
TGAAACTTGGCTCGGAAAATAAGCCATGAGCACCGGCTAGGAGCTCCTTG
TGGGTTTGACTTCTTCCGTCTCTTTTTTGCTCGGGGCAATCTAACTATCT
TGCACACACACATTTATATACAGAACTCGGTACATCTGGAACTAGACAAA
AGGGGGTCACTAGTTTCCTCCTCTTGATAGCTCTTCAGGGTCACCAAATT
ATTCCGAAGGCTTTCCCCTCAGGGAAACTTTGAAGGTTCGAGAAGGTCAA
AATTGCGTCTTCAAATCATGGCCACTTGCACATTTGAAGCAAATTTCATA
CTGTACTGTAAAGATTACATCCATTGAAGTGGAACCAAGCAGAGCGAATT
GGAATCAAATAAGCCGACTGCAAATTGTTGAATCATGCATGATAGATATT
AAGCTTCCATACCGAATCAGGAATACTAGTGGCTTAGCTCGTGCATAAAG
CAATGCGACACTGTTGGTTCAACATTGATCCAGCTCGAATATAATTGCTT
CCTCCTTCCTTAGATATCAAAAGAATAAAGTCTTCCTCAAAAAAAGTGGA
AAATGGCAACATTATTGGTAAACCCTTATTTTAAATAGTAATTGCATACC
GTGAAGAATACGGTTAAAATTACGAAAAAGTGACCAAAATCGCAGGTTAA
ATGAGCGTCTATTTCTAAACCATGGTGAAATGTAGTGATTTGAAAAATGT
GAAAAAAATATTTAAAGTTTTATGTTGAATTCGAACCCCTTAAAACGAAA
TTACAGCCAAGGTTTCACGTCATTTCTCTCTTGAAATCAGTTCTTAACCT
ATTTCAGTTTTTTTCAATTGGTGTTTAAATTACCTTATCGGAATTTTAAG
TTCAACTTTAGGCAAAGTATTTAATCCCTGCTTCATATTCCTTTTTTCCG
ATTTTGTGAGTGGTAACACTTAAAAACTGCTTCAAAATAGCATAGCTGTG
CCAAGACCTAACTTTCTATGTGTTGCTGTTGTTATTATAATGAGAACTTG
AAAAACGAAAAACTCCCTGATGTGAAAATTGTGTGTACAATTCGTAATGA
TGAATTCATGATGAACTGAATTAATGTTCTTTCATTTTTGCTCAATATCA
AAATTAGGAGACACTCAAAATCTGCCCTTTGCCTCGCTTTTCGTCACTTG
CAAGCGCCTTTTTGCCAAGTTTCAATCCCTTCTAAGTTTTTTTTTAATAA
TTTTGCCTGGCAAAATAAGCATCAAGGGAAAAGTTAGATAATGTTATTTG
CATCCAAATGATTGGAATCGAACCCAATTCCATTGCTCACCCCTTCGGCG
GTTTTGGTTCAATGCAGTGTTTTGATGAATCCCATTGAATAGTATTGGTT
AACGTGTTGGCAAGTGTGATTTCCAAATAACTAATCCCTAATGTATGTTG
GTTTCCTTTGTTCTAGGTGCCCTCACATTGACACTCAATATGATATCAGT
GCCACCTCATCAGACCGTGGGAACCGACGCAGAGCTTCGATGCGAGTTCG
ACATGGAAGGCGAAACCCTTTACTCGGTCAAGTGGTACAAGGATGACCAT
GAATTCTACAGATTCGTCCCCAACGAGCACCCTCAGCTCCAGGTGTTCCC
CGTTAACGGCATTCATGTGGACGTAAGCACCGAGTAGAGTTCCACATTTC
GAGCTAGAACAGTCGAGGGCACATAAAGTCGGCCACTGGGAAATGCAGAT
TTGAAAATCATCCATATTGTGCCTGGTGCAAATTCGGTCGGAGAAATTGT
GCCAAAGTTCATCTCCCCCATACGCAAGGCTCACATGATCAGTATTTATC
TAGTGGTCGAGAATGTTCCATCCATCGATTTTTGCCACCTTCGTCCACCA
TCGCCCGATGAAGTTGTCGATCTCGCTGCTCTCAGCTCGTCACTTGTTTG
GGGTGCCATGAGCTGGCTAACAGAGCTTCCAAAAGTTCGACCAGACATGG
TGAATTATTTGAGCGGATACTTGAAAATAACTCTGGCCGAGGATTGCTCT
TCAATAACAAAATCCTTCTGGGAAACTGACCACCAAAGGCTGGGCGAAAT
GCCATTCCAATATTGTGCACAAACTCAACTACAGGTTACAGGTTTGAAGT
TATAGAATCAGAAGACTCGGCCTTCGCCAGTTCAATAACCACCTTTACCG
TCTGCACCTGATAACCTTGGGAGTGAAGGTGTGCTTAGATCCAATATGTT
TTGAAGTCCTTAGGCAATAAGACATGCTTTCAGTCAAAGTGTTTGTTTTG
GTTTCATAGGGAAAATTGCTTCGTTTAGTAAGTTGGTAAATTTAGAATGG
AAACATTCCTTTTTAAATAACAGAGCACTGAAGCACCTTCATGGCATTTT
CAAAAGTTTTTGGGAATTCATTTTGGTTTCCTTATACAATCTACCAGTAC
TTATTGACAAATTCAAAATAATGGTTGATTTTAAGGACATGCAAAACAAA
GCCGGTAATCTCACCATAGAACAAAGCTCATAATCACACAGATCTCTTAA
ATGATTCTGTAAGGGAATTCCTACCAATTGTGCTGTTGACACAATACCAT
AAATTTATGGTTTCATTGTCCAGCTCAAATAGACAATGACAAAAGGTTTG
AATGAGACGAATGTTTTTCCAGTATTTTCGTATTTTGGAAATCTTTTCAT
TCTGCTTTGAAACAGTTTTCTTCCTGAGGGACTCATTCCCAGGACCTAAA
AGAAAGTTGATAATGCTTATACAGCAGTATATCAAATGCCATTATTTTTT
AAGGTTGCTGTGACAGACTAAAAAACACTGGAATAGTCCAGAACTAAAGA
AATGGGCCCCAACATACAACGTATTGAAAGTACCATTGAGTTCCATACTA
CACCTCAGGTGACTAGGTTGGAAAACTTACCGTTTTGGGGGCAAACGATT
TGATTAGCCCAGGTCAGCTAATTTCAGTACACATTAGCGCTAGCATTGCA
AGCTATCTTGGTGATTTACTGAATTATTATGCAAAAAAATGGAATGACCA
AGTATTCTTTCCATCAAAAAAGGGAATATTTGGTATTCTACCATTTCAAA
ACAAAGATGGTGAACACCATTTGATGGAGACGAGCCAGGTGGGCAAGAAA
AGGAGAGTACTACTGGGATTGATGGGTGCCATTGACTCCATGTTAATAGA
CACAATGAAACCTTTTGTCCTCGAAAGGCAAGATATTTCATCAAAATCAG
AGTTACATTCATTGCTTTTCTTCTAAAACTGGCAAACAGTCAACTATTGC
AGTTATTGAAATCACCGAACCTCTTCACTTAATCAGCTGAATCAGTGGCG
CTGGCCAATCCGCCTAGTCTCTAGTTCGGTCTTTTGGCGACAGCTGCCGC
TGGTGAAAAGTCTGGTCGGTGATCCCCATTGAGGAGTGTAGTCTGTCCAT
TAGCTCGAGTTTAGAGGGCCAAAGGGGAAGAAGGTGAGGTAGTGGGTCCA
AGTTGATGAACCCCCTTCTCTCTTCCCTCTCTTTACTGGGAAACACCTCG
TTGGCGCACCAATTATTCTTTTTACGGGGGGACACACCAACCGTCCTGGC
TTGAGAACCATGAGGAGCATCAACAAGATTTTATTTGCTCTTTCATCTCC
GAGGACTCTCTTTCACTCAGTAAATCCCGTTTCATTTGGCCTCTCAAGAC
AAGAAAAGTACGATGGGCTCATTGTTTAGTCAGAAGTGCACCAAGATCGA
ATGGCGATAAAAACTCATCCCCAAATTGGGGCTGTCAATTTTTTGGCGTG
GGTTCCCTTCTTTATACTCTCCACTCTTCATTTGCTCCACTTCAACTCGT
TCCGGAATGTTCCGTCACTGAAAAAATGAATGCGTAGGGAACGACTCCAT
CTTCAAGCGGCGTGGAACGTTCACGAACTTGTGCCTCAGAGTGAGCGCCT
GAGTATATTAAGGAGATAATATGCACTTGTCTATCATATGTCGATGATCT
CGGAACCGAAACATCCCCTGGGACCACTAGAGAACTAGATATGTTTGGCT
TGCCCATTTCCTGGCCAAAAAAGGCATGTAATCCAAAATCCACCCGCAAG
AGGAACTCTCACCACGAACGGCTTCTCCCATTTGGATCGATTATAAAGGC
AAATGCCACTTGAGTCCATTCGTGATCAAATTGGTTGACCAGCATTTGGG
GAAGCAAATTTGTCGGAGGTAGGAGCATTGCAAAAGGTCGGAGATATCTG
CATAGAGGAACAGGGAGAAAGAGAGATATGGGGAAATTGCCAGAATGGAG
AATAATCTAGATTGAACTTCGTCCTTCCAGGTGTTCGTTCAAACATGAAT
TTTAATGCCTTCATATTTACCCAAGTCTTCTGCTTCCCCCCATATTGATT
GTCTATGTGACCCTGCTCCCGAAAACATTCACTCATTCGGTGGTGAACGG
AGGTTGTTCCATTGTTGGATACATTAATGTGCCTGCTCTGGGTGGAAATG
TGGGGTTATCACGACATTCCCCAGAGCTTGTGTGTGTTTTTACTCCTCCA
AACTATCATATTATGATGATCTAGTACCCTGAGCACGTGTGGATAATTTT
CTTCTCTCAGGATTTTGGCCTAAAATCCGTGATTGAGCGGGAAAAAGGGC
GAACGCAAGAAAATGGGACTCATAAGCGGAAAACTAAAATGAAGAACTCC
AAAAAAAACCTTCTGTCCAGACAGGCAGATATTTCAAAAAAAGATTCATA
TTTTCACAATACAGTGGGTCAGTTTCCTGGCTTTGAGGCCTCATTCTGAC
ATTCTGCAAATTTATGTAATGTAACTATTTGCTGTGTGGTTTCGAAAAAG
CAATATGTACATATAGTGTGCTCCTCGAGCCGCTCTAAAGCGAGTTTGGC
ACTGGATTGCATTTCAAATCGTATGTAAACAACGTCTGGGTTAATTATTC
TTGGCTGTGGTGTTCATCGCGCAACTCAAATAAGTTAAGCAATATTGAAC
TCAGAACTCGTATTGCTTAAACAGTTCAAAATTTAGTTAAAATTAAAGTT
TTAAAATACACAAGGTGATGTGCATGTACTGTACTACACGTACATGACAT
ACGTTCTTTTTGGGTTGAGTTAGCTATAAAGTGAATATGAAATAGTGTAA
AGTCGCCGATTTCGAAGATAAATTCCGTTTACAGATGTGTACGTACGGCG
TTCAAGTGAAAATATAACCATTCCAACTTCACAGAATTTGTTGCCTTATC
GGCTTGGAGTGTTTTTGAGGATTTCCCTACATGGCTGCGGAACTGGCCGA
GTTTTTACTACATTGACTGTACGTTTTTATTACATTGACTGTACGTTTTT
ACTACATTGACTGTACGTGTTTACTACATTGACTGTACGTTTTTACTACA
TTGACTGTACGTTTTTACTACATTGACTCTGTACGTATTTACTACATTGA
CTGTACGTATTTACTACATTGACTGTACGTTTTTACTACATTGACTGTAC
GTTTTTACTACATTGACTGTACGTTTTTCTACATTGACTGTACGTTTTTA
CTACATTGACTGTACGTTTTTACTACATTGACTGTTGTTTTTACTACATT
GACTGTACTGTGCATTGTAACTGAACAAGTTGAAAACAGTCGACTAGACC
TGTGTCATATCAAAGCTCTCACATCCTTAGAAGAGCCATAAAAGTCTGCC
TCTGAGAAGGAATGGACGTCAATTTTCCGTCTTCATGTCAACTCCGCCTC
ATGACTCCTCGTGTCCCATACAAATGACACCAAATCCCCACTGAGTTAGA
GAGTTGGGGGGTCAGCTCTACACTTGTAATTTACCAAGCTAATGCTTATG
CCTGACCAGTAATTTGAAACCAAAGGTTTTGGTGGTCAATGAAATGGACA
GAAAACGAAATTGAAACGGGGTTGTGAAAAGACAGCTGTAAATCCTGGTT
GCGGAGCTGGATTGCTTAGATCTTGTGGCAATGTCTTTTAATTAAGAAAG
TTTGAGGACATCAAACCTCTCTTTTTGACCCCCTTCATTTCTTGGGAGCA
AGTTTTTATCTTCTCTCATCTCTGACCTGACTTGGGTTCAGAAAATGTCA
CATTGCTGGATGAGACAACTTAATCTGTGGACCATGAATCTTCGTTCCCA
AAGTTCCACACATCGGCTCGGCCTCGTGACCAGCAGGGCAAAAAGCAAAG
TGTGTGATGTCAGGAATTGATTCATTTTCACCTTTAAATATTCCACTTTG
GCCCGGTGGGAAATTGAGGGAGTTCATTGAAATGATCCTCTGCCAAATTT
GACTTTAGCCCTTGTCCCCTGTGGAACTGATCTTTGGCTTCCCTTTAGCC
TTTGATTGGATTAAACTTGTAAGACCTTTTGGAAACCGCGACCACTGTAA
GAATTCCTTTCCACTCACTTGATCACAATTCCAGTTCAAATTCAAAGGCA
TCCTGGCCAGTATTCTACCTAGATCAATCTACGTTGGCCCCAGAACATAC
ACCTCATGGAACATTGGAAATTTGGGAGCAAGAAGAGACTCCTTCGTCCC
ATACAAATCTGAGAGTGTTTTCTTGTTCCCCTCATGGCTCTAAAGAGGGA
TCTCGTTGAACATGGCGGATAAAGTTTAAAGTTCTTGTAAAAAACCTGGA
AACTTCCTCGATGCAAAATTTAACTCTTTGCCATCCCGGAAGCTCGATCG
AAAGGGAATTTGAAGACCCTCAATGGTGAATGTTATTCAGTGAATCGCTA
ATAATCTTTCAGCATTCTTCGAAGGCAACAATTGATGACAGTTGGGAGAT
AGTTCTTCCTCAGCACGAATGAATAAATACGTACTACAGTATTTGATTTA
TGTTAGATGGAATTCCATGTAGCACAATTCATGGTCCGAAGTAAAAAGAC
AGTCAGAAGCATCATAAAAGACGGCCGATTACCAGGGATTTTAAAAAAAT
GCTCTTTGAAATGGTGAACTCTCACGTGGATGATGGTTTCCTTTTAAGAG
AGCGAGGATTACTTTCAAAAGTTCTCGGAAAATGGACGGCTCTTAGGGTT
CTTTAATGGCGAGGCTGAAATGATTATCAGGAACTCTTAGCATTTTAACG
GATGGCAAATTGTGCCAGTGCAAAACTAATCTACTAAGAGGCTAGACAAG
CTAAACTTAGGATGTTTTTATCTTTTTAATCATGGCAATTCTCTCCAGTC
GGCCATGTCGCAGGGTCTCAACTACTTTTTTCTCTCTCATACCCGAATAC
CTGATTTGTAGTTTTTAGAAATTGGACTAATTTGGGGAAAAACACATTTT
GTTCTAGTTTTATTAAATCTTTTCGCTTATTTATCAAATTTCATACTATA
ATCTAGGGTACGAGTGTGTAGTCGTTTATTCCTACACATTAAAATAGATT
TATACCCGGTGGTCAACACTAAGCGAACGAATGCTAGTCAATAGTGGGCC
ATTTATAAAAATATACGTACACACATAAAGTAGTAACTCAAAATCAAGAT
AACTACAGAAACATAACAACATTACAGCTAACTTTACAAAACAAAACAAC
AGATTAATGGAAAAGCACATTAAATGTTTACGAGTCTATTCAGATCAAGA
AATGTGTACATAATTAAACAATACACAATAAATAATAACGAAACCAACTG
AATAATACTAAAAAATAATAATAAAAAAACCTACTAAATAATAACAAAAC
CATTACCTCTACGTACACTTTATCAACTCAGTGTTTACCATAATTTTTAC
TTTTCTTGTCATACAATGCAGATGCATCCAACTTAGGTTTAACAACGTGA
TTTTAACTTTATGTTTTTTAAAGTCCTGGAGAGCATTTCAGAGTGCGTTG
AAGTGTGTGTGTGTGTGTACATGTTTATTCCTACATATTAAAATAGGCTT
ATACTCGGGACTTAACACGAATGCTAGTCAATAGTGTTAGGGCCATTTAT
AAAAATATGCGCATTAAGTGATTAAGTGATTTTAAGTGATTAGCCATCAA
TTCGTTCTCCCTTGATCTGGTCGTGCACCCACATGTATCTGAAAATCAAC
TTGCCAGTTATCTTCTGTCCAGTGCAGGACATCCAATCACCAATGACAAT
TTACAAAAGTTTCAAATCCTTAACATGTTTTTGCTCAACCCCGCCATTCA
CTTACAATAGGCACCTTTAGTGACGCTGCCCCATGTACGTACTGATCTGA
AGATCCTCCATTGCTTTCCAGAGACACCGATCGAGTCGAGAAAAGGTGGT
GCTCAAGAGGCTGAGCTTGGACACGGCTGGGACCTACAAGTGTGAGGTCA
GTGCCGAGGCTCCCAATTTCAGGACCAAGTCAGATAAGCAGGACATGGTG
GTTGTGGTCACGCCTTCCAAGGCTGAGATTGTGGGGGCTCGCCCCAAGTA
CCAAGTGGGAGACATAGTCAATGTGACTTGCTACTCATACAGGTAGGACT
AGTGATTAGGGCTTTCGCTTTCGAAGCAAACATTGAAATTGCTCCTCCCA
AAAGGGACCAACCGAGTCCAGTTCGAGGGCCACGACTCTCGACTCGTCTC
CGGCTACTCTCCATATTCTGGAGTGGTGCCCCAAGGGGCTGTAAAACAAA
TTGGTCTCAATCAGGCGCAATATTTGGCCTCGTTAGCACAGATCACTCCG
ACTCGAGTGTTTTCGGAAATTATTGCCACCCACAACTGTGTTTTGGCCAA
TGGGGGGTTCAGGGCATTTCAGGCCCAATTCGATTCGATGCAAATATGGT
CAAATTTTGGGGCACCAATGCCAAAAAAGATCTTAAACCCGAGGAAAGAG
TAAACTGAAGTAGATTTGATACTTGTTCCACAACTGTAATTTTTTTGCAG
GCTATATTACAATGAAATGCACGAAAACATGTGCTTTTCTTTGAATTTCA
TGAACCACACTCATCAAAAAACACTAAATTTAAAAAACGCAAAGTATTTC
CTGCGGAAGTTAATATCAATTGATAAATGATGACAAAAACAGCTGATAAA
GAATGACAATATCAGTTGATAAAGAATGACAAAACAAGTTGATAAATAAT
GACAAAACAAGTTGATAAATAATGACAATATCAGTTGATAAATAATGACA
AAACAAGTTGATAAATAATGGCAATATCATTTGATAAAGAATGACAAAAC
AAGTTGATAAATAATGGCAATATCATTTGATAAAGAATGACAATATTAGT
TGATCAATATTGGCAATATCAGTTGAAAACGAATGACAAAACAAATTGAT
AAATAATGACAATATCAGTTGATAAATAATGACAATATCAGTTGATAAAT
CATGAAAATATCAGTTGATAAATCATGAAAATATCAGTTGATAAATCATG
AACATATCAGTTGATAAATCATGACAATATCAGTTGATAAATCATGACAA
TATCAGTTGATCAATATTGGCAATATCAGTTGATATACAGTATGTTGGCA
ATATCAGTTGATAAATAATGAAAATATCAGTTGATAAATAATGAAAATAT
CAGACGATAAATAATGACAATCTTCTTTGATAAGGAATGAAAATATTTCA
AAAATGGAACAGTGAAAGCAACCATTTGAAAATGGTTATTAATCAAATGT
GGGAAACAGACGATCCTAACTTGTTTTCCCTGAAAATGTTAGACAAAACA
ACGAAGGCAGGTTCCAATGCCCGAGTCATCAAGTACAATTATTTTTGTCC
GGCTGCATTTGCATGGTGTCGACTGTCGACGCTCTATTTCCTTCCGAGTG
GAACATTTAATGGTCTTCTCTCTCTCTTTGAATTAGGTCAAAGCCGGCGG
CCTCATTAACTTGGAGGGTCAACGGTCAAGAGGTGAGAGTGAAATGATTT
TATTGCCGGCGATTAATTTCACACATGAGAGAGAAGAGGCTTGGCCTGGG
TCCAATGTCGACTGCAAACAAGTGTGTTCTTCCAGGTGACTCCCATCTAC
GAAACCTTTGGCGAGTACAATGGAGTTCAGAGCCAACGTCGTCAAGAGGG
CGGATATCGGGATGGAGGTTATCGAAAGACGGATTCTGGCGTGAGAAGAA
TGCCCTCAGAGATGGTAAGGCTGGACACTGATTGGAATTAATGGCCCGAG
GTGGTCTTTTAAAAGCCTCTCATTCCAGCTCCAGGCTGAACTTCGCGAGT
ACCATCCCCGAGTGGAATCCGACGGCTTGGAGACTTCGGTGCTTGGATTG
CTCTTCAAAGTCAAGCAACACCACTTGGGGGGCCTCAAATTGGAGTGCAC
CTCATCCATTGGGTCAGTCTATTGGCAGAGCTTCCAAGAGAAAATTCCTA
TTGCTCCTAGGGAGCAGCCAGCCACATCCGGCAATTGGTGGCGTTCCGCC
AATCCAGCCTCCAAAATTGGAATTGGAGGTAAGGTTGATTGGCAATTTAA
ATGAATATGAATGGCCCACCCTAAACCGAATATTGGAACTTCTCGCAAGG
AGTGTTCCCAATGGATTCGGGACAGGATTGTCCATTGCCTAGGTCTTTTC
ACTCAAGGACAGTGTAAGGTGGCACAATGTGAATTGGCCTATTTAGCCAA
GAATTAATCACTAGTGCTTTTATTTACGAGAGCAAGAGCGGCGATTCTCG
CGCCATCTACATCATAAAAAAAGAAAATCTTCGATTCCAAAGGGATAAGG
AAGACACAATTTTTGCACTCCATTATTTTAATGGTGATTCGTGGTAATAA
TGAATGAGTTTCTGTAACATTGATTGTTTAATGGGATTGATTGTACTTGG
TTTTGATCAGGCTTTTGATGGTGAACCCTTAAAAAACTAATAATTAGAGG
CTAGCACCAAAGTAAAAAGTAGATTTCTTTCTCGAAAATATTACTCGGTT
CTTTTGTCAAGACTGTTAGGTTTTCTAAAAGGCAATTTTACAAAGTATTG
TTTCTTGGAATGAATGCAGGTTGTGCTCTGTGCGAGCGTGGAATTGCCCA
TATTCATCGTTAGAGATGGATGTTCACTAGTCTAATCTGGTTCTCGCTCG
ACAAGTGTACTGTATAGAGGGCGCTAATTTCTGCCAACCTTGATGGTCTG
CAAGCGATGTTTGGCTTGACATTCCATGCACGTTGTAATTTTAACTGATG
GGAGAGCAGAATATACTTTCCATTCCAGTTATTCAATACGTACAATGGGG
AAAATCGTCTTCCAATTTTAATCCAAGAAATGCCAACCAGGTTAACTAGG
ATGCCACCATTATCACAATATGGTTGTACTGCCCACACCTACGAACTTTG
GCGTTAGACAGCTGTGCCACATTTTTACTTGCCTCAGTGGAAAACCATGG
ATGAGACCAGTGATCACCTCTCCCCTGGTAAACCTCAACGCTGTTATTTT
TTGAGTGCGCATTAGCAGAAGTGTCAAAAAAAATATGCCCTGGATGAACC
AGAAAGAGCTAGATCCTATCCTGATTTGCAAACAGAAAGTATTAGTTTGC
AGTGTGCGGCTCACTGTGTATTGCTGTTTGGAAGTTGCAATATCTACTCA
CTATTTACGACAGTCCATGTGCTCGCCTGCTCAAAGCTTATATAAGTGAT
ATCGAGCATTTTTTATGAATAGCCGAGTATCACAACGAGAGTAAGATTAC
AAAACATCACAGAAGTGTGACGAAAATGTTGCCCAATCCGAAAATCTGTT
TGTGTCCATGGCAAATGAGGTGTTCTTTTCTCCTTTTCAGCCGAACTGAA
GGTGATGTTTACCTTCCTCGTCGTCTCCAGCTTGAGAGGCACACTCTGGG
ATGGAGCCATTTCCCAACCATAAATGGCGTATGTCCCGTTTCCCTGGACA
TTAAATAGAGAAGAGGGCAATATTCCACATGTTATATGACCTTTTGCAGC
TAGTTCATGACCGAAAGCATTGGACAGAAATCTAGGACGAAATTGCAGTC
CAGGGTGCTCATGACTGACCCAGTTTCCGACAGTGCGTCACCGTGCTCCA
GCCACACTTTGGTCACCCTGTGCTCCTCCGGTCCAGAAATGCTCACCTTT
GTTTTGTCATGAACAGGAAATGTGCTCACTGCTCAAAGCAGTGCCTCAGA
CTAGAAGATATTAAGGCACGGACACACGGGAAGAATCCAAAGAAAAGTTG
GATTAATACCAACCAACCAACTCTGTGTTGCTTTTTACCAGTGGTTGTGC
GGCCGAATGAAGCGAGTGAAAGGTGTAGAATTAAAAGCTATCCAATTGGA
CTAGTCCACAGATATTCCTATATACATATCACCTGATGAAATTGTGCACT
ATGATCATTACTAGTATTGAAAAGTTGATAGCCGAAAATAAATGTCTTTA
TGAGTTCCAGGTTCCACTCTCTTTTGAAGTTTGCAGACCAAGCCAACAAA
CCCCGGAATGTTCCCTTCAAAAAAGGAGGGGAGGGAAGGAATATGGTGGT
CAATTTCACCATTGAATGGAAAGAAAATACTTGAAAGAAAATCATCCAAC
CCCCTCCCAATATGCTTCCCATATTTCAAAGGCATTCTTCCCCAAATTGT
TCCATGTTTTATTCACTGAGGGGAACACTTATTGGCTTATCTTTGGGGTT
GTCAAATCTAGTCGGTGTGTGGGCCGAACCCAAGAAAGACAGAGCCCAAT
ACACGATCATGGCAAAGCCCAGGGTCACCAGAAGACCTTGCCAGATCCCA
ATACTGAGCAGGGGATCACAATCCCACTCGTAGCCAAATCTCTGCTTGGG
TCCAAATGTTCCATTGCCGAAGAAGGGCTGGAGTCTCATCCCGAGGAGGC
TGATCCCAAAAACGTATTTGACATCGGCCTTCACTGTGGGCTTCAGGGTT
TGATCGGAGCAAGCCCACGAGATGGATTTGGGAGCACAAATGGTGTAACC
CTTGGTGCAAACTTTATCCGCCTCATTGTGGGTGTAACCCGGCTTGGGAG
CCACAATGATGTCGTTGGAAGAGTTCAATTCACAGTCCGTACTGCAATTT
GCGGTCAATTTCCCTGTATACTTCAAGGATATGCTGTGTAGCTCCCATTT
GGATGTGTTCTTCAGGGAGAGCAGTTGTAACTGTATTCCCAAGCTTTCCA
AATCGACACCAGATCCTATTGGAGAGGAACTTAAGTTAAATGCGCTGGTT
TTTTTTTTAAATAAATTGATTCAACACCGGATATTGCACCATTCAGCTCT
ACAGTTTTTCCTTTTGTCATTCAAGCGCAGGTTAGGTTTGAGTGCTAGAA
ATTTACTTGGTTTGCCAATATAAAGCAGTAGCCTACCTGGATTGTAAATT
TTGAATATACTGTACACGTTTACACTTCACTACCCACAACACCAAGATTT
TCATGAACGGTGAACTTCCAAATTTACAGTGTTGGTTCCGACAGTGGCAA
AAATTGCCTTCTTTATTGTGATGAATATTACTTTTACACATTGCTCTACT
GGTGTCCCACAGTTTCTTACACCCATTGCCAAGCCTTTAACTTCAAATGA
TAAACTTGGGTAATTGTACAGATCCATGCTGAGGAAAAAGGGTACCCCGG
GGATCATTATTTTTATGCAATATGTGTGGCTACAAATACTTGTTCTAAAT
AACAATAGATACACACAATATGACAACCAAGTTCAGAGCATTTTTTCTCA
ATAGACGCATTATTTGTATTTAGTTAGTATTACACACATGGTTAAAGCTC
ACCCGATATAGGTGAAGAGAATTGAATGTCCAAGGTGTGAATGGTTTCGG
AGTGCGATTTTTCCGTTATGTTTCCTTGGACGGAAGAGGCATTTTGTGCA
ATGTCCACAGTGATATTGCGTTTATTCAGCTTGCCATTCTAGGTGGATGG
TGGTATAAATATTATGCATTCACCCACTGACATTCTACCTTATTCACTTA
CCTCAGCTTGGTACAGGGTGAGCTTCAGAGGCTGATCTCGGGTTAGAGCC
AACCAGGCAAAGTCGGTTTGATACGACAAAGTCACATTACCATCACCTTT
TGCCCCACAACTCAAGGCCAAGACGCTCACAATTACCAGCCCCAAGGTAG
GCGTTCTCCAACTCATTTTCACTCTTGTCAGGATCAGTCCCCTCTCCGAA
TCCACCCACAACACTATTATCTTGCTCAGCAGTGCTTTTGGATGCGGTGA
GTTCACCACAGATGATTCGCTGCTGTTCACCTACAGCTAAAACTCGTTTG
ACACTATCAATTGCCAGCCGAACAGAAGGCGAACTGTCCTTCCGCCAGAT
GGACTCGGGCCGACTGTCACATGTGCTCGGTCAAAGAATCCAGTGATGCT
TCCGCTAGTTTTAGGACAGTCATAACCTTAGATATTATTTACTCCGAATA
TACTTCAGGACAGGAACCTACCTATCTTTACCAAAGCAGCCCAATAATCG
TTTGTTGTGAAAAAAACGCACTCCGAATTAAAAGCTGAAATCTGGCATGT
TCTACTAATTTTCAAACGCATTGGTCACGCAACCTCCGATTGTCGCGGAA
GTATTTGAACAGTTTGAAATCCATAATCAATGGAATCATTGGAAGTTGGA
TGGTCGTTTCCATTTGGAAATAAGAGAGGCGTGGTTAAGGTCCCGGAAAG
ACAAATTTATGATTAATTAGTAACTTACCCTCGAGGAATGACCACGTGTT
TCGTTCAATGTAATCCCTCAAGGGACGCAAACAATAGCTGTGAGTTAACA
CCACTGGTTGCTGTCAGCTGGGAAGCCCGGGTTTCGAGCCCTGACCACTC
CGCACCAGTGCAGCGCTCGCCGATACTGAGCTATGGTGGCTTCCATTGGA
ATAACGAATGTTCATTAATCAGTAGGGCTGTAAAAAAACAGCAGTAGAAA
TGCCCCCAAAAACGCTGGAACCAGCCGAAAAAATGACGTTTCCAGCAAAT
ATAACCATCAAATAAGACTAAAAAAGAATAAAATCTTGAATTTTTTTTTT
GGTTACACCTTTCACCCCAAAAATAGCCCAACATCGGAGTCAACAACCCA
ATAAGTAACGAAGGAACTTGCGAAAAAATATACAAATTCAAAAGTGGGTT
GGCACAATTTCCTTCATAGATACTACCTGTGTGTGATTGCACACTGTGAT
TTCGTGTTATCATATTGGAAAGTCATCCATGGGGAAACAAAGGGGCCACT
GATGTTATTAGCAAGTTAAGCTTGTCAGCGCACAGCCCCTTATAATCCAG
CTTTTTTCAGCCACTACTTTCCTTGGTGGAGTACCAGAAGGCAAGCTGTG
GCCCCACCAATAAACGGTATGTAATGTATAGATGCGCCAACTTCTGCCGA
GATGGGCCGAATATTCTGGCCTTCTGGTTGGCTGGTCACCATGGAGCGAG
TTTCAGTGCCAAACAAAAGAACTTTCAGAGCATACAAAGAGTAGATCTGG
GACAATTTCATCTTCAATCTCAAAATGGCGAGGTGTTGCACGTACAACTT
CATGAAATGGTGTTGGCATGTGGTACATGTCATTTTAAGAATGCTACACA
GCTTAGCTCATACTATTTGGAAAGGCATTTCTCAGCCCATAATTGCTCCA
TTTATTTGAAATCAGTGGATTATGGCCAACAGATTTAAGCTAATTTGGGA
TGGTAGATAATTAAAACGCTTCATCCCATCATAAATTTTGGATTGAAAAT
GTGTCCCTCAAGATTTTAGAAATTTAGATTGGATAGACATCCAAACTCAA
GATAAAACCTATCTCTAAAAGCACTTCATTCATTTTAATTGACACGCTTA
CATTTTAAATTTGTAAGGTACATACAATTACACGCAATGTCTAAGGCATA
TGAAGCCTTAGTTAGAGACCCTTCCTACGCTCGTACGTATATCTTTTTTG
ACTTTCTCCCTGACATGTTTTTGGCAGTTCAAGCTAGCCCTATGTTTTTG
GGACTATGTGTTGACAATTTTCACATGTAATGTCCGAATTATTATGCTCC
TAAAACTGAATGAACTTGGATGTCATGAGAATCAAAACTGTGCATTTATA
AGATGCAATGGTATTTTGGATCTGTAATCCATTTATTGGTGTTTGATCAT
ATTTTTCTCCCCAAAATACAATTCCTAGTTTCAAACTTCAATTAAAATGT
ACAGAGTATAAATGCAAAATTTTCTGCCCTCAATTTGAGATTTATAATTA
AAAAATCAGGAAGAACTAGAGGGTGCACCTCATTTAGTCTTCAGTCAACA
GAATTGCCTTGAGTCCTTATAATCTTCAGTTTAAGTGTCTTAACACTAAA
CCGTGATTCTGGCCTTCACACTCAACCAACATGTTGCTCTAATTTTGGGA
GGACAATATTTTTGGACTGGGGTCCAGTGCTTCACCATCATTGGAGTGAA
TGATGTCAATTTTCACCAGGAGTTAAGGTTGGATTCATATCAAAGGATGC
ATAAGGCGTCAACTTCAGAAAAGTTTTAATTCCAGAACATTGATGGTCAA
AAAAACTCCACTCAAGTGCTGCTTCTTCAACTATATGCCATAAAATTGCA
ATTTGTTATCACCAAGATGCACAATATATATTGTTATGCTCAATTCAGGA
GATTAACTCAAACCTTCATCATTCATCAAAAAATGAACCATTTTGATTTA
TACAACACGAAGCTAGGGCAAATTACCCAATCCTCCTTGAAAACGCAACC
TGGCATTTTCAATTATCAAAGTCTATGAGGCAATTTACCCTTTAGGTCGC
AGATCAATGATCTGAGATCATACATTTGATAATAATTGTTGGCCATTTTG
GCAATTGGCCTCGTTGACTATGAAGTGACTCTGTTGCGTACCCCGTGATA
GGTCATTAGTACCTGCGGTTGTGTCATCTAATATTTGGTTAAATTTATCA
ATTTATGCATTGTTAACAAATGTGTAGCAGAAAACAATTGGTAGTGCATA
GTTAGTTTAGTTTAGTTTATTTCGGGGATCCCAGATTCATCATATGCAAA
ATGAGAAGAACATTATGGGATGCACCGAGGGTCACAGATAAGTCGAAACG
ACTTGTTTTCACTGTGATCCTAGGAGAGAACACAAAATTTTACACAAAGA
CACGGCAGCGGAGGAGGGAGGGCAGAATACAATAAAATTTCAAACAAATA
CAGGACCACTTTTCAAATAGCACAACATAAAATCACAGTTTAAAGCAAGA
AGAAGCAAATTTGCTCAAAAACTGAGTGCCAAGAAAGCACAAAGATAATT
AAGATATGTCTACTTATAAAATACGATCGAAATGAAAGATCGCTCACAAT
GTTTGTCGAAATATAAATAGTACAAACATCACAAAATAGGTTGAATAGGA
CAAATAGCAGTAATTAGTACGTGAACACACTAATACACTGCTCATCGATG
AACTAAAAAAGATGATAACTACAAAAAGCTTGTGACCAGAAAATGCGTTA
GAGTGGAAGGAGATTATACAAGGCTATTGCTCAATTCAGTGATGCTGGGC
AGCGGAACTTGGGGATTGGCTTCGGGATATCTCAGATATATTCATAGGAC
TTGCGAATGCGCTCAGTTTTCTGCTCTGCCCCAACCACGTCCGCACGAGA
AACACATTAGGTTGGCGCAGATAGTCGAATCGTAGGACAGCACTATACTT
TGCTTGATGTTAGATGCCAATGCCCTACTTTTGACCCGGCCGTTAAAATC
TACATTAGTCATCGAATTCCATATTTTCGGAAAAGCAAAATTAGGANGTG
ATGCTGGGCAGCGGAACTTGGGGATTGGCTTCGGGATATCTCAGATATAT
TCATAGGACTTGCGAATGCGCTCAGTTTTCTGCTCTGCCCCAACCACGTC
CGCACGAGAAACACATTAGGTTGGCGCAGATAGTCGAATCGTAGGACAGC
ACTATACTTTGCTTGATGTTAGATGCCAATGCCCTACTTTTGACCCGGCC
GTTAAAATCTACATTAGTCATCGAATTCCATATTTTCGGAAAAGCAAAAT
TAGGAAGCTTTTGCAGCCAATTGGTACTTGCATTGGGCAAGAGAAAGAGT
GTCCTACCCGGGGTATTTCTCAATGTGAAAGATTTTATCGTATTGGGAAC
GGAATTGGAGCAAACCAAAGTCATAAACTTAATTATTTTGAGCTTACGCA
AATCTTCCAATTTGACAAGCTCCAGACTTTTGAACAAAGGTTCAGTATGA
GCTCTCCATTGTGATCCTGAGACCCACCTGATTGCCCTTTTTTGCAGAAG
GTATAGCGTACTGACTTTGGAACACTCGTCATAAAATTCGATTCCATACT
CAAGCACGCTCTTTATTAACGCGTTATACATTATTTTTCTAACAAACAAA
GGTATTGATTCGTGGATGCGGTTGAGGCTAAAAATTGTTCTCCGAAGTTT
CTTATGAATACTATCAACGTGGAGAGACCAGTTCAAACTGTCATCGATAT
GCATTCCCAGAAATTTTACGCTCTTTTCAGGCATGTGCTGTCCAACTTGC
GTTAGGTTTTTTTTATTACAAGAAAGGTTCGACCGAATAACTTTTCTAGA
GTGGTTAAAAACTACAAACTTCGTTTTCTGAAAAATAAGTTTGAATTACT
TTTGAAATATAGCAGTGAGGAACAAAGGAGATGAGAAAACATGGTAAGCC
TCAATCAGTTAAGTCTTGTCTAGGCCAAAAAAAAAATCGTTTTTTCAAGT
TTAAACACCATCATAACATGTCTTTGGGTCAAAGTTGGCCTCTATTCATT
AGCGAGTTGAGAGAGCATTTGCCTCTGAAATTGTCTAAGCCGCCAACAGC
TGACCATGGCTGACCCGTAGGTCGGTACGGCAGACAAACATGTCGTCTCT
GTCTCAGAACTACTAAGGGTTATGAGCCCCCTTGGTAGAAGAGGGTCTGT
TTCACCCTGGAGGGGTGAAACATTATTTATCCGTCGTGCCCGGGAATCGA
TCTGCAACAAAAAAGATCCGTAGATAATTTTACGCTTCAGACTCCGAGTG
AAACTTCTGAAAATAAGAGCTCTCTCCTGTAAGGAGTGTTTGAAATGAGG
GGGTTCCAATTGCGACCGCTCCCTTCTGGAATGTAAAAGCCGTATTTTGC
GTTCATATTGGCACTTCAATGTGCTTACGTTATCCGTCTGATTATCATAA
ATCGATGTTTCCCTTTAATGTTTGCCAGAGTAAATAAGTCTTTCAACGCT
TCTCCCGACGAAATCTGGCCTTTTTAGTAGAAGACCTTCATCCCGATTTC
CAATAACTATTTTGTTTATTCCTCAAAATGTGATGCGTTTGATTGAAATT
AACAATGACCATATATGATCTTTCCTGAAGAATTCTGAACCAACACCCAT
TTAGTCTATTTCGAGCCCAACCTGAATCGTGTCTTCAAACGTTGCTGTTT
CATATTTTTTGTTTTTATCCGGATCGAAACATCTCATTGTGTGTCCACAC
TATGTGACCCCTATGGTGAAAACAGGGCCCACTGATGTTATTAGCAAGTT
TAGCTAATCAGAGTGCAGCTTCTACAATCCAGCTCCAACCACTAGTTTAA
TATGTTGTGAACCATAAGGGACCCTTCCTCAAGATGTGGTTGCACCTGAG
TTCCTGACCCACAACGACTAAGGTTGCAGGGAGTCGTCATTCAATTTCCT
CAGTAGCAGAAAGTCTGGGGTGGCGACAACTTATTTATCCGCAGGGCCCT
GGAATCGAGAAGCGGCCTCTCAGCACGGCAGAGTTATTCGCTGAGCACTT
CATCATTCAACTGCCTTGTATAAAGCACTTTGGAAACTACATGAACAATA
TTACAAAATTGCTTTGTTTGGCACTGAAAATCCCCAAGTTTGTTTTCAGA
CAGTGCCAACAAATTAGCTTTTGGCAGGTTTTGCATGACCCGTAGTATCA
TCCCCTAACGATGATGAAAAGCTGTAATGGATTTACCATTTCGTTGAAAT
ACTGTCAAAGCCTTTCATGTTCTGTGATTGTTTATATAACATGGTCTGTA
TTGTTGTTCTCAAATATGACTAATGGAGATTGATATTTCTTTGGTTTCAA
AAAAGGACTATTTTGAATGGGTGCACTCGTGTTTGATTAGCGAGACAGGA
TGGGAGAGGAATACAAAACCTGCAACTTCATTCCTCTCTGAAGAACACCA
AGAACCTGTCCAATGCCATGAGGTACTCCTCCTACTCACCTTCACTAAAT
GGTAATTATTATGATTAAATGCCTCATTCTAAAACCATTCCATTTTCAAT
CCGGGATTTTAAGAGGCGTAGAGGCAAGTAGGAATCATGTTTCAAAATTG
CAACCCCAATCCACGGCAATGTTTTCTTTCTGGAGCATAGCAAAACCAAT
TTAAGAAAAAATGTTCACTTTATAGGCGCCCTTGTGTGTTCCAGGCAAAA
TGACTGCTTATGCTATTGTGTTATTCTGCTCGGCTTTGAGGTTATTGGAA
ATATGTCAGCATTTGCGACAAGTTTTGATACTTTGATTGTAGTAAAAAAG
TTTCCATGCCCTGAGAAGCACAAAGTCCAGGGAAAATCCTGAAAGAGGAA
TGATTCACAATGTATGACAGAGACAGTTCCTCTTCAAAAGAACGAGGGGT
TGCGTGTCCATTTTTATTTTGATACCGTCGATATACTTTCATTCGTACAC
GTGTTAAGTGACCAACAGAATAAAAATATTCTTTCATTCGGGTTTCCGGG
TAGTTTTTTAGGCTTTCCACAAACCATATTAAAGTCAGGTGTTCTCTTGA
AACAAATTTGGTTATGCCAGAGCGTTCTTATGACATGGTGCAAAACAATT
TGTCAAAGTTACACACTGAAAGCTTCATTTCTAAGGTCTGTAGAGCCTTT
TCGAACCTCTGAACTCGCCCAGAGTTGTGAGCTGGCGATGCAAATCATAT
CTTAGACTGTTTGCTCGCTCAAACTGCACTTCACCTTTTTTTATTACAAC
ACACAAAGGTAACTAAAATGAAAAGTTCAATCCCTACGTATACCGGGGAT
TTGATAATTATAATAAAGCAATAGACAATAAACCTAAGGATGTGTTTAGC
GTCGGGATGATTATGTTCGATCAGTTTGCCGAGCAACTTTCTGGTCATTG
TGAAAAGTAACCAAGTCAGGGGGGCAGAAAGTTGAGCTTTCATCGTATTT
TAAGTTCGTCGGACATAATTTCATCTTATCAAGTATGATCAAGACTACCT
TTTGAAGGGAATCCACCCAAGGAGATGCCGAGAGTCGCATGATGATGTTG
TGACTGACTAGTGTATTGGGATACATGGGGGGTATATAGGTCAGTGATGA
CTCCACTCAGGATGTTGCAATCCCTCGGGGGACTACAGGAGGAGGCCAAG
GTTCAGGGCTGCGAACTGGCTCACGCGAGAGTCAAATTGCAAATATCTGA
CTCTTTCGAATTCTGGTTGGCTCCCAGATTTTTGAAGTCGGGAGCCAACC
CCGATTTGGCTTCAAATTGGCCCTTTTCAGAGCCATTTTTGCAGGTACCA
CTTTGCGTCGGGACAATTCAAGAGCAGAGCACATTTTTTGCAGTTATCGG
GAAAATTCGGATTGGGCACAGCAAAAATGTACAAATATGAGAAATGAAGC
TAAAGCAAACAAGCTAATGGTATTTTTTGTTAACCACCCCACTGGCGAAC
TTCATGAGTCTATTTTAATCGGTTAAGACTAATTATACCATTTCATTTTG
GCTACATTTTTGAAGCCTGGCATTTGGTTCCAACTTTAATTCTTTTACTT
CGTGAGGATGGACAGGAGAGGGTCGAACCCTTCCAGAAGTCTCAAAAGTA
CACCAGTGTTCTTTGGTCAGAAATGTCAAATTCCGGCACGAGAAAACCAG
TAGTATTAAGTCTGGTTCCATTCACATTTCTAGTAGTATCTAAGTTATTT
TGTATTACCCATCCAAACTAATTGAGCAAATTTGGAATAAGTCTGTTAGT
TGACCGATTAATCGATTAATAATGAGGGTTCAATCAATTTCCAAACCAGC
CAGCTAAACAAGCGCAGCCTGCATATGGGATTAAGGCAGATCATTTACTT
TATAGTTAATTTTGACTAGGTGGGCTAGATATGTAGTTTTTCATGGCTAG
GTATGGCCAGATTCTTAGCATGGCTTGTGGCCCTATAGTGAGGTATGGCA
AGGTAACCCAGACAGGTCGACTCTTAGGCAAGCCAACAGTCTTTTGACCA
CACCCAAGTATTAGTAGAGTTCCCTTCAACTGGGAGGCTTTCTTGTTGGT
ACCAATTCAAATTCTGATAAATCGCAACTTCCATTCACTCGACTAGTTCG
CTTAGAGTAACTTTATCTGGCCTTCCTAAAACCCAATGACAAACTAGGTC
TATAATCTATTTACCTACGTATATCTATGGCCATCTCAGCTAATCTTTAG
ACTGATTTAAAATTCCAAGAAGTAGGATAGTTTGACGGAGGGTTGCCAAG
CAACTCAATTTTTCTAGCCTCGTTCCCTGTGCGAGTTCCCAGGCAAGCTT
TCGTCAAAATAGTATTAAAAATATTCAAAATATGGCTGAAAACAGTCCAC
TTATTCCCTGAGATGCCTGTGCCCGAACTTAGCCTCAAAAATAAGAGTGC
GGGCTCAGCCGGGACTTGAACCCGGGACCTCGCGCACCCGAAGCGCGAAT
CATACCCCTAGACCACTGAGCCGTGTCTCACGCCAGGGCAACATACTCTT
TATTTAAAAAGATGAAAGTCCTAAATTTGGCAAATATGCACAAAAACTTT
CCAGCTTGAATTATAACAGACAATCAATCGTAATTATAGATGGGCAAGAA
AGCTTGCCAAAAATCTGCTGGAAAACGCAAATACGAATTTCCCATCCCAG
ATCAATCTATAATTCCCAATTGTTTAGCAAAATAAGAATAACTGAGAGAA
ATAAGAGAAACCAGTGATGTGACCCGTATTACTTGGTCAACCTGCGGGTC
GACCCCGAGCCTACTTGGCGAGCGTCTGTCTGCGGCTGGTGTTAATTCCC
TGAATAAAGAACACGTCACCTCTCTAAGTGCCTGTCTTGTCCCCTCTCTC
CACCGGTCGTATCATGGCGTCGTAAGCAGGATCCCGGACCCAGGATCCCG
AACCCCCCGACCATCACCATGGAGTATTCGTTCTCTTCCCTGGCAGAAGC
CAAGAAGATGATCAATGGACATCGGTTGACCACGGCTCGTCTCTTAAAAC
ACGCATCGATGACTTATGACGCAGTGAAGTACGTCCCAACGTCTGAGGTT
CCGGAGCATGACAAGAACGAAGTCATCGTCCGAACCGATTCTTTGGCCAA
GGCTATGCTGAATTTTGATGCTGTCTTGGATGCTACAAAATGTGTTGACG
ACCCGGATGCTGAGAAAGCCACCGAGGATCCTGAGACATATTCCACAAGC
GTGAGTGAGATCTACTCCGAAATTCGAAGGTGGATCACCGAGGTGGAGCG
AGCAAGCACTGCTTCCCAAGTCCGTTTTGATAGGATCCTTCCCACCAATC
CACCGGCACAATACCGCCCCGTGGCCAAGGCGCCACCTGCCTTACAGGAA
GACGTGGATATTCGACGTTTCGATGATTGGCGTTCTTCCTTTCTGATCTA
CATCAAAGTGGTCGGCGTGCTGGAACGTCCACGCGAGCATCAAGTCTCAA
CTTTATGGACCTTCTTTGCACCGGAGATGCTATCCATAGTACAGGATGTC
TACGGAATCCCGGAGGATACA
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Synonyms
The feature 'beat protein' has the following synonyms
Synonym
Tk08395
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