PREDICTED: uncharacterized protein LOC102680362 isoform X2, maker-scaffold497_size155254-snap-gene-0.10 (gene) Tigriopus kingsejongensis

Overview
NamePREDICTED: uncharacterized protein LOC102680362 isoform X2
Unique Namemaker-scaffold497_size155254-snap-gene-0.10
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 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: 250.366 bits (638), Expect = 1.333e-83
Identity = 125/224 (55.80%), Postives = 156/224 (69.64%), Query Frame = 0 
Query:   46 SVKIRVLDVPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEGIFETVQGDAEMTVVALPRGGPHIQGVPNHEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIR 269
            SV+IRVLDVPQ A+AG  V LTCDYDL+ QRLYQ+KWYKG+HEFYRYSP D  ++KLFLVENL VD ++SD  TVVLK+LHVDMTG Y CEVSTEG FETVQ  A+M        G H        V +G+ L++NCTSLKSKPAA+L F++NN K+ G                     R  ISLR+++ITNE+D+P+TE+SILSM+  +++HHV   RI +R
Sbjct:   17 SVRIRVLDVPQAAKAGLDVKLTCDYDLQGQRLYQVKWYKGSHEFYRYSPNDENKIKLFLVENLDVDPRRSDSTTVVLKNLHVDMTGTYXCEVSTEGTFETVQASAKM-------DGYH------EIVEVGDTLILNCTSLKSKPAAQLTFYINNKKIKGR--------------------RSHISLRKYVITNEKDRPKTETSILSMELKVKRHHVVNSRIHVR 207
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BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 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: 145.591 bits (366), Expect = 5.184e-42
Identity = 89/261 (34.10%), Postives = 142/261 (54.41%), Query Frame = 0 
Query:   24 TMDLHSA----TVCQFLILFCLGAALSVKIRVLDVPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEGI-FETVQGDAEMTVVALPRGGPHIQ-GVPNHEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAY 278
            +++LH        C  L+LF    + S+K+  + +P  A  G    L C+YDL+  +LY IKWY+   EFYR+ P D     +F  + +HVD Q+S + +V+L+++ ++ TGK+ CEVS E   F+T   DA + V+ LP  GP I  G P +  +IG+ + +NCTS +SKPAAKL++++N  +     D A  H +                    LI   +DK   E+S+L ++F +R+ H  +G + ++C ATI   Y
Sbjct:    3 SLELHQPWSPLVTCLKLLLFSEIVS-SIKLHDVTIPPHAIRGQNARLKCNYDLQGDKLYSIKWYRNGKEFYRFIPTDIPSRSIFNGDGIHVDQQESTETSVLLRNVDLNTTGKFRCEVSGEAPSFQTAYQDAILAVIDLPDDGPIITGGFPRY--HIGDRVEVNCTSYRSKPAAKLKWYINGEQA----DPAFTHHFK-------------------LI---KDKNGLETSVLGLRFKVREKHFHKGDLKLKCTATIATIY 234
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BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 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: 134.42 bits (337), Expect = 3.892e-38
Identity = 74/226 (32.74%), Postives = 113/226 (50.00%), Query Frame = 0 
Query:   54 VPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEGI-FETVQGDAEMTVVALPRGGPHIQGVPNHEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAY 278
            VP+     + V L C + L   RLY +KWYK   EFYRY P D   V +F V  + VDV++S+   V LKDL +  +G YTCE S+EG  F+T+ G  EM ++ LP   P I G+      +G  L +NCTS  SKPAAKL +++NN +V+                        ++ L  +  +  E      +S + + F +++ H   G + ++C + +   Y
Sbjct:    6 VPKYETIHNQVQLYCQFSLGPDRLYSVKWYKDGSEFYRYVPKDNPPVLVFGVSGIIVDVKRSNSLVVTLKDLQLSCSGTYTCEASSEGPRFKTISGQGEMEILDLPDSEPIISGINASGYKVGSWLNVNCTSPNSKPAAKLNWYINNEQVN------------------------SLYLADYSPSMNEHT-GLYTSFIGLSFKLKRQHFIHGVVTLKCTSKLFQHY 206
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BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 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: 132.88 bits (333), Expect = 4.716e-37
Identity = 86/266 (32.33%), Postives = 124/266 (46.62%), Query Frame = 0 
Query:   40 CLGAALSVKIRVLDVPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEG-IFETVQGDAEMTVVALPRGGPHIQGVPNHEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAY--RGEKTKEIFVRTHQAANLSNNKYS 302
            C      V +  + VP  A  G    L CDYDLE Q LY +KWYK   E +RY P +   V  +    + VD  +SD+  + L++L++  TG+Y CEVSTE   F TV    +M VV +P  GP I G        G+ + +NCTS KSKPAA L++ +N      A D  +VH                     + I N      T  S L + F + + H   G + ++C ATI + Y    E++ E   R   +A   + +Y+
Sbjct:    3 CTDEIEGVILNNVGVPSYAINGKDATLVCDYDLEGQALYSVKWYKNGLEIFRYLPSNNVPVTTYARPGVKVDTSRSDEFRITLRNLNLKSTGRYRCEVSTEAPTFATVSSYGDMIVVVIPSNGPKIHG-GKVRYRPGDAVNVNCTSRKSKPAANLDWSINGEP---ANDSMLVH---------------------YPIHNTSHGLHT--STLGLSFKVLRDHFHNGDMKLKCTATIASIYWKSNERSAEGLKRKRNSAPFYSEEYN 241
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BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 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: 127.487 bits (319), Expect = 1.486e-34
Identity = 76/258 (29.46%), Postives = 125/258 (48.45%), Query Frame = 0 
Query:   29 SATVCQFLILFCLGAALSVKIRVLDVPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEGIFETVQGDAEMTVVALPRGGPHIQGVPNHEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAYRGEKTKEI 286
            S  +  FL +  + A     +RV ++P++AQ G  V   C Y LE  +LY IKWY+G +E +R+ P +  + K F +   +V  +KS   T+ L  ++ + +G Y+CEV  +  F T+    EM V+ LP   P I GV + +  IG+ +   CTS +S P A L +F+N     G                          LR++ +  E D   T +++L M F + + H+R   + ++C +T+L+ Y      EI
Sbjct:   13 SGILLTFLAIIRVPANGLYNLRV-NIPEIAQRGRDVIFNCTYSLEADKLYAIKWYRGNYEIFRFVPSENPKKKTFPLLGFNVSEEKSTGETLFLHSVNFENSGAYSCEVIADITFHTLIQTKEMLVIDLPDERPRITGVKD-KYRIGDTITATCTSWQSHPPANLTWFINGEPARGG------------------------YLRRYDLRKEYDG--TYTTVLGMHFEVLRQHMRNRVLKLKCTSTLLSVYWQSSEVEI 242
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BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 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: 108.612 bits (270), Expect = 1.044e-27
Identity = 73/256 (28.52%), Postives = 116/256 (45.31%), Query Frame = 0 
Query:   61 GHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEGI-FETVQGDAEMTVVALPRGGPHIQGVPNHEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAYRGEKTKEIFVRTHQAANLSNNKYSGLGHAMHSLGGLF 315
            G TV LTC YDL R  +Y +KWYK + E Y+Y P  +     F    + +D + +    +V K      +G+Y+CE++ E   F T    + +TV+  P+  P I+G+ N     G+ + INCTS  SKPAAKL +F+N   +     L ++  + S                         +   E+S L ++F    HH + G + + C A I   ++     E        ++L+NN  S    ++HS   LF
Sbjct:   35 GDTVTLTCRYDLGRDAIYSMKWYKDSKELYKYIPTYKPEYITFKQPGIIIDEESTRPNQLVFKVESPLGSGQYSCEITIETPSFRTYNKTSNLTVIVPPKFPPKIKGI-NSSYRSGDLVEINCTSSDSKPAAKLTWFMNGEPIQSNYALPLIKEFDS-------------------------ETGLETSRLGLRFVAEDHHFQHGEMRLTCLAEIEQVWKTH--IEGIAGEGGVSSLTNNHLSETRKSIHSGNSLF 262
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BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 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: 92.8189 bits (229), Expect = 7.334e-22
Identity = 81/337 (24.04%), Postives = 134/337 (39.76%), Query Frame = 0 
Query:    7 MQALKRHFRHLVRLETSTMDLHSATVCQFLILFCLGAALSVKIRVLDVPQVAQAGHTVPLTCDYDLER-QRLYQIKWYKGTHEFYRYSPMD--------RER--------VKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEGIFETVQGDAEMTVVALPRGGPHIQGVP-NHEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAYRGEKTKEIFVRTHQAANLSNNKYSGLGHAMHSLGGLFYSGMVWALFV 325
            M  L+RH RH   L TS + L       F   +      S+ +  + VPQ    G    L C Y+L+  ++L+ +KWYK   EFYR+ P D        +ER        ++ + V  + +D++KS    V+LK +    TG Y CEV+           A +    LP+  P I G         G+ L + CTS  S P AKL++ LN  ++                  F V  +  ++  + L           SS++ +   + + H   G + IRC  TI   +  +  + +F    +   +   + S   ++  S      +   W  F+
Sbjct:    1 MGPLQRHKRHFQTLNTSILYL-----LYFATSYLFDVCSSIHLEAVVVPQYKFRGQNATLLCRYELKNNEQLFSLKWYKEETEFYRFMPRDDLRIRGGFKERKLDPHDDSIQTWKVSGIKIDIEKSRPEEVILKRVGFKSTGMYRCEVT-----------AVVRKKELPKQLPTILGGEIKRTYKPGDFLNLTCTSAPSNPPAKLQWILNGREID----------------EFFVEEQYLLNKHRGLF----------SSVIGLMLPLDESHFENGELRIRCRGTIAAEFWKKDVENVFTEREKIVKVLEIRESQWPNSSGSYLRSSPASFFWTFFI 295
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BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 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: 90.8929 bits (224), Expect = 3.556e-21
Identity = 67/240 (27.92%), Postives = 116/240 (48.33%), Query Frame = 0 
Query:   46 SVKIRVLDVPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDR-------TVVLKDLHVDMTGKYTCEVSTEGIFETVQGDAEMTVVALPRGGPHIQGVPNHEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAY 278
            S++  +L +P  A+ G TV + C+Y L+ + LY +K YKG HEF +  P     VK F  + +++     D          + L D+++  TG Y CE S +  F T      +TV+  P   P + G  N    +GE+L + C+   + P+A + +F+N     G + L  +  +++  ++ Q SG         LIT+        +S+LS+  H++  H   GR+  +C A+IL  +
Sbjct:   12 SLRDLILSLPPAARLGETVLINCNYHLQGEELYTVKLYKGRHEFLQIVPDKTPPVKTFPRKGINIKDVSLDGNGKHIVGVNITLSDVNLFTTGLYGCEASADSSFHTQLVRKYLTVLVQPADRPEVIGFKN-TYQVGEKLNMTCSLKNTFPSANITWFIN-----GNRGLGFIKFYST--STAQNSG---------LITS--------TSVLSL--HLQPMHFPNGRLTGKCVASILTMH 224
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BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 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: 82.8037 bits (203), Expect = 1.007e-19
Identity = 43/111 (38.74%), Postives = 61/111 (54.95%), Query Frame = 0 
Query:   45 LSVKIRVLDVPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEGIFETVQGDAEMTVV 155
            LSV+I     P+  Q G T  LTC Y+L    LY +KWYKG HEF+RY P +   VK+F        +  SD   VV++D+ ++ +G Y CEV+    +  +   A MTV+
Sbjct:   26 LSVRI-----PEHIQKGQTADLTCSYNLGGDTLYSVKWYKGRHEFFRYMPHEYPAVKIF-------PMTASDQTRVVIEDVQINFSGTYLCEVTVTPSYYALMQFANMTVI 124
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BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 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: 79.337 bits (194), Expect = 1.159e-17
Identity = 62/238 (26.05%), Postives = 98/238 (41.18%), Query Frame = 0 
Query:   47 VKIRVLD---VPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLF-LVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEGIFETVQGDAEMTVVALPRGGPHIQGVPNHEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLIT--NEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAY 278
            V +R+L+   +P  A  G    L C+YDLE   LY +KWY    EFYRY P D  +V +F  +  + VD   S ++ +VL ++  D         ++EG                        G P +   IG+ + ++CTS  S PAA+L +++N  K                              +Q+L +   EE      SS L + F + + H +   + ++C ATI   Y
Sbjct:   11 VAVRLLEDSVIPPHALRGQQTRLRCNYDLENDNLYSVKWYFNDQEFYRYIPSDSPKVTIFHHLPGIRVDRSLSSEKEIVLDNVDFD---------ASEG------------------------GQPRYR--IGDWVNVSCTSRNSLPAAQLAWYINGEKAD----------------------------KQYLTSYPEEEHHNSLRSSKLGLMFKVHQKHFKHNDLKLKCTATISTVY 185
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BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 vs. nr
Match: gi|1061114601|ref|XP_017883457.1| (PREDICTED: uncharacterized protein LOC108626972 isoform X1 [Ceratina calcarata])

HSP 1 Score: 156.377 bits (394), Expect = 6.091e-42
Identity = 100/287 (34.84%), Postives = 148/287 (51.57%), Query Frame = 0 
Query:   36 LILFCLGAALSVKIRVLD--VPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEGI-FETVQGDAEMTVVALPRGGPHIQGVPNH-EVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAYRGEKTKEIFVRTHQAANLS-----NNKYSGLGHAMHSLGG 313
            L L CL    +V +R+L+  VPQ    G  + L C++DL+ + LY +KWYK  +EFYRY P DR  V +F +  +  ++  S +R+VVL  +++  TG+Y CEVS E   F+TV   ++M VVALP  GP I G P      +G+ +  NCTS KSKPAA L +F+N   V                T +         LR   I  E D+   E+++L ++F +R  H ++G + I+C ATI   Y   K+ E+ +   +   +        +  G  HA H LGG
Sbjct:    7 LFLGCLLVNDAVSLRMLELVVPQHVVRGQNIRLECNFDLDGEALYSVKWYKDGNEFYRYVPQDRPPVLVFQLPGVTANIHNSTERSVVLYSVNLMSTGRYRCEVSAEAPSFQTVSDHSDMLVVALPEDGPVITGRPGRPRYQVGDVVRFNCTSAKSKPAAMLSWFINGEPVD---------------TQY---------LRGPHIV-EVDREGLETAVLGLEFRLRTKHFKRGDLKIKCLATIATVY--WKSNELSIEGERPLKMPVMESRETRAQGHTHAEHILGG 266
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BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 vs. nr
Match: gi|1026564935|gb|OAD55025.1| (hypothetical protein WN48_05650 [Eufriesea mexicana])

HSP 1 Score: 157.918 bits (398), Expect = 7.905e-42
Identity = 101/293 (34.47%), Postives = 154/293 (52.56%), Query Frame = 0 
Query:   40 CLGAALSVKIRVLD--VPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEG-IFETVQGDAEMTVV----------ALPRGGPHIQGVPN-HEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAYRGEKTKEIFVRTHQAANLS-----NNKYSGLGHAMHSLGG 313
            C  A+ +V +R+L+  VPQ    G  + L C+++L+ + LY +KWYK  +EFYRY+P DR  V +F +  +  ++  S +R+VVL  +++  TG+Y CEVS E   F+TV   ++M VV          ALP  GP I G P  H   +G+ +  NCTS KSKPAA L +F+N + VS  +   VV       T +         LR   IT E D+   E+++L ++F +R  H ++G + I+C ATI   Y   K+ E+ +   +   +        +  G  HA H LG 
Sbjct:   48 CTAASDTVALRMLELVVPQHVVRGQNIRLECNFNLDGETLYSVKWYKDGNEFYRYAPQDRPPVLVFQLPGVTANIHNSTERSVVLYSVNLMSTGRYRCEVSAEAPFFQTVSDHSDMLVVEWKKKIVKLAALPEDGPVITGRPGRHRYQVGDVVRFNCTSAKSKPAAMLSWFINGDPVSDLRGTVVVD------TQY---------LRGPHIT-EVDREGLETAVLGLEFRLRTKHFKRGDLKIKCLATIATVY--WKSNELSIEGERPLKMPVMESRETRAQGHTHAEHILGA 322
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BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 vs. nr
Match: gi|1035620903|ref|XP_016918365.1| (PREDICTED: uncharacterized protein LOC108001707 isoform X2 [Apis cerana])

HSP 1 Score: 155.606 bits (392), Expect = 1.375e-41
Identity = 102/303 (33.66%), Postives = 158/303 (52.15%), Query Frame = 0 
Query:   34 QFLILF-CLGAALSVKIRVLD--VPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEG-IFETVQGDAEMTVVALPRGGPHIQGVPN-HEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAYRGEKTKEIFVRTHQAANLS-----NNKYSGLGHAMHSLGGLFYSGMVWALFVL 326
            +F +LF CL    +V +R+L+  VPQ    G  + L C+++L+ + LY +KWYK  +EFYRY P +R  V +F +  +  ++  S +R+VVL  +++  TG+Y CEV  E   F+TV   ++M VVALP  GP I G P  H   +G+ +  NCTS KSKPAA L +F+N   V                T +         LR   IT E D+   E+++L ++F +R  H ++G + I+C ATI   Y   K+ E+ +   +   +        +  G  HA H LGG   + +   +F+L
Sbjct:    4 RFGLLFACLFVDDTVALRMLELVVPQHVVRGQNIKLECNFNLDGETLYSVKWYKDGNEFYRYVPQERPPVLVFQLPGVTANIHNSTERSVVLHSVNLMSTGRYRCEVLAEAPYFQTVSDHSDMLVVALPEDGPIITGRPGRHRYQVGDVVRFNCTSAKSKPAAILSWFINGEPVD---------------TQY---------LRGPHIT-EVDREGLETAVLGLEFRLRTKHFKRGDLKIKCLATIATVYW--KSNELSIEGERPLKMPVMESRETRAQGHTHAEHILGGSGSNMLAPCIFLL 279
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BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 vs. nr
Match: gi|1238834003|ref|XP_022257066.1| (uncharacterized protein LOC106471896 [Limulus polyphemus] >gi|1238834005|ref|XP_022257073.1| uncharacterized protein LOC106471896 [Limulus polyphemus])

HSP 1 Score: 155.992 bits (393), Expect = 1.637e-41
Identity = 99/286 (34.62%), Postives = 146/286 (51.05%), Query Frame = 0 
Query:   36 LILFCLGAALSVKIRVLDVPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEG-IFETVQGDAEMTVVALPRGGPHIQGVPNHEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAYRGEKTKEIFV--RTHQAANL---SNNKYSGLGHAMHSLGGLF 315
            +IL  L  +LS+K+ ++D+P   + G  V L C+YDLE + LY +KWYK   EFYR+ P D    +   +  + VD+ +S+ ++V L+++ +D  G Y CEVS E  IF+TV    EM V ALP   P I G  N +  IG+ + +NC+S KSKPAA L +++N+  V    +       TS+ T     G                    ESS LS++F ++ HH     + IRC ATI   Y     +E+ V  R  QA+ L   S N       A HS+  ++
Sbjct:   34 VILQVLSESLSMKMIMMDIPSPTRVGQAVELVCNYDLEGETLYSVKWYKDGIEFYRFVPNDWPPGQFLTLPGIRVDLSRSNRQSVYLREVDLDTAGVYRCEVSAEAPIFDTVSAKKEMKVFALPAEAPKITG-KNGKYRIGDTVSVNCSSAKSKPAATLRWYINDVPVGPEYE-------TSHSTILHADG-------------------LESSSLSLRFVVKDHHFINSNMRIRCSATIPRVYTMSD-EELVVGGRLQQASGLLHISENVSKVRDSAPHSMVPVY 291
[Close]
BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 vs. nr
Match: gi|572258386|ref|XP_006607573.1| (PREDICTED: uncharacterized protein LOC102680362 isoform X2 [Apis dorsata])

HSP 1 Score: 155.221 bits (391), Expect = 1.933e-41
Identity = 101/303 (33.33%), Postives = 158/303 (52.15%), Query Frame = 0 
Query:   34 QFLILF-CLGAALSVKIRVLD--VPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEG-IFETVQGDAEMTVVALPRGGPHIQGVPN-HEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAYRGEKTKEIFVRTHQAANLS-----NNKYSGLGHAMHSLGGLFYSGMVWALFVL 326
            +F +LF CL    ++ +R+L+  VPQ    G  + L C+++L+ + LY +KWYK  +EFYRY P +R  V +F +  +  ++  S +R+VVL  +++  TG+Y CEV  E   F+TV   ++M VVALP  GP I G P  H   +G+ +  NCTS KSKPAA L +F+N   V                T +         LR   IT E D+   E+++L ++F +R  H ++G + I+C ATI   Y   K+ E+ +   +   +        +  G  HA H LGG   + +   +F+L
Sbjct:    4 KFGLLFACLLVDDTIALRMLELVVPQHVVRGQNIKLECNFNLDGETLYSVKWYKDGNEFYRYVPQERPPVLVFQLPGVTANIHNSTERSVVLHSVNLMSTGRYRCEVLAEAPYFQTVSDHSDMLVVALPEDGPIITGRPGRHRYQVGDVVRFNCTSAKSKPAAILSWFINGEPVD---------------TQY---------LRGPHIT-EVDREGLETAVLGLEFRLRTKHFKRGDLKIKCLATIATVYW--KSNELSIEGERPLKMPVMESRETRAQGHTHAEHILGGSGSNMLAPCIFLL 279
[Close]
BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 vs. nr
Match: gi|380020620|ref|XP_003694180.1| (PREDICTED: uncharacterized protein LOC100864194 isoform X5 [Apis florea])

HSP 1 Score: 155.221 bits (391), Expect = 2.082e-41
Identity = 102/303 (33.66%), Postives = 158/303 (52.15%), Query Frame = 0 
Query:   34 QFLILF-CLGAALSVKIRVLD--VPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEG-IFETVQGDAEMTVVALPRGGPHIQGVPN-HEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAYRGEKTKEIFVRTHQAANLS-----NNKYSGLGHAMHSLGGLFYSGMVWALFVL 326
            +F +LF CL    +V +R+L+  VPQ    G  + L C+++L+ + LY +KWYK  +EFYRY P +R  V +F +  +  ++  S +R+VVL  +++  TG+Y CEV  E   F+TV   ++M VVALP  GP I G P  H   +G+ +  NCTS KSKPAA L +F+N   V                T +         LR   IT E D+   E+++L ++F +R  H ++G + I+C ATI   Y   K+ E+ +   +   +        +  G  HA H LGG   + +   +F+L
Sbjct:    4 RFGLLFACLLVDDTVALRMLELVVPQHVVRGQNIKLECNFNLDGETLYSVKWYKDGNEFYRYVPQERPPVLVFQLPGVTANIHNSTERSVVLHSVNLMSTGRYRCEVLAEAPYFQTVSDHSDMLVVALPEDGPIITGRPGRHRYQVGDVVRFNCTSAKSKPAAILSWFINGEPVD---------------TQY---------LRGPHIT-EVDREGLETAVLGLEFRLRTKHFKRGDLKIKCLATIATVYW--KSNELSIEGERPLKMPVMESRETRAQGHTHAEHILGGNGSNMLAPCIFLL 279
[Close]
BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 vs. nr
Match: gi|805802197|ref|XP_012144882.1| (PREDICTED: uncharacterized protein LOC100875305 isoform X2 [Megachile rotundata])

HSP 1 Score: 154.836 bits (390), Expect = 2.196e-41
Identity = 101/300 (33.67%), Postives = 157/300 (52.33%), Query Frame = 0 
Query:   36 LILFCLGAALSVKIRVLD--VPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEGI-FETVQGDAEMTVVALPRGGPHIQGVPN-HEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAYRGEKTKEIFV---RTHQAANLSNNKYSGLG--HAMHSLGGLFYSGMVWALFVL 326
            ++L CL A  +  +R+L+  VPQ    G  + L C+++L+ + LY +KWYK  +EFYRY P DR  V +F +  +  ++  S +R+VVL  +++  +G+Y CEVS E   F+TV   ++M VVALP  GP I G P  H   + + +  NCTS KSKPAA L +F+N   V                T +         LR   IT E D+   E+++L ++F +   H ++G + I+C ATI   Y   K+ E+ +   R H+   + + +    G  HA H LGG   S ++  +  L
Sbjct:    7 MLLICLLAEDTGALRMLELVVPQYVVRGQNIRLECNFNLDGETLYSVKWYKDGNEFYRYVPQDRPPVLVFQLPGVTANIHNSTERSVVLYSVNLMSSGRYRCEVSAEAPSFQTVSDHSDMMVVALPEDGPVITGRPGRHRYQVRDVVRFNCTSAKSKPAAMLSWFINGEPVD---------------TQY---------LRGPHIT-EVDREGLETAVLGLEFRLHAKHFKRGDLKIKCLATIATVYW--KSNELSIEGERPHKMPVMESRETRAQGHTHAEHILGGSGSSALLPCILPL 279
[Close]
BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 vs. nr
Match: gi|1185552836|ref|XP_020723796.1| (uncharacterized protein LOC100650751 isoform X2 [Bombus terrestris])

HSP 1 Score: 154.836 bits (390), Expect = 2.248e-41
Identity = 97/291 (33.33%), Postives = 151/291 (51.89%), Query Frame = 0 
Query:   43 AALSVKIRVLDVPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEGI-FETVQGDAEMTVVALPRGGPHIQGVPN-HEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAYRGEKTKEIFVRTHQAANLS-----NNKYSGLGHAMHSLGGLFYSGMVWALFVL 326
              L++++  L VPQ    G  + L C+++L+ + LY +KWYK  +EFYRY P +   V +F +  +  ++  S +R+VVL  +++  TG+Y CEVS E   F+TV   ++M VVALP  GP I G P  H   +G+ +  NCTS KSKPAA L +F+N + V                T +         LR   IT E D+   E+++L ++F +R  H ++G + I+C ATI   Y   K+ E+ +   +   +        +  G  HA H LGG   S +   +F+L
Sbjct:   12 GTLALRMLELVVPQHVVRGQNIKLECNFNLDGETLYSVKWYKDGNEFYRYVPQNMPPVLVFQLPGVTANIHNSTERSVVLYSVNLMSTGRYRCEVSAEAPSFQTVSDHSDMLVVALPEDGPIITGRPGRHRYQVGDVVRFNCTSAKSKPAAMLSWFINGDPVD---------------TQY---------LRGPHIT-EVDREGLETAVLGLEFRLRTKHFKRGDLKIKCLATIATVYW--KSNELSIEGERPLKMPVMESRETRAQGHTHAEHILGGSGSSTLTPCIFLL 275
[Close]
BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 vs. nr
Match: gi|1238829512|ref|XP_022239814.1| (cell adhesion molecule 1-like [Limulus polyphemus] >gi|1238829514|ref|XP_022239820.1| cell adhesion molecule 1-like [Limulus polyphemus])

HSP 1 Score: 154.836 bits (390), Expect = 2.895e-41
Identity = 90/267 (33.71%), Postives = 133/267 (49.81%), Query Frame = 0 
Query:   35 FLILFCLGAALSVKIRV----LDVPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEGI-FETVQGDAEMTVVALPRGGPHIQGVPNHEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAYRGEKTKEIFVRTHQAANL 296
             ++L   G A    +R+     DVP   +AG +V LTC Y L+   LY +KWYK   EFYRY P D    +   +  + V++ KS +  V L D+ +D  G+Y CEVS E   F+TV+   +M V+ LP  GP I G    + NIG+ +++NCTS KSKPAA L +++N           +    T   T F   G                    ESSILS++F + + H+R G + ++CE+++L +Y            HQA+ L
Sbjct:    8 LIVLLLRGLATVASLRLDGDMFDVPSPIRAGQSVELTCSYKLDGDSLYSVKWYKDNIEFYRYVPKDWPPGQFLPLRGVRVELSKSGEDKVYLNDIDLDSEGRYRCEVSAEAPSFQTVEASKDMKVLVLPTEGPKISG-GRAKYNIGDTVMVNCTSAKSKPAATLRWYINGE---------LAKHETRYSTKFHNDG-------------------LESSILSLKFIVTEDHLRNGNMRLKCESSVLRSYVMSNEAHAMGEHHQASGL 245
[Close]
BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 vs. nr
Match: gi|808148141|ref|XP_012175100.1| (uncharacterized protein LOC100650751 isoform X1 [Bombus terrestris] >gi|808148143|ref|XP_012175101.1| uncharacterized protein LOC100650751 isoform X1 [Bombus terrestris])

HSP 1 Score: 154.451 bits (389), Expect = 3.304e-41
Identity = 97/291 (33.33%), Postives = 151/291 (51.89%), Query Frame = 0 
Query:   43 AALSVKIRVLDVPQVAQAGHTVPLTCDYDLERQRLYQIKWYKGTHEFYRYSPMDRERVKLFLVENLHVDVQKSDDRTVVLKDLHVDMTGKYTCEVSTEGI-FETVQGDAEMTVVALPRGGPHIQGVPN-HEVNIGEELLINCTSLKSKPAAKLEFFLNNNKVSGAKDLAVVHAWTSNGTSFQVSGRRAISLRQFLITNEEDKPQTESSILSMQFHIRKHHVRQGRILIRCEATILNAYRGEKTKEIFVRTHQAANLS-----NNKYSGLGHAMHSLGGLFYSGMVWALFVL 326
              L++++  L VPQ    G  + L C+++L+ + LY +KWYK  +EFYRY P +   V +F +  +  ++  S +R+VVL  +++  TG+Y CEVS E   F+TV   ++M VVALP  GP I G P  H   +G+ +  NCTS KSKPAA L +F+N + V                T +         LR   IT E D+   E+++L ++F +R  H ++G + I+C ATI   Y   K+ E+ +   +   +        +  G  HA H LGG   S +   +F+L
Sbjct:   17 GTLALRMLELVVPQHVVRGQNIKLECNFNLDGETLYSVKWYKDGNEFYRYVPQNMPPVLVFQLPGVTANIHNSTERSVVLYSVNLMSTGRYRCEVSAEAPSFQTVSDHSDMLVVALPEDGPIITGRPGRHRYQVGDVVRFNCTSAKSKPAAMLSWFINGDPVD---------------TQY---------LRGPHIT-EVDREGLETAVLGLEFRLRTKHFKRGDLKIKCLATIATVYW--KSNELSIEGERPLKMPVMESRETRAQGHTHAEHILGGSGSSTLTPCIFLL 280
The following BLAST results are available for this feature:
BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 16
Match NameE-valueIdentityDescription
EMLSAG000000080551.333e-8355.80supercontig:LSalAtl2s:LSalAtl2s479:248417:252564:-... [more]
EMLSAG000000108645.184e-4234.10supercontig:LSalAtl2s:LSalAtl2s722:19599:190212:-1... [more]
EMLSAG000000076383.892e-3832.74supercontig:LSalAtl2s:LSalAtl2s442:555696:556660:-... [more]
EMLSAG000000087184.716e-3732.33supercontig:LSalAtl2s:LSalAtl2s53:973559:992430:-1... [more]
EMLSAG000000026531.486e-3429.46supercontig:LSalAtl2s:LSalAtl2s153:1109508:1222125... [more]
EMLSAG000000036891.044e-2728.52supercontig:LSalAtl2s:LSalAtl2s1:1730505:1794660:1... [more]
EMLSAG000000054727.334e-2224.04supercontig:LSalAtl2s:LSalAtl2s294:325441:341252:1... [more]
EMLSAG000000002633.556e-2127.92supercontig:LSalAtl2s:LSalAtl2s103:645619:649421:1... [more]
EMLSAG000000125751.007e-1938.74supercontig:LSalAtl2s:LSalAtl2s936:18916:102947:1 ... [more]
EMLSAG000000083991.159e-1726.05supercontig:LSalAtl2s:LSalAtl2s513:217857:265280:-... [more]

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BLAST of PREDICTED: uncharacterized protein LOC102680362 isoform X2 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 PREDICTED: uncharacterized protein LOC102680362 isoform X2 vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1061114601|ref|XP_017883457.1|6.091e-4234.84PREDICTED: uncharacterized protein LOC108626972 is... [more]
gi|1026564935|gb|OAD55025.1|7.905e-4234.47hypothetical protein WN48_05650 [Eufriesea mexican... [more]
gi|1035620903|ref|XP_016918365.1|1.375e-4133.66PREDICTED: uncharacterized protein LOC108001707 is... [more]
gi|1238834003|ref|XP_022257066.1|1.637e-4134.62uncharacterized protein LOC106471896 [Limulus poly... [more]
gi|572258386|ref|XP_006607573.1|1.933e-4133.33PREDICTED: uncharacterized protein LOC102680362 is... [more]
gi|380020620|ref|XP_003694180.1|2.082e-4133.66PREDICTED: uncharacterized protein LOC100864194 is... [more]
gi|805802197|ref|XP_012144882.1|2.196e-4133.67PREDICTED: uncharacterized protein LOC100875305 is... [more]
gi|1185552836|ref|XP_020723796.1|2.248e-4133.33uncharacterized protein LOC100650751 isoform X2 [B... [more]
gi|1238829512|ref|XP_022239814.1|2.895e-4133.71cell adhesion molecule 1-like [Limulus polyphemus]... [more]
gi|808148141|ref|XP_012175100.1|3.304e-4133.33uncharacterized protein LOC100650751 isoform X1 [B... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold497_size155254supercontigscaffold497_size155254:105594..150369 +
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-scaffold497_size155254-snap-gene-0.10-mRNA-1maker-scaffold497_size155254-snap-gene-0.10-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold497_size155254:105594..150369+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold497_size155254-snap-gene-0.10 ID=maker-scaffold497_size155254-snap-gene-0.10|Name=PREDICTED: uncharacterized protein LOC102680362 isoform X2|organism=Tigriopus kingsejongensis|type=gene|length=44776bp|location=Sequence derived from alignment at scaffold497_size155254:105594..150369+ (Tigriopus kingsejongensis)
ATGTTCATCCCAGCTCTGATGCAGGCCTTGAAGCGGCATTTCCGGCACTT
GGTCCGATTGGAGTAGGAAATGTTGCAAGTATCGGATCGCTTGCACGCCA
ATCGGTCAGTCTTGCCACTCTGAACGATGCGTCGGAAGAAGGCTCGACAG
CTGAGACACGTCGGTGCTCCATAGTTCAGATGGAACGACTCGGAATTGGT
CAGACAAATGGCGCAGATCTTGGAACGTCGCCCGCTTGTCCCTCCCTCTT
CGGAACCACTGAGGGAATCGTTGGATGGTTCCAGGAGTGAATTCGAATTG
ACACCCTGGTTAACATACATCGCAACATTGGATACTTTGAATCCGTCTGA
AAAGAAAAAGTGCAGAGTCAAGTATTTCCCCACCTACGTATATTAGGCGT
GTTAAGTTCCCACTGTAATTCTTGTAACCATATAGCCAAACATACTTTGA
AAAGGCCATTGAAATGTTTGAGAACTGGAAAGGCAAAAAAATGCGACTGC
TTTAGCTTTTTCGGTCTCACTTAAATAAAGGTTTAACCACTTCAGCAAAA
GTGAATTTTATCGATTTTCTTGTTTAAATTCATTGCCGTTGTGACCTTTT
TTTGGTGGTTTATTCAAAATGTCAATTGATTGAGTGACACAAAGCATTAC
TATTTCTATAAGTTCAAATTTGTCTTATGTAATTTTTTTTACCCCGTTCT
TTTTTTTATGAGTTTGATTATTCTTGGTTTTCGAAGAAGGCTCACAGTCC
ATACAAAATTGCACATTATTATCAATATTTGTATTCTTGTTTCGACCTTA
TAATTCAGGTGAACTTCTAAAAACACAACATTTTGAGCATTTATTGCCAT
ATGAATCGTTGTAATGACATGAACGAAAAGATTATTATTTTCGAACATTA
TAAATAGTTTTGGTGCATTCGAGTTTTAAATTACTTCCTATTTTTTTAAT
ATTCAGATGGATTGAAAGCATCCCCAGCCATAACATGAAAAAAGGAAGGC
CAAATATTTCGGCAGTCAATTTTTAACATTGAGCTCCAACGTTTAGAATT
CATGCAAAGCACCATATTATTAGTGGAGATACCAAAAGGCGAGTGAATTC
AATGAGTTCATACTGAAATACTCACTAGAAATGCAAATGTGTGTACAGTG
AATTTGAATGCAAAAACAACTGCAAATCCGGTTTCTTGATCTCTAATATT
CTCTCTGCATTTTGCACAATAGCTCCTTTCATCTTGCTACTCCATTCACT
ATCGAGCTAATGGCTCAAAGGTTGACGACTGATTGCTCCCAATGTACTTT
CGTGATCTCCCCCTTTCGCCCACTATAAGGAAATAAGCAGAGACAGCGAA
TTGTGAGCTTCTTTCGACGCCAAATCCAGTTTGCCAAGGCTACCGGACTT
CCTTTCCCTCAAATTCTAGATTTAACCTGTCTTCTTCAGCCCATTGGCAG
ATGGCTTCAAAACTTGTCTGATGCACTTAACCTGCTCACGAGTATATCGG
GTCCAACTTTGACTTCAACTTAACACTCAGCGCTCTCATTGCCATCACAT
TTATAGGGTACAAAGACTCTAAATGAAATCTACAATCCCACGGTTTTGAT
TGGTCCCTTCTATTCCTGTCGCTTCTAGTGAGTGCCACACCAAAGAAATT
CAAGCCAGTCTTGCCTTAAAAGTTGGTTAACCACTGTTGGCGCGGTCATT
AATCCCGAGCGAGCCAAGCTCTGCATTGTGCATACAAAAGACACGAGAAA
ATGTCCAGACTTCCACTTGTTTTCCTCAAACTTGTGAAACCTCTTATTTT
CAACAATTCAGCTGAGCCAGTTCTCGCTCGAGCAGTTGGAAGTTAGTATG
GCTAAGGCATTTGGGCTTCTTGGTCCTAATCTGATCTGAGGCAGACCAAA
GAGAGAGAGATGTATTAGCAATTCCACAAGAGACCCTCGTAGCTAGCCAC
TTAAGAGCTGAGGGTGTATCATTCATACATTGGATCTTAGGCACAGGTTC
CATTCCAGGCAATGTGCGTTTCTATGGATAGGCGCTAATTTTCCTCATGA
ATTTCCATGTTTAAATAAGAAATACAGTACAGTATAATTTATTAAAAAAA
TTCAGTAGCCATTGCATAACTGTTGCACAGAAATTCCGAAATTTAAGAAA
GGATGTAAGCAATTAAAATCACGTCAATAAATATTGCACCCAAATCAAAA
GGAATGTGATTTACAAAAAATATGCTAATGAGTGTGGCATTAAAATTTTG
AAAATAACTCTAGGTGGTTACAGCTGATATCAGAACAAAAATCACAAGAC
AAAATAAACTTTTTTCCGTTTACAATCGACCATTTGGTCGTTCACTAGCG
GCAAGATTTGCTCTCAAAAGCTTATGGTTTGAAAGGAGGAACAAAGATGA
GTTGCTAAACCAAAAAGCAAATAATATGACTTGGCAAGGGTAAAAGAGAA
GCAACACATGAAGCTCCAGGCATAAACACATAAGCACTCAATTGGATGTA
AGACATGCTTTAATGAGAGACATAGGCTAAAGCTATCCTGATACGGCCAT
GCTCTTATCTCCGATATGGAAAATCTTTTTGCGTGCACTTTTCCCCGATC
TTGTTGCCATTGTGATGATCAGGCCTAGAAAAAAACTGATTCAAAACATT
AAAAAGTGTTTTAATGTGGAAGGACCATGCCAAAATAGGTGTTTTTCCTG
TGATGGCAAGAGGCTCAAAATGGATGTTTTGGTAGACACAACTAGAAATT
TCAGTCTCAATGTTTTCGTCACCCTGAACGCCAACAAGAATCATAAGATT
TTGTGACATGAATTTCAGCTCAAAAATGGTCGAAAATCACATTGTTCGCA
GGATTTCAGTACCTCTTTCATCCTTATTTGGATTTTTGCCAAATTTGCTG
CCTAAATACGCTGGATGATGTAGAGGCACCTGTTAGATACACATGGATTT
AAAGTATCCCTTTAATCCTCAACGTGTTATCGCCATCGTGGTCACCGGAA
ACCCCAGCTGTTTCCTCTTCAGGGTTCCCAGCCTTTTACATTCATCAGTA
TATATCAGCACCCTAGTTCTGCCCGGCTGACAAAGATGCCTTTCTTGGCC
AACTATATAGGACACTCGTTCAATTTGTAGTGTGACCATTTCAATGAGAT
CAATTTGTAAAAAAAAGAATTATGAATTGAGATTCATATTTTCGAAGATT
TCCACAATCCTAAAATGTTGCAATGCCTCCAGGCAGGCGTGAAACGGTCT
CTCTTTTAAGATTGCTAATCGAACAACTTCAAACAACAGGAGCCCTAGTC
ATGATATTCTTCACCAGCCGATACACGTTCCAAGAACTGCCTATTTGTCA
ACAGCGGTTGAAAATTTCTTGGCACACTCTTTAGCTCCACAGCATTGATT
CAAACACCACACTCTAGTAGCCCATGGTTCTAACGATTGTTGGATCTGCG
GGTCACTGTTGGAACGAATCTTTGCCAGTCACATTGGAGCTTCAGGATGT
ACTCTATAAGGCGTTCATGCTAGAACCATCGCTGGCCAGTCTCACACTTG
CCTATTTCCATTTTTCACCGCCAGAGCCCTCAGGCCAACTTTGCTTCAGG
GCAGGGATTCTTGGCCGAAGTTGATCCGCTGATCCGAGCGCTTGCCGAAC
ATTTCACTGAAGGAGTGCCCAGCAAGAGAGACATTTTGTAGATGTGGATT
CCCAAAGGTGGAAGCACTAGGGTTTCTTACTTATGGTGCAGAATCAGTTC
AGAGGCAAGGGAGAGCATAAACAGCTCGCACTAACGTAATGAGGCATGCC
GTAATGAGGAGGGTCTTGTGTACTATTTCTGTGATATTTGCAATGGTTTG
ACTGGGGATTGAGTGCGCATTGGAACACAGAAAGGCGGAGAGGGTGGAAC
ACGATTGAACGGGTCGGGACACGTAACTGAGGGTTTTTGGTTTATGGAGT
GAAAGTGATCGAGAGAGATGGAACACTTGTCCACTTAGCAAAGCACATAT
GGATTTGAAAGAATTCATACTTTGCTGTGTTTTTCTGCAACCTTAAGGGA
TTGCTGCAGGTTTCAAGGTGACCAAATTGGTCTGAAATGGGAGTCAAAAA
CAATTTGCACCTACCTGAGTTCGATCTTGGACCTGGTTGGTAATTTGCTT
CGGGATGCTTCAATGTCACCACTGAGCCACCAGAGCAGCAGTGACCAACC
CAATGTACTATCGGCTTTCCCGAGAGTATAAAACACTCTTCCTATTCTCC
TCCTCCTCTTTTCAGTCTGACTCGATGTTCGCGACTTAGTCACATACGAT
TCAACCTCGGTGCTGAACTCGTGTACACTACTCTGGTACAAGTCCACCGA
AGAGCGGATGACTGGCGGGGAAATGGCCATAGTACATTCTACCAAGCCCG
CTGAACCGGCAAGCCTTCCAATTGCCTGGCTTCTCACGGGCGTGCGAGCT
GCAGGGACACCTAAAGTGAGCACGTTGGAGCCAAGACATTAGGGTCAGAA
TGGCCAGGAACTCGTTTTGAGCAGATCAGATCTGCATGAGTATGTTTTTG
ATGCATGTGGCAAATTTCCAAGATGGAATTGGCGGTGTTGGCAGATTGCA
TCCGGGCAAAATCAGGGAAGGGAAGCACTACCGTACAAAAGTAGTAAAGT
TGTACTCTAACACGAGGATAGGACATACTTCGTCAATGCACGAGGACAAA
TCATCCCAAGCAATAGGGTGCCAAATTGTATTAATTGAAATAATTTGATA
AGCATTAGAAAACAGCACAGTAAGGATGTTTGGAAAAAGACCGATAAGGA
AGGTATATTCATGAAAATTCCAATTTCCAAACCGAACTTTTGATCGGTAC
CATCGATCCAATCGAAATTTTGCGGAAAAAGGGATCCTAATTTTGCAAAA
CAATGTTGTGAACTGAATGGGATTTAAATGGTCGAATTAATAATAAAAAA
TGGCGCCATTGTGATTAAAAATACTTTTGCATTGTTATAATGAGCCCATT
GTGTATAAATATAGTGTATTTGGTTGAATTTGGTTGCTTCCATTTTTGTT
TCCTTTTCAATACGCACTAATCCAATTGTAGCTATAAATTATTGCGTAAA
AAAGATATTGTTGACAAAAATTGATACCGTGCACTAAATGCAATTAAAAA
CCTTGCATATTTCAGAGATAATGTATCCAAAAACGAGTTTTGGTGTAAAT
TGCAGTCACTACTAGATAGACATAACATGATTTGGTCAAAGAAATTAATA
TGAATCATATTAGAAAATCGAACCAATTCTCAACCGAGTGACTGATACCT
CAAAAAACATCTCTCATGCACGATCGTTCAATGCAATCGGAATATTTGGA
ATGCCCCAGCACTTTTCCGTACCACAGCCACAAGACTTGGTTCAAGCACT
AATGGATCAAGATCAAAATGAAAGAATCCGTCCAAGCCATTTGCCATTGC
AAGGAGGAAGCTGAGATTTGGCTCTCTTTCTCGTTCAGAAGGTGGCTTTG
TGTTTGGCTCCAACTCACCTGCGGATTTTCGACCACAACCCCTCATTAAT
GGACAACTTTGACAAGGCTTCCGGCCATATGGACAGTGTTTCCCTTCAAC
CATCCTAAGAATATCAGCACCGTTAGAGCTGAGCAAATGCTTGGGTGCAG
TTCACTTGGAAATCGATCTGATCAACCAACACGAAGCTTAACAGAGTACT
CTGAGTCCACTCTTAGTCGACAAAGTTACATATTTTTGAGCTCCTCACGC
CTAATGAATAATGCACATGTAATTTTCTGGATTCAGTCGCAATGCAATAA
GGTAAATTGACCTAAAAAGTGATCAAATGAAGACGGTGATATTCTGGGAC
GGCCTTAATAATAATGGTTTATTCCTCTACATGTTAGTTGGACGGATATA
AATGAGAAATTTTGCAACCGAGAGGAAATGGGTGGAGCGGTGCAGAAATA
AATATGGTTCTTCCTACTCCCCTTTGACAATATGAACAAATAAAAGAATA
CCTTGCAATTGTACACAAATATAAAAATACACACAGTCGCTGTCACAAAA
GTATTTGTTACAATTTATTTGACGAATCTTCTTCTTCGTGTTTTGATCGG
GCTGCGGCGTCCTTTTGAGATGATGAAGAAGGAGAAGGAAAGTGACGGAA
AGAAAAGGGATAGTAGTACCAGGAGGGTGGAGGTTGAGAGCAAACGGAGA
CGATTTCTGCTTAAAAAATAAGTTTTACTTTGGAGTCTCGTGTCCAGCAG
AACTTTTACACCATTGGCACAAAGTAGACAGCCTGGCTTTGAGCAGGAGT
CTTGGTCATAAGCCTCTAAAAACGTACTTTTGATGGATTTGACCTTTGAT
TTTATTGACAACCCCATACTTATTATCAAATCCTTATGTTCATTAAACAC
TCGTTTTAAAGGTTTTCCCGTTTCTACTCGTAACAGCTTGGAACCTTGAT
CTAGTGTTCGTACTTGGCACTGATATAATTTCGTCAAGTGATTTAGGATA
ATTGCAGTCTGGGTTTAAAAGGTGAGATGATCGTTTTATGATATTAATGT
TGAAAACTTCTGCTAGACTGACCTGGTTCAGTCTCTTTCGAGTAGGTTTC
GAGTGCACATAGTTTCTTGTTTTTAAATTGGCTCGGAAGGTCTTGTTTTG
TCAGGTTTGCATGGATTGTTCTTGTTTTTTGTTTAAATTCGGATACCATA
CAATATTTGTACTTGCTCGATATGCTATGTGACCACTTCTCAGGATCAGC
GGGATAGAGGGAGCTGATTTTTTCAGGGAACTTCGAGACCACGATCGAGG
TGTACCCAACACTCTTATATTGTTAAGTGTACACACCTGACCTCTTAAAA
ATGTGTTTTAAAACATTTTCGGCTACGTTTGGCCGGGGGTCAAGTTTCGC
TCGGCCACGACGGGCGCAAATTCGAAGTGTGTACGAGAAGCAAAACTCGG
CCAAAGGCCGAGCATGGGCATGGGCCGATGGCAGGGGTCGGGCCGAAGCC
CAACAAGTGTGTGAAGAGAAGCGAAACTCGGCCGAAGGTTGAGTATGGGC
CGAAGGCTGGAGCTAGGCCGAAGGGCCAACATAACAGCAGGAACTATGAA
CCCCGTGACGCCCGTTGGGCGATCCTTTTGCTAGCCTTGATGTAAAAAAA
GCTTGATGTTAGTCCCTGGAGGGCGTTTAAGTAATTTTGGAAGTTTGGCC
GACAGTGCTTGGAAAAAGTTGGCAAACCTTGGTAGGCGCGCTGTGCTAGT
CTCAGTCCTCAACAGTGCGTTAACTAATCAGCCAAAATGCCGAAATGAGC
GTCAGGTAAAAGATGCACCAGAAAAAAACTATTTTTGGCGTCTTGGAAAA
ACAACTCAGAAAGACATTGGTTGTATTCTAGTCATCCCTCTCTATCTAGG
ATGTTGTATATGCTCACATGGGATATGGCTGCTCTCCAATGTTGCCACAT
GCGGTGAATTTCAATGTTATCCAAAAGCTTTTTGATTGAAAAAGTGTGGA
TATTATGACCACATCAGGACACAAGACTTGGATGAAATATGTTCTCCAAA
TATGTTCTTCAGACTGTTTTTTACGTTTAAAAATATCTGAAAGTGTGCAT
GGAACTCGTTCATATTTCTCAGTGTCACTTTGGTTTGGTCCATGATCACC
AATTTAGCAAAAAAACTGCACTTAATCGTCGGAAGTTGAGCTTGTGATTT
GAGAACGGATAAAAACAGATGTAAACAACACACAATTGATTCGAAAAAGT
AAACACTGAGAACAAAACACATTTTTGGTATGAGAAAATGCGGATAAGCA
TAGGGAATGCAAATTATGCTAACTAGCAAAAAGATTGCCCTACGGGCGTC
TTTTTCCTAGTTACTTCAGAAAGCTATACATGGGCCTTCACTCCATCCCC
GGCCTTTGGCCGAATTTCGCTTCTCGCACACTTCGAATTTCGCGCCCGTC
GTACCCGACCGAAACTTGCCCCCGGGACAAAGGGAGCCGAAAATGATTTA
AAACACACATTTAAGTGGTAACGTGTGTAAACTGGAAAATCAAAGAGTAT
TAGGTACACCTCGGTCGTGGTCTCGAGGTTCCCTGAAAAGATCGGCTCAC
TCTATATTTCCAATCCTGAGAAAAACGTACGTGCGACAGACAAACATTCA
AGCTGAATAGACTTCATTATAATATAGATAGATAAGGTTCAATAAAGCTA
CAAAATGGGATTAGATTAATGTTTTTTTGGTTTAGGTGATTTTTTTGCAA
AAAATTGAGTTGTAGGTGACTTTCTTTCAGGAAATTCATTTTAGGTGAAA
AATTAATTTCGGTGTCATCCTCAATTTTTTATTTATTTAAGGCAATACAG
TTGAGATCTCAGTATGATAAGTGTATGTACAGTTTATTTGTATATAAATA
TGGGTAGAATGAGAAAAGGCTCTTTTTATTTAAAAATGGGGCATTTTAGA
AGATGTCGTACATGTTTTGAAACTTGTGAATCTCAATCAGATTTACCATT
GGCAAAAAAATCTAATATACTGCATCAGGTGACAAAATCCTTGTCCGATG
TCCGATCACTCAGAATCGCCGAAAGCAGAATCCACGGTCAACCAGGGCTA
TTGTTAAAAATGACCAATAATTATGATCAAATGTATCATCTGGGACCTCA
TCTTAACCCCCCTGTCCAAGACTAAAACTTATACGAACTTCGAGATTTTT
GCAACAACTACCAACAGGAGGCTTGTACCATCACACAAGCTGTTTTGGAA
GGCGCAAAGTTTGCACGGTGTCAAGAATTACAGAAATAACGATTTACTCG
GACAGTGAATTAGTTCAGTCTCCTAAAGGATTGAAATGGGCTGGTTATAT
CCTTCGGGATGCTGGATTGGTTGCTCCAACAATTGGGCTCTCAAGAGAAA
AAAAGAAGGCGAAAACACAAAAAGTTCGATTTTATTTATTTTCCAAACAA
AACCTCATTTTTTGTTTGATCTTTTGAACACTGAAATTCCCCAAAATTAT
TCAAGCCTACGGCACAATCCAAAAGTGGATGGTCTGCCTCGGCAGACATA
AATGAACGAACCTGTGTCAAACCTCAAGGTTGACTTAGCAATTCGCGTTA
GATTGGCAACCCCAAATTAATGTAATCTCATTTTCTGTCCCAACATTCTC
GCTATTCGCTTTTTTTCTGAAAAGAAGATACGATATCAGCTGTGTTGGAA
ACTGGGGGTAATAATATGAGGTCTTTATCCGGACTCATTGGCCAGGTGAG
TTTCCAGATCATCTTTTAATTTGACGATATCGCCTTTCCCTGCGACCTTG
TCCCCTTGCTCTCGTGACGTGCGTGCCAAAGGCTCAACACCTCTCTCGCT
TCGTCTTCGTTAGGTTCCATCAAAAAAGTGGGCCAAGTTTTGCTTTTCCA
TCCACAACTTCATCTCTCAACTCCACCCATTTCACGCACGGGCGTTCGCC
CAGAGGATGTGCGTTCGTTCGAACGCGACGGCAAATGGGCGAGCCAAACG
CGGTTCGGCGCTCACGAACCTCGACGGCACAGTGGATGCCTTGCGAGAAT
CAGGGATCAAGCCGAAGGGATGCCCAAATATCTCTCCGCCAAATCTGGTT
GGTGGTCCAGAGGCCCAGATTGGACGTTTTCGTGCGAGGTGAAACTGCGT
AACGGAACATCCTTCAGTCATCATTCTAGTGCTAATTCTTTTGAGGTAAG
TGCGCCCAAATTCGTTCCTTGGTTCCAGAAGTGAATGGTTTTGTGGTAGG
TTTGACTCTCCCTCATGAATGCCAGTCTGGGACCGTCTCGTCCATTCCTT
CTTCGTCATTTCATGAGATATCACCGAGAGGAGGTGTGCCAAAAAATCTT
GACAATCACATTCAAAGGCAAGACTTGGACCCTGTTCAAAAACAATCCAC
TCCGCCACAGCCAGACATTCGAGATACTCATTCGATTGATTCCTAAGCCC
CTTGTTAGAATCTTCCCCAAATACCGATGTAAATATCATAAGGGCCATGA
AGTTAATTGTCATTGGGTGGTCCTAATTTTGATGGGCTCATGTGTGGTTC
CCTGTTCACTAGTTAAGGCAAGTTATTCGACCTCAAAGTATGTTAACAGC
GGTGTTAAATAACTTGCTCAAATTCCAATGCTATGCCCCAAAACATGTCC
AAGATTCGATCCCAAGTCTTTCGACGTCAGAGTTACACCTCGTGACAAAT
ATTTGTGATATGCTTGAATCGTCAACTTCTGTAGTGCTCATAATATGTTC
ATCGAATTGGCCATTTTCAAGACACACGTAATGAAGTTAACGTCTGTAGG
CACAAAGTATCGTTTCGGAAAAAATATTTTTTTTGTCCCTATTTCTACCT
AAGCAAGCTTCCCGTCCACTCCTGACACTTTTTGCACATAAGTAAAAACT
ACAACTTGTACAGAGAATGGACATAGAGTCTAAAGTTTTATGAAATGTGC
AGCTCAATGTTTAACTTGCATGTTTTGAGCATTGGTAAGGTAAATGCAAT
CACACCCAAAATCGTGCTTCTTTGCCAACATGATCAGTCAGTCTTAGAAA
ACATGGTGATACACATTTTTTTTGAATAAAACAGATTCATGAGTGTTTTC
CGTTGGAATCACGGACTTATAAGTCCACTGAAACTTAACCTCTAAAGGAT
CGATTCACAAGTCCTCACAAAATGGGAAGAAGGTGTCAACTTTTAAAGTG
CAACCTTAGATTCGAATGACCAGAAATATTACTGTCATCCAAAAATACTT
TATAGTCAACCTTAGGTACTTATTTCCTGATGGAAAGCCAAAGACTAGAG
TTATTTTTTTTATATGAGAATGAGCTGGTCTTAAAAACCTTTGAAGACCA
AGTCCATTCTAAATCTGTCGCGATGGCAGCCAAGGTGGGCTTGAACCAAA
GTCCTTTCAGTCTCTTTATGTTTGACCACTGCACCGTTTCGCCTCCCATT
TCCATATTAATTAGGATCGGTTGTATTTGTACCCGAACCAACACCCGCAC
TCTCCGGCAAACAAAGTATATTTCACATCCCTACCCCAAGCAGCCCGGGC
TCAATATGTTCTGGTCGTGTGCGTGCTTTTCACTCACTCACACGGAGCCA
ACAATTGCAAGCTGCTCTCGAGGAAGTGATTTTTTCCTCCATTCTCGGCT
CCTCCAGTCTAAAGGGTGGGTTCCAATTGGGGCTCCGTCTTATTCTTGGC
CACCGACTCGATCCTGATGGGGTTGTTTTTGCCTACATGACCATGATTTT
TGGCCAGCGGATGCGCAATAGACAGGAATGGGGTGACTCGATCTCGACTA
CATCCGTCGTAAAAGCGAGCCTCTCCCCTTTCCCCATGAAAAGCCGAGAG
ATGAGGCGAATTGGTCTGGGTGGCCAGGGGAGGCAATTCATCATGTCACT
CGAGTCTTTTTGAAATGGATTAGGTTCTTAGCATCACCTCTTCTGTTTAC
TTTGCCAATGGGCGATATCGATGGCTTATTCTCATCCGGAAGGGAGCCAG
AATATCTGACCTTGCATCCAGTTCCACCGAGGGACCAAAATGGATCGCAT
GGCTCGCCAGGATTGCAGGCTATTCATAGGCTAGAGTGACTTCCAGGGCT
TGAGATCCAATTGGAGTGATGAAAGAAACACATCCCTTTGGGTCAAAATG
TCAGATCTGTCTGATTTAAAAAGAGAGAAATCCGTGCTGTGGTTTCTTTT
TGTTTTGGTCCAAATTGGTCCAAACTTGCTCAGCAGCAATGTATGCTAGC
TAAACTTTCGACCCAAATCAATGACACCTTTCTGAATGTTAAATCGACGT
CATGTACCGTATACTATCTCTGGCCAAAAATTAGCGTTAAAAAATTTCGA
TTGCCCAGGACTTCTAAACAACCAACACACATGTTTTGGGATGCACTTTT
GAATAACTTACCACTTTCAAACGTAACAGATAAACTCTTGATACAAATAT
CGACAATTACAATCATTGGTACTGTACTACTTACGAGAGGAGTGTGGGGC
AAACACCATTTACGTCTGTGCATGGATATGTTGGTTCCTTTTGGTGTGGA
GAGGGAGTCTATTGAAGAGGTCTAGGCTTATCAAACATTGGCAGCTCTCA
CGGCAATATCATAAAGGATCATGCTCCCTACTCAGCGAGTTCCCTCGGTC
CAGCTCTTAATGTGCAGTCAAGCTTTGACAACTTGGTGAGTTGTCACAAT
TTGGCACTTCTAATGAATAGGATCCACCAATTCAAACCAGTTGTCGCGTT
TGTTCCGTTTGCTTTCGGAAACTGTTGGTGTAAACTTGCAAAGCTGTGTT
TTTAAAATAGTGGTGAACAATTGGAACACAAATGTTCTGTTGTCTGCTGA
TGTTGTTTCTTGATTTTTACGATTTTTACGAGGATACAATGTGTGTGAGT
TTGTTTTATCCTTTATAGCTCTTGTTGACTTTCATATTGTTTTGTAAACA
TTTGTTGTATTTTGTATTGTTTGTGTTTAGTATAGTTTTGTAAACAACAA
TTGTCTTGTTAGGCTGTGTTAACATTTATTGTGTTTATTATAGTTTTTTA
AACAACCATCGCCTGGTTAAGTTGTGTTTACATTCATTGTGTGTTGCATA
GAATTATACAACATTCATTGATATGTTTAGCCTTGTAAACATTTATTGTA
TATTTTCCACTATTCTGTTGTTTTGTTTTGTATAGTTTGCTTACAGTTTT
GTTGCCTTACTACACGGTACTTGACATGTGTATATTTTTATAAGTGGCCC
TAACACCATTGACTAGCATTCGTTAGCGTTGACTCCCGGGCATAAACCTA
TTTAAAATGAAAGGAAATAAACGATTACACACACATATATGGGTCAAAAA
ATGATACCCAGGAAGATGGAGCAAAATGTCATTATTTTTGACCTTTCTTC
GTCGTATTTTCTTCACTTTGAAGAGCTGTCTACCGATGTTGAGACTTCAA
TTCAGCAATTTTGCTTACAAGTGTGTTTCTTTGATGGAAGAAAAAATAAT
TTAAGTGATTTCTTGCCGAAATATTTGGAAAAGTAAGTCATTGAGCAGAG
AATATGTCCATAAACAGTACTACATTGGTAACCTCTGCTTTATTCTTGGT
TCCATTTCAATTTCAGGTTGTCACATTGGAGTGTCTGGGGGAGGAAAACG
GAGTCATTTCCCCTTGTTTCGGAACTGTCGGATCAGTTATTCCCAATTTC
ATCTGCTTGGGCTACAAGTGGGAACAAATTTTCTGCCTTTTCCGCTCGAC
TAAAGCCTATCAAACAGTGCGGGAAAGTAAAGAAAATAAGGGGAACCGGA
GAGAAAAGAAGGCGAAGAAGAATAGGCAAAAAAGTGAGCAACAAAAAATT
GTGACCATATCCCCTATTGCTGGTGGCATTCCGAGGATCTTTTCATTAGA
ACCAGCACCATGGATCTCCATTCGGCCACTGTGTGCCAGTTCCTCATCCT
CTTCTGTCTTGGAGGTAAGCAAAATCACGGAGTGCTCTAGCTAGATATGG
AGATTGCTCAACTCCCATTTTTTACTTCCAAGAAAAAGGCAAAACTAGTA
AATCAATCTATCACAACAGTAACTTCTTGTGGGGCCACCCTGAAATTTGA
TGTAAAACGCTTTTGCTCTCCCAAGGAGCTCTCCATAGAACTAGGTGGAG
CGGAAGCTTCCAAAAGTGGTCACGTGACTTCAAGAATATGCGTTCTGAGG
CAGAACTGACATGCGTGGCCAATTCTGCCTGGCTCGATCAAAGTTTAATA
GCCCCTGGAACACATTTGCAGCTAGACCTCCTTCGGCTGACTGGGCAGAT
CAAGGAAGGCAGAATTGGCCCAGCATCTCTGCCTTAGCATGCATATTCTT
GAAACTTCCGCACCATCTAGTTCTTATGTAGAGCTCCTTGGCTCACCACG
GATCTCCATTCGGTCGCTGTGTGCCAATTGAAACGTCATAGCTATGTTTT
AGTCATGGCAAACGGTGTAAGGTACAGTGATTAAAACCAGAGCTGATCTA
GTTAAAGAATAGCATACGTGTGTGTAATCGTTTATTTTCCTACATATAAG
AAATAGGTTTATTTGCCCCAGAGTCAACACTTAGCATACGAATACAAGTC
AATAGTGTTAGGGCCATTTATATAAATATACACACATATTAAGTAGTAAC
GAAGATGACTACAGAAACATAACAACATTGGAGCAAACTATACAAAACAA
AACAATAGTACAATAGGAAAACACAATTTATGTTTGCCAACCAATACAAA
TCAATAAATGTTTCTAACAAACAAAAAACACAAGAACTGAGGAATACGCA
ATAAATGCTAGCGAAACTTAACCAGACAATGGTTGGTTACAAAACTATAA
AATTCAAACTGAGAATAAACGTACACATTACAATGCAAAGCGTATAAAGC
ACATACAGTACAAAAGCATCACAAACGCCTCAATGTTATTGAAGAGAGAA
AGCTTCATCCTGTCCGATTCGTTCGAATGGGTTTCCTTAATCGGTTTCCA
GGGATTAGAGTAGTTGTATTTAAGGTAGTTTGCTCGTCTCCACAATGTAG
CCACAACTTTTTGGCTTTTTTATGGATGTCAATATGAACCAACCAATCGA
TTAAAGTAAGGTTCAGCTTGACCTCACCGTAGTGGGTGCTGTCTGGTTTT
CAGTGTGACTGGATTTAAATTCAAACGTTTTTTGGTCGTCATCGGAAGGT
CCTACATTTAAAAAAATGAGCGCGAACAATCGAACAACTGAACGCATAAA
TCACTCTGCCATTGATTTAGTGATGTCATGCTAATTCGGCTTTGGCTTAC
CTTAAGACGAAAACATAATTGCCAGCTATCAAAACTGCCGATTTGTTTCT
CACAGTTTCTTTACGAAGTAGTTGTGGTTTAAGGTATATATTTAGCATTT
TTGGGAGAGTGACAGCGAGTTTGTTTTGGAAATTTGTGCAAATTCCTCTA
AGAAAACTGTAAGCTCCACCCTTTATTATCTATGATTTGTTAATTCTGGC
CCTCCAAGGTTAGAGGGGCATGAAGGAGATCGGATGATCGGATGCAGTAG
GTTATTAAGAAAGTGGGTACTTAAGAATGACTAAATAAATGCGATTGCAG
ACATCCACTGCACCAGTTCCTACTCAATTCTACGTTTAAAACGTTGTTGT
ATATTAACAAAGGTTATAAGCTGTTATAAAGTTGTGAGCATTTGAAAATG
CTGTCGGTTCTTCAGCCGATCTCCCTAGGAGCGACCTCCAATTTGGAGTC
TTGGAAAAATACATTTGGTTGGTTAATCAGAGGTTCCAAAATGAGATGAA
ACTTTTCCAATAGCCATTATTTTTGGGACTGTCTGACACCAATATTGCTT
CCTCCTCTCCCACCCAGAATGACTCCCCAGAGGGATCGGGTCTAATTACA
AATGTGCGTTATTATTGCCAACTTTGCCACCAATTTCCCATAGACACCAG
AATCCACAGGATCTCACCTCTCTCCCAAGCGGGAAAGTCGACTCTCCCAC
CTCTGACTAGACGCCCTGGAATCTAATCAAGATAATGCAAAATTTATTGG
TTCCCCCACTGTGAGGCACCTTTTGAGACTTGGGATCTTTACCTGCTGGG
CACAAGATATATTTTCCTGCCCTTTTGAGCCCACCCACCTTCATGAGCTG
GCATTCTCCTGAAGGGGGTTTCCAACCTGCCGTTTACACGTACATGTAAA
TGGTCCTTTTTGGAACAACAAATACTGGCATAACACCGGAAGAAGACACC
CGTATCAACGCTCCATTCGTCTAATCCAGTTTCTCGTTTGGAATAGGATT
GCCCTCGATACTAGGGCACTTCAAAAATCGGATAATTTCTCCCTGTCTGT
TTATTAAAACACAATAATGTGCAATATATCCTAAACAGGTTACAGCTTGA
TCGAGTAAGTGTTATTTTTTTTGAAAGTGAACACGAAAAGCAGCTTCATT
GTGAGAATCTACTTCCAGGTTTCAATATGAATACACGTACTGTATTTATC
CACTTTTCATCCCCTCGAAATGGAATGAAGTTTAGATATATCTTTTCAAT
GTTTTGTTGATAAAATAGAAAGGTTCAAGGGGAAGTTTCAGTTTGTAATC
TAATGAAATGTGGGGTTGTGGGTAATATTAGACCTAATAGTACCAGAACG
AAAAAGGTGTGCTCCTTTAAAGGATACTATTTTCTCCCAACAGTCAAGAG
CGAAGTGGAACTAATGAGTATTGCCATTAAATATATTTGAACTCAAAATG
TCAAGCCGAAATTCTGAAGTCAAAGATAAGAAAGACGTGGCATGAAGACA
GTATCCTATGTTTATTCAAGGTTTAATAATGCTTGATAAGGAGCACCTTT
TGGACCCTTTCAGGACTGGAGAGAGGAATAGCCTTGTAGGCCTTCAGTGT
CAACCTTCAGAACTTTGAAGTTAAGCGCTGGTCATTTTGTCTTATTTGGT
TGTGAAAGGAACTTCCAACACTGCCATTTTTCACTGTCTCCAACTTTATC
GACATTTCTACGTGGGTTCACTACATGCTTTATGAGCCCAAGTCTTTGGA
GAGTTCGGACCTTTTGGTTGCTCATTTGCACTAGAAACAAATACGAGACT
CATCAATTCTCCATCATAACAATAGATAAGGTAGATAAGCAGGGAATGGA
CAGTCAGTACCATAACACCGGACAACACATTCAGGTCATCAAACCAAAGA
AATGAACCCTCGAGTTTCAAAAACCACTCCACAATTGTTCTACCAGTGTA
ATCTGCAAATCCAGTTTTCATCAGCAAATAAAGCCATTCAACAGGGTGAT
CGTGAATAAGGAAGTTTCATAATCAGGGTGACCATTTTCGTAAAGATAAC
GACTTGGGGCAACTGAAATATACTGGTCACCCTGAAAACTTCATGAGTGT
GGGAGAGTTTGCGTACAGATAAGAAACCATGTCGGCCAAAGCAATGTAAT
TGTCACTCTAATGACCAGTGAATGGATTCAGCCAGGCCAGCGTTTTCTTA
CCAGTGCAGCCCAAGGGGAAATGAGGCATAATCGGGGCAAAGCTTTAGTT
TGGTTAACAAAGGCAAGAAGTGACCAGGGGTAGTTTGAAAACAATCCTTA
TCAAGCCTTTCTGCCCGGATTCCCTTTCATAATCCAAGTTTGAAGGATTC
GAAGCTTCCTCCGCCAGTATGGATCACGGTCCCTTCTTTCTTGAGCCGAT
TTTGGAACCGATTCCCTGCCAAAGATAGAGACAGGGTGAGCCCTGGAAAG
TGGTGGGTGCACCTAATCGATTCGAGCCTCTCGAAGAGGAACCTTGCTTC
CGCACGATTGAATGCAAAGAAGCAATGAAAGTAACCCCAAATTCCGAGGG
CTTCAATTTCCTGCCAAAAGCCACTCACCCACTCTTACATCCTTTGGGGC
TTACCTATTTGGGATCGCCCAGGAAGGAACCTTGTGGGATTGTTCTTGTT
GCTAGAAAAAAAACTCCACATCTTAGCCATGAGTTAGCTCCTTGTATCGA
AATCAGTAGCTTGTGCAAAAAGGTAGAAGCTACCCAACCCAGAGACACAA
TTAGGTACCTTGCTTGCCTAATATTACTGAAAAGTGACAATCATCATCGG
CCAATTTGAGCTGTTTCCATTTCAAAATTCAATTCCTTAGCTGTGAATGT
CATGAGTTGATAAAGTGTACTATGACTCACGGCCATTAGCAAGGAATAAA
AGCCTACAAACTGTGAATTCCTAACTCGCTAATTTTTGCTATCCTTTTGT
TTTACTGCGAGAAGAGCCTTGGAGCCGAGGCAATACTTTTTTTTTAATCG
CATCTTTCGAAAATCGAGAATGCCTCAAGACCTTGAAAAAATGATTACAA
AGTATCAACATACATTTTCTAAGCCTGAGCCTTACGTACTATCTTTTACT
TGAGGGCCATGCTTTCTTTGCTTGGAACTTACTATTGAATTTCAGGATTT
GCTAAAAAGTTAATGTTCAGCCAATGCGGCATTTTTTTGCCTCTTCGATA
TAACTTTGGCAAAGCAATGATTGGTACTGATTCGGCGAAAAAACTTTGGA
CAAAATACAACTTAAATGAACTTGAACCTAATTTGCCGATCCGGTGGTAG
AAAGATAATTTCCGGTTTAATTGATTTTTCTGCACCTAAAATTGAAAAAG
AACCAATCTTGTAGCGTGTTTTTACTATCGACTCACGTAAGAGATAGTTG
CTACGGTACAAACACAAAGGAATCTAACCTCATTCAGTACCCAAGTCAAT
CGGAGACCTTCAACCAAAGACGATCTTTATAATACTTCAAATACTCCCCT
ACAATAGCACTATCTTAAGGTGAAGTTGGAACTATGAATGTGTGGGCTAA
ACGGACTCAAATAGCTCAAACCATAACTATCTTTTCCAAATAACACCAGC
GAAGGCAAACATGGGGTGCATCTTTTATGAGTCAGAGTTACGGCTACATC
GTCCGACTGCGCCATGGAAAAGCTATAGGATGGGTTGCCAAATTGGCGTT
GGTTTGTATGAGAAATGGACCCTTTCCTATTCTCATGCTGAGAGCCTTTA
GAGTGAACAATGGCCACAGAGTACGCACATACATGGGTTATTATGAGTAC
TGGAAAACATCCAAACCCATTTCACTCTGTCTATCTAGCCTCGCTTAAGA
CCCGCGAAGGTTTGACCGTGTCCGTGAAGATATCTTCATTTAATAAAAAG
TGATGCTGTCTGTCTGTTTGTCTGGCTGGCTTCCACTCTTTCCCTCGCTC
TGGATCTCCCTTTCCCAGTGGTGGTGGAGGGCTCTGAGCCCAAGAATTGT
GTCATATTTTCAAGTGGGCCATTTTCCTGGGGATTGGAACTTGTCCCTGT
GGGTTTGGTGCCAAACAAGTTCATCCGCTTGGCGACTCTTCCTACTGACC
ATGGGACACTTGAAAATTGAATGTTCCCTTCCTCACTATTTGCCAGATTT
GAGAGCCCTTTCCCAAGAACCCCAACTCCGATCCGAATAATAAGGAAGTT
GCGACTCATATCAACGAAGTGTTTGATTTGAACCTTCCATATAAGAATTG
GTATTCATGAGCAAGACATGTTTAGTTGTCTGAGCAGGCTCAATGGTACA
GGCCCACTTACTACTGACCTTGAGGAAGCCATTTTGGGGGCTAAATTGAG
TCTTCTTTAGGGATTGTTGTACCTGAAGCATTAGTAGGCTGACAACTGTG
CCCATTGGAACGATGATGCAAGTTTCTGTTCGTATATGAAAAGTGCTACG
TAGTTGATCTCTGTATCATAACACCACAGAATATGCATTTTAACCGAGAC
AGATTTTTCGCCAAAAGTTTAAATCGCCCCTGGCAACCTATCGAACTTTT
CGAGGTCGCAAGGATGTAAACAGCACTGCTCTACGTACTGCTGATCCAGG
GGATGACTTAACCATATGGCGTTAGAGGATGAAAACATAACTTATCCGCT
AAAAAAAAATCTAAATCAGAAGTGGTTATTTTTCAGAGTTTTCTTTCTTC
TTGAACCCAATGGTGTTTGGAAGAACTTTCCAAAGTAGCCTAAAGCCATT
TAGTAATTTTAGGACGCCCACTAGACCTGTTAAGGTACCGCCATGGTACC
GCGTAAATCCATCGTTGGTAGCGTAGCAACAGCTGTCCAGTGTGACCAAT
ATTGTTATTTAGTGTTACGAGCATGCCCATTTAGAGCACCTTTGTGCACA
CAATCTTATGTTGCTCACCCTAGAGAGCCTCAAAAGATAGAGGCAGATGT
GCAGTGTTGCTGTGTTTGGTAAAGCTTGATGACTTAAATGTTACTTAAAG
ACCAGGGTGACTCATCAATTCTTTGTAATTCACTGAAAGGTTGCTAACAC
TACACGGAGAAGCTTCACTAAACGAAAACCTAACGCTATGCCTAACGCTA
CTAAAACAATGAGGAAAATACCCACCATTCATAAGAAACCTATTGCTTTT
GCCTCAATTATTGGATTGAAATATCTGCATTTATCTATCCTTGCGACAAA
ATGAAGATACCAAATAGTCATTAGTTTGTTTTGTCATGTTTACAAAGGAT
TCTGTATAAATCGCCCAGCTTAGCGATAGAAATTCAGATACAAAATTGAA
TCGGTTGTATCTATCCTCAATTTTTTGATTTGAACAAAACACAATATGAC
TTTTTACATATGCATTTAGTCACCCTGTATACTCGGTGACGATTCATAGT
TATCCCTAATCATGCTATTTCATCATTCTCACACCACATATTGGCGAACC
AAGTTTTTAGAAAATCTATGGTGATGAGCAATTGGTCGAATAGCATCAAA
GGTAAGCCTAGTTTGTACGTTTTGAAAGATAAGGGCATATAGCACGGAAA
TCTCGCCAATTGGGGCAATATCTGAATCGGTGCCACCGGTTTCAGAGCCT
CTCCACTGCGATGTTGTCGATGTTGGAGAGGTGCCAAGAATTCTGTTTTC
TTCACTGGTGTTTTGTCCCCTTGCTTGCTCATAGATATCGGATCTGACCA
CAATCAAACAGCCTCTTTTAAGCTCAGCAGACCATTGGTTAAAATTGGTC
GCCCATCTGGCAGGTTCCAGTTATCTATGCTTGCTCAAAGATACGGATTG
AAGGGCCACTTGATTCTTGTAGGCTCCATTGAGCATCCTACCCCATAGGT
CTTATGATCGATTGGAAATTCATGAGAGTGCGAAGTGCTCAGTAAACAAA
ATTAAAGTCGAATGCTTACAGGATAGGTTTTGCAAAATAGATGACAACAA
ATATTTTGTCAATGTTTTCTCAACACCAACGTGGCATGCAGAGGTATATG
CTTTCGATGTGGACCTCTAATAAGTCCTTCGATTTAATTTTCCACATTTC
CACATTATGAGATATTTTAACAATTATTAACAGTTCTATGGATCACTTAT
ATTCGCACCCCAATCGAGGTTAGTTACAGATTGATTTTCTTACCTAATAG
ACAAAATATATTACACAAACTAGGATGTATTTATTGTGTTGTTAAGTGTT
GTATTTTAGAAGGTATTTACTCGTTAACATCCTCGATCCCCAACACATGC
TAACAAATAAAAGGGTAGCATAATTAGCAAAAGTGTAACTACAAACTTTA
TTGGTCGATTGCCAGGTAGGACCGGCAAAATTGACATTTGAGTGTATAGA
AGGACCCTTTTGACGTGAGTGGGAAGGATTTCACCATTGAAGCTCAAACG
CTATCTCCATGGGCTGTATCGAAGTGAAATTTATGTGCGTTGAAAGCCAA
AAATCTATTAGTCAAGGTGTCTGCTGTTCGCGATAGATTTACGGCCAAAA
AGATTTCTCCTCCCTCTTCGGACTCCTTCAACTTTTGGACAATTTTGTCT
TCGACTTCCAAACACAGTAAAAAAAGTGTTAAATACAAGTGCTCAAGAGC
ATGAACTTTTCTTTGGATTGTCCCCCTGGTTTGTCATAGTAATTTAGGCC
AACAAGAACACTACAGTAGATATTATATGGCCCTTCACAGTGTAGTACTT
TGGTCAAGGATCGTTTTTTCCAGTGTTTTGGGCAGAGCCCTGGATCTTCT
GACAAAGATCTCCTGGTGCTGGAAATTGCTTGTTCTGAAACTCCTCCGAC
GAAGGAGCAGGACCAAAGGAACCAAATAACCCGAGGCCATCCATCGTTCT
ACCGATTCACAATATGTTAGAATGAATTACAGCCTGACAAAAAGTCAGGA
CAAGGATCTTTCTGTCATCTAGCTCAATTTCCCGCCCACCCGAACCTTCG
TGTTCTATTTGAGGTGGGGACAAGCCCATTGGTTAGTGCTTTCCCCACTA
ACGACCCAACATTCACGACCTTATGGAAAATTGAACCACTGCCAGTCATT
GGCTAACAACACCGAGTAACTCAATGGTCCAGACTTGTTCCACGCAATTT
CTTAAATGTTTCTTTAGCTTAGATAGGCACAAGTCTCTCCTAAAACAACC
CTAAATACCCAATCAAACATGGTGAACCCTTGGGCGATGCCTCTTACTGT
AGATGCTGAAATATGAAACGCGAAAAGGTTCAGTATCAAATATAGTAAGG
TTAGAGGGAACCCAAAATAGAGGACACTGGCATTCGAGTTGAGACGATCA
TACAGTACATCCTGGCCGGTAAAGGTAGGTCAGCCAAGATCTGGCTTGGA
AGGCTTTCGCAATTGGTGCCGGGATAATTAGAAAAGAACACCCTATACGT
TCATGGTGAAAGAGATAAAATCTCTGTCCTCAACTTTTTGAATACTATAA
AAATACAAATTTGTAATAAATGCGGAGGTCGAAAAGACCTCCATCCAGTT
TGGACTTTACTCAACGACTCTTTTGTTCGGAGCAATAATAAACAAACAAA
ATGCCTTGTGCCATGCTGCTAGATTGCGCTATTCAATTAAGGATGTAGAA
GAAGGAGTTCATGACAAATCAACACCTGATGTATTGACAAATGAAATATC
AACGTATTGACAAAGCTATATAAATTGGTTAAGAATATAAACACATACAT
TTTAACTAAATAATGCACATTATTATCACGAAGTTAGAATTTGGTCATCC
TCCACTTATGAAATAGCGTTAATTGCACAGCGTTAATTGCGCAGGGATAA
AGGCAAAGATCGTGAACGAAACATCCAGAATATGAAGAATAACTTCTAGT
TTTGGGGTCACGAAAATGGGCCTTCCAAAGGCTGCTAAAACAGTTTTGTG
CATGACTTTTTCCCCAAATAAGACCATTTTTAGAGAAGCAAAACAATATT
TTTTTGATTATTTTTTCACTTTTTTAAACGAAAAAAGCTAAATTAAATGG
AAAAAATAAACAAAAAAATTATCTCGCCAGTTTTTTTAAGCCAAAAACAA
TACATAAAATTATGGCAAGGAAAAGGAAAATTTTCTTTTACACGACAAAA
GAGATTAAATAATGTATGCATTTTACCTACGTACAATGTCCAAAAAATAG
CCGAAAAACGACGAAAACGGTGTTGAAAATAGCGAAAAAATATTATAGGA
CAAAACCAACCAGCTTTTGTTTGAAGTTGACATGTTTTTTACGCTCCCTA
GGGCTTTGACGATTGAAACGGGGAATTTTGGGTCTTCCTATGGTTGAATG
AAGGTCAAAGAGGCAGTTAAGGACCAATGGTAGAGGGGTTCAATGGCTGT
TTTTAATCCAATGGAGTTAAACAACTATTCTCCAGACAGATGCTTCTTTC
AAACATGGATTTTCTCGCCAAGTATGCGACGTCCTTGCGCCACATCCCTA
CAGGGCTCATTTATCTTAGGTTTGAATCGGACAATATCCTCCTTTCCCCT
CTTCATCAACTACAAGTTGCAAGCTAAAGTAATAGCCGGCAGCAATATTG
CGTTTTATCGTCCGTGTGCTCCAAAACCTGTGCTGCATTTAATTGATATT
TCGGAAGGTCTGGAGATGAATACCCATATTTTTCAGCAATTTGACTCATG
TTGACATGCAGTTCAAAAACTTTCACCCCATTCGTCTGTGCCTGGAAAGG
TGGGAACTTGCTGTGAAAAGTTGCCTTTTCTCCAGCTGAGCTGGTGTCAT
TCCAAAGGAAAAAAAACTTTACATTCCAGTCCCACTTAAGTCAGAAAACT
CGATCTCTGTATTCATGGTATCACCTGCAGTACTCCATTCAGTGATGCCA
CAGGTTTTTCAAATACCTACTACATAAACCAAACAATATTTTGCTTCCGA
ACCATGAGTTGAATATGTGCTGGGGATTTGTCTCACATTGGAAAAAGCAT
CAATTCAACCACCTGAAAGACATTTTTCAACCACCTCATCAATTGTAAAT
GAGTAACTCTCCTTCGGTTGTTCTGTTATTAACATTGTCCAATCGGCAAA
TGGAGCCAATTGTTGACCTGCATATTTTAGTGTGCCATCACAGCATTCCT
CTAGTGACCCTAAAGGTCTCTATTTGGCAAGCCTGCCAGAGGCCCCTCTG
GGTTGGTGGTGACATGCCAAGTTTGTTCCCATTGGCAGATGCGCACAAAA
TAGGTTCATGAATCAAACGACGTGGAAATCTCACCGCTTTTTTGGGTGAG
GAACATCACGAGAGTCCATAAATCATGCCTAGTCTCGTGATTGGAGGCGC
AAAAACAAAGGAAAGGTCTGAGCTCAAATGCAAGCTTCGACCCAGAACGA
CAAATATTGAGGCCAACACGACTCCTCATGGATCTCGTTGATTGCCCGGG
GATGCTAAGAGTTTTGATGCATGCCAAATTATGTGAAAAACTGCCACATT
AGAGACTCATCATTCACAGTCCGAGGCTTTCCCCCCTTGAACCATTGGAC
GGGACACGACATTCACATATTCATTGCTCCTCATCCATGAAAATGATGTC
TTTATGAGGTCCCCAAGCAGCTGTGTCATTGGGTGTTTACTCACACTTTC
GCTCCCACTTGACCATTGACAGGCGTTAATCGTAAGCACTGCTAGAAATA
TGCAGTGCAAAACATGGCTTAATGCGTCTTTGCGTACAGTTGCATTTACA
ACGTTAAGATATTTTGTAACAAATCCACATATCAAGGCGGTTTTTTACCT
AAAAAATATGAATACAACTTCAACTGCTCCATACTATCATTGAAACTTGA
AGGATTGGGTGGCAGCGAATAAGTAGATCCACCGATTTGTTATTGTGATA
CATTTGTTCAAATGAGGGTAAAAGGGAGACAAAAAGGACTGCTAAAAGGA
ATAGCAATTGTCTAAAAATTATAACGATTGGAAACAGGGCAGTTACAAAT
AAAAAAACATGTTCATGGAAAGTAATAGAAAATGGCTAAAACTGGCAAGC
ACGGGAGATTTGTTTTCTGTTTTTATCCTGTATCTCGTACCTGCTGCCAC
ACTGTCTGTGTAATTGTATATATTTACCCACTAACTTGTAGTGGTTAAAG
GCCGGACATTAACAACTAGCCTGCAGAAGCTTGTCAGAGCAATGTTTATT
ACGCGTTTTTTTTAAGTTTTGCAAAATTAACATGATTACACAAGCGATAA
CTTCACCATCTCCTAAAAGTTGCTCCCGTTTTTGGGAGCGGCTTAATTCG
ATTCCAGCACTTTCTTGGTGTTTTGTCCATTTATAGGCAATCAAACTGTA
GCCACCTTCACCTGAAAAATTCACGCCTGGTCGCCAGTTGTTAATATTCT
AGTGTTATATACTAGTTGAGCCCAGAAGAAACTAACGTTTTGGGTGAGAG
GGGGCAGTTCATTAGAGCTCCAAGTGATCCCTAATAGAGTTTTTTCTGCC
CTGCATTGGAGCGTGGAATGAGTGGAACACTTGAGGAAAGTGTTCCATTT
TGTTTTTCTCCCCAGTGAAGTGCAATATTATTGGGCGCTTTGGAAGATAT
CTTCATTGCCGAATGGTATATTGGTCTTTTCCTTTGAGGGTTCTTCTTGC
CCCTGGATTTGGTGAAAGGGATCCTAGAGCCATTGCCCTTAGGGCAGCAA
AGCTTTTTCTTTCATTGGCAAGTATGAAATATATCCACTTGGATCGTAGA
CCAAAAATCGTTGACCGTTCCGTTTAATTTCCAACGCTTTGCGCCCTGGA
TTATTAGCCCTCGACTCTCTTTACTGGTGCCACTTTCTGCCAGGTAAGAA
GATCCAAGACCCCAACTTGTTCCATTTGCTTGACCCAAAACGGTCAAGCA
TGCATGCTTTTATGGGATTTTCTTGGGTTGCTGGTGAAGGCGGTTCCTAG
GCCCAATGAGCAGCCGACCATCCTGTACATACATCACTACACAGTGGGAG
GATTAAAGATATGGGAATCATAATTCTCTTTAAGAAGCAATATGAGGTGG
AATGGGAGGCAGGTCGGCTATTTAGACAGATACCACCACTGGCTTCAGGC
CACACGTTGTCGGCATTAGTTCTGGCCACCGAGTCGAGTTTAAGCGGAAT
GGGGGCCAATTTTGAGCCACAAACCGGAATGGTTCATATATTTGGGGATG
GGGGGCTCCTAAATGGCTCTCACTGTGATTTCTGAGCCTTTTTGCCACCT
GCTGAGGAAACTTGTCCACACTCGGGAATGGGTGCATTTGGGGGTTTGTT
CCAAGTGCCAATCGTGTCCACTTCAATTGGTTCCACTTGAACGAATCGCA
GAGCTGGAAAGACTCTTTCAACTCTCCTATGAGTTCATAGAGAAGATAGA
GTCCATTTGCCGGCAATCCAATGAGGAACGACATGGTCTGCCGAACCAGC
CGAAAAAAACGCTTCCAATCTCCCAAAGCCTCACCCAGTTTTTTTTAATC
TCTTATCTGATTTTTCTTCGATAATATCTACCAACCAACAGGGTAACCAT
GATCTACAGTAAGGGGGAAATATATAGCAACAGCAGGTAAAGGCCCAGTA
TTCCATAGTCCAGCCACTCAAACCTGAAAATTCATGCAGCTGATGAACGG
CCCCAAATCGAACGGCTCAGACCACAAGGTCTAGCTAGAGCAATACATTT
TGCACCCAGTATTTTACATATCTTTTCTGGAGTCTACTGTACGTATTTTC
AAAAATGTAGCATCGTCTGTAGTTGCCATCCTTAGATAGGATCTTCTGAG
AGGTTCAGTGTCGTAAAGAAATGTATTGGCGCGTTTTGATAAAAAAAAGG
TTGACTTCGCAGAAGAGTTTTCAATCTTTTTGGCCCAGGTTGATCATTTT
TTTGGAATATCTATCAATTTTGGAAATCTTATTATTTTTGCGCCGAAAAC
TCATTTTTTATATTCCTTGTCTTCTGATTTTTATTAGTTGACAATTTACC
CCCTAATGAAAGAGAGTTTCGAGACTTTGGGCTTATAGGGACTTTGGTGG
AAGGTAGGACATATCAAGGAGGAACTTTTTGGGTGGGGTGACATTGTTCA
GCGCCAGAAAAGGTATCACAAATTACGGAGAGGTCCACTCTATCTTCTCT
ATTCATGTGGTATAAATGTAACCCGATTGTGTGCGTTTTTTTCGGTCAAG
ATGAGCAGATAATTAGAGACGCTCTCGACTGTTCGTTATCTCGTGCAGTT
CTGAGGTTGGTACAACAAGTGCATAGGGGAGAAAAAGAACTGTTGGGCAC
GCATTCTCCGGTTCCTGGAACAAAACTTCATTATCAAGTTGTCAAGTCTC
AAAAAGATAAAAAAAAAGTTCCCTTCCACTTCTCCGCCCTCCTTCTCCTT
CTTCTCCATTTCTTCCTTTCTTCTTCCGCTTCATTGGACAGTAAGAGCAA
TGATGACTAAATCTGACCAAGGAGAATCCCCATTCGGAATCTTCCAACAC
TTTCTTTGTGTTTACTCAGAGCTGGGGGAATTTTGGCTCTCTGCCGCTTC
ATTGATACTTTTTGCTGGTCTGGGCCAAGGTTTGGATGATATTGCCTCCC
AGGCATTCCAATGGACCCGAGGACTTGGCCCCTCCAACTCTTTTACCGCC
CCAAATTTGTCACCGAATCAATGTTCTCCTACAAGTCCAATGTTCACCCA
TGTTTAAGGGTGATTCATACGATAAAGTGAAGCTCAGCCTGTGCTGTATA
ATACTGGCCAATGCATTGTCCCCCAATATTTTCCTTTCCTCAGGAACTAA
TCTTGGACCAACCTTGGCGTTCTGCACCTAAAATCAAAGCATTTTTAGAG
ACCTCTTTGTTCTATTTAGTGCATACTCAAATGCATATTCAGAACAATTT
GCTCCTGTACCTTGTCTGCAAAAGATCTGCCATCAATTGCAAAATGAGTG
TCGCCTTTAATTGATATAGGGGAAGAGAGGCTGATCTCATAAGATTTCCT
TTTTCTCAATTCACAAACTCAAATCTATGTTTACCGAAGACATAAATTGA
AGTACGGGGGCCCACTAGTGTTTAATGTATTAGTTTATCAGCCTGATTGG
TAGTGTTTTGAGCCATTGCAAATAATTCAACGATATGTTGTGTACAGCAA
CACCCAGAGGGAATCGATATTTTGGAATAGACTGAAATGGATATATTGAT
GAAATGACATCGTGTCACACGTCATATTCTTCTCTGCTTCTAGTCGTTGA
TGAACTAGATTTTGAAGCCTAAGATTAAGCAAATATCTTCAAATGTGTTG
TCTAACATTGCTTCTATGTCAGAAACAATCCCAAATATAATTAAAAACAT
CACTTTTTCCCATTTTTAATGATCTAAAAATGGCAGGGTTGGGTTAAATT
TTCACCTTTTTTCCTCGGTCTACTCATTACCCTTTTTGCCAGTAAAATTG
GTATACCGGTATGTGGAAGAACTGATGTGCTTTGCCTTAAGTACTTTAAG
TACTTACTTTGCCAGACTTCATGGCTATCATGAAAAGTGACCAGATTTTA
AAGTCAGAAATACAGAATCGCCATTACTGCACCTGATAATGCCCATCCTT
ACCCTGCTTCTTGGCAGGGTGACCAGAATCAACAGTATGCTTTAGCATTC
ATTCTTCTTATCTATTGCTTCAGCTCATGAACGCTGATATTCCATTTGCA
AAATTAGGCATTTTTTATTCTTGCCCAAAGTTTGCCCATGGACTAGTGTG
ACTAATAATGCCATCTAATCAGCAAGTTAGCTCGATCTAGTTAAAAAATA
ATAAGATCCTAGAATTCCTTGCTCTAGCTTATACATACGTCCATTTCAGG
GAGGTTCGATCCACTGTACAGTACATCCCAAAAAACGGTACGTCTTGGCT
TTGGGTGGCTCGTGCGGTGCGCCCGAATAAAACCGCCTGAAATTAGAAAG
GCAAAGACTAATTGCATTTAGATTAGCAGCCTTCCTGTCGCTCATTTTTT
ACCAAGTAGCTTGCCCTAGTTATATCCCATCAATGGTCTATTTCGCAATC
TCGTTTCGCAATAGTTTTGTTTGGCGGCACGGAACCTTAGCCTCTTTGCT
GCTTCGGTCATTGGACTTTTTTCATTGCTCCAATCCAAAGCTAATGTCAT
TAGGCCTGATTCCCCCTGCCACTCGCCTCCGAACCTCTACTCGCGATCGT
AATGCCGCCCGCCTACTTAAAGGGCCTGCAACCGGAGTTTATCATCACTT
GCTGAGCGAAACCGAACCCTGCGGTCCGCCCCGCAGGGTGCGCTTTACAC
TCATATTAATATTAAACATATTCCTTATGTTCTTCTTTAAATATACCAGG
TTGTCCCAATGAGACTGAGAAACGGTTTATTTCAAGGCCAAACAGACAGT
ATACGTATACTAATTGGGCAAACTCCACCTCAATGATTCAAACTCTGGTC
CAGTGTCGACCACGATCGCCGGGATGAAAACGAGAATGAGTTATGTACTG
CTATGTAGCTAAATTAACCAGGGTCGTGAGTGTCAATTCATCACCCATTG
GCTTTGGATTGCCGCTTATTTGACTATTTTTGAGACCAACTCAGTATCCT
AGATTATCTCCAAATCGCCATTTTCCTTTTTGGAGGCCTGGCTTTTCAGA
ACACAAGCAATATACTGATAACTACAACTTGCCAATTTGATAAAGGTAAA
TCTTTGACACGTTTGTTTCTAGGCCAACTCTACACTCAGGAGAATTGCTG
GAAAGGATCATTTCCCGTCCTCCAGGGCCGCTGCCCACCTCCTGAAAGGC
CATACATAGACCCACATTGTTTACATCCCTGCGATCTCAAAAGCTTGAAA
GGTTGCGAGTGTGCATGACACTTTTGCCGAATAACCCGTCTCGATTATTA
AACGTAACGAATACTAGAGTGGAACTGACCCCTTTCTTTAACACAGTGCT
TTCGGGAATTTCGGGTTTATCCACTAAAACCAAATTCAGCGACACAAATT
TATTACATTTTCTCATGACCTTAAAGCCTGAAAAAACCGTTTGAACCGAA
AAAACCGCCCGAGTGGTGTTTTTATCAACTAGGCCCAGCGCAGAAATCCA
TAGTGTTAGTTAGATATGTATGTATTCTGATAGCAGGACCATGGTCACTT
TTGAGGCATTGTAAACAGATTTAACAAATTAAACATTAACAAAAACTTGA
TCATGGTTGGGGTTGATGCCTGAACAGTGCTTAGGCATAGAACAAAAACA
AATATGGCGTAAATATGTACGCGTATACATACCTATATTGTGTTAAATTC
TGAGAGAGAATTACAAGCCAGCAATAATGTTAAAACTTGTTGTCACACCT
CCACATTTAGAGTAAGGTACAGGCCTCGATATAGAGGATAGAGGCCTCTA
CATGTATATCCTCGAGAAAAAATTGTCCTCTTGTCTAACTCAATGTCAAG
GAATGATGGCCATCTCAAACTAGTAATAGAACTAACAAAACTCAATGATT
GATTATATTCTTGTAATGAATCCATTTAATGAATGATACAAGTATATTTC
AAGGGGTTTAATGAGACTTATATTAGGCCTTATCGGTAATTATTTCCATA
GAGGAGCGTATACCATCAATTTATCTGCTGGTCTTGAACTGGTTTCAATG
TTTAGATCCAATATTAGTCAGACCTCCCAATATCATTAAACGAGAGCTTG
ATCTTTGATTCCAAAGCTCTACCAAGCTAGTGAGTACGGCCAAAGAGATT
CCGGTGGAGAGCATCATGAAAGCGGTGAAGATCGTATGGAATTGGATGGG
TTGAAACTCGGACTTACAAGGCCTTTCTGGCCTTTCGTCGATGAGGGTGT
TCAGGATGCGATCGAGGTGACCGGTTTGCTTGAGAGAGTTCAGCATGTGG
TTGAACAAGGGCAGAAACTGTGATTGATTCTGGAATGCCCAAGCGATGCT
CACGGTGAAGTAGGATTTGTCCGAGGCCACGATATGGCATGGATAGCTGG
CGGTTGTGAGGATGGTGGGTAACTCTGATCCAAAGTAGATGAGCTTGTCG
TTGGCCAACAGCTTCTCCTCCACATCCGAGATCGATTTCAGCAATGCTTG
GGGATTATTCTTCAGCGATTGTTCCCAAAGAGTGGCCGCCGTGGGGTTGA
TCTCCTTGGTGGCGGTTTTGAAGTAGTCTTCGTAGGAGGTGGCACTTTCC
ACCATTAGTTGATAATCAGTCTTCTGTACCAGGTCTTCCAGGCTCTTGAT
GGGCAGATTCACAACCTCAATTGTCAATAAGCTGACCAATCCGGCATTGT
AGCTCCAAAAGACCAAGGATCCCATGACTAGAACCGAGAGGAACAAGATA
CGTCCCGGCACTTGTCTCGGATAAGTGGGAACACTCAATGCCAGCAGAGC
TAGGAAAGAGATGGCCAAGGAGGTGTTGAAACCAATGGTGGTTTCCCTTT
GGACAAAAAGGAAAAGGATGTACAAGGCCAGTGTGGACATCACAAAGGCC
AAGCCCACGGTGATCCAAAAGTTGTTATCGAACACATCCACAAATGTGGT
CCAAGCCAAAGCCTTTCGGGGAATCTGGAAAATAATAGAGGCTACTGTCC
TCGTCCAAAGTATGTGCAGTACATTTACAAATGCTAAAAGGCACATTTTT
GGAGGGGTAAATTAAGAATGATTACTTACAGCGGCCTAAGGAGGGGAAGC
CACCATAGCTCAGTGTTAGCGAGCGCTGCGCTGGTGCTGAGTGGCCGGGG
TTCGAATCCCGGGCTTCCCCAGTTCACGGCAACTAGTGGTGTTCACTCAC
AGCTATTGTTTGCTTCCCTTGCGGGATTAAATTGGACGGACCTGTGGTCA
TTCAGCAAGGGCAAAGTAATAATTCACGATAAATTTGACCGCCAGGCTGA
CTATGTCTCAATAGAGATTTCCTAGCTGGACAGAAATGTCCGGGGCCTTC
CAAACAAACAAACAAACAAACAGCGGCCTAAGGTCGCCAAATATCAAAAC
AATCTGGTTTAACATGGCTACTAATTTTTTTTTCTATCTCTCGTTCTTGC
ATTGACATCAATACAATGTTGTTCAGCTGAATAATAAGCATGTCCTTGTT
CATGTTCACCTGAAAAGTTCACCCTTATGGGCTCATTCACATCTTTCAGC
AAACAGGACATAGGTACGCTTAATGGAAAAATACATTGAAAAAGAAAATT
CAAACATTGGATTTGCTTGGACATTGCTTTTTTGGTTATAGCGCCCATGA
CAATGTTACAAAAAAGGCTCTGAACTAATATACCGTATATAAAAGAGAAA
ACTGCTCTGACAAAGTGTATACAGTACGGTACATACATATTTCTGCACTG
ATAGAGCCAAAGAGGTGATTCTGATATTTGGCGCAATATTTGAATTGAAT
TCAAGGGCAAAAACGTAAATGTCAGCTCGTGAGTTTCATGCCCAAAGGGC
TGAACAAGGAGAAGTGTCTGTTTTTTATCTTCCATTAATAGGAATTCGGG
GTGTTGCATTGCTTCAAGCTGTCCTTTTTGCCTCGTGAGTGGAGGAACTG
GTGGCAATTAGTAACTATTGGCAGATAGTCCCATTCTGGCAAAATATTTG
GGGTTTCCTCGTCCAAAATAGCAACTCATTTGGTTGGACACAATTATTGG
AGATTGATTATCTGACAGTACACACTCTGTGGGTAGAGCCAATGTATTAA
CGAGGAATCTGTGTCTGTCTGAAGAGAAATGCTTAGTTTCAGAGCTGCAT
TTTCTTGCTGTTCTCTGTGAACAATTTCAGCGAATGGATCAGGGTTTCAC
GATGCTGCAAGCCTGCAAATAATGCATTGTCCAAACAATATTTACCCATG
CCCAAAACTGCTCATTACAGACACAGCATTTTGTTAACGCGTATTTGCTC
GGCATGCAACTTTTCTACCTGATGCCTTTTGGTCAAAACAAATACCTCTT
CTGACTTATTGACTGTTGGCCCTCCTGGGTACAAGGTGTCACCTTCCTTG
ATCACGCAACCTTTTACCAAAGGGGGTCGGCGGCACTTTTCATTAGATGG
TTGTTGAAACCAAGAACCACTAAACAGCTTGAATTATTGTTGCGGAAACA
CATCACATCAATAATATAAGTAACATTAGGCAAGCAGCGTAGCGCAAAGG
TAGAGTGGCACAATCATTCATCTATCATTGCGTTATCCGAGGGTCGTTGG
TTCGAACCCCGGGCTTGCCAAGCCGTGGCAACTAGTGGTGTTAAATCACA
GCTATTGTTGGCTTCCCTGGCGGGATTAAAGTGGGCGTACCCGTGGTCAT
TCCTCGAGAGTAAGGTAATAAATAATTCATGATAAATTTGACTGTCAGGC
TGACTATGTCTCAATAGATATTTCCCTAGCCTTGCAGAAATGCCCGGGGC
CTTCCAAACAAACAAAACAAACATAAGTAACATTTCCTAAAAATATAAAA
TGTCCTTTCTTCGTCTCTGATCGTTTATTTGTTGAACAGGCCAGATGCAT
TGATGCCATGGTAAGGGAATATTTATTGAGACGTGTAGTCAGGCTGGGTG
ACAAACTTATCTTGAATTATTGCAATACCCACAAGCAATGACCACGGGTA
CGCTCGCTTTATTCACGCAAGGGAACAAACGATAGCTGGGAGGTAACACT
ACAAGTTGCCAGAATTTGGCAAGCCCGGGGGTCAAACCAACGATCCTCGG
ATAGCTCACTGATGGGTGACAGGGCACGACACTCTGCAATTGCGCTATGC
TGCTTGTCTTCGTTTGTGATTGCACTTTTGTATGTATGTATACTTTGTGT
TTTGAGTGTTCTGCAACGTTTTTCAACCCTTATTACTTAAATTAAAGATA
TAGGTATGACCCTAAGGTGCTTTTTGCAATTGGAATGAAAGATCACCTTC
ATGAAAAGCTTATTGGCCACGATGAGGATTCCCGTCGAAAATGACACAAC
TTCACTTCGTTCCGATGTTACTGACAGATCTGTGATACTGAAGTCAATGG
ATTCATTGATCAACATTCCAATATTTCCTGTCCAAGTTCCATCTGGGTCC
TTTGTTCCAAATTTTCCATCAACTGAGTCGACCAAAATGAAATCAAAGTG
ACACTGAGCAGCCAAGATATTGATAATCTCCATCATTATTCCCTTCATTG
TGCCATCCTGGAAATGAAAGTCCATTGTAAGTGAACAGCAAACATGATTA
CTGGCCATTAAGACCACTGGAAGCACCTATTATCGGACATGGAACCGTTG
GCTTGTCTTATTGAGTAACAAATTGGTTGACACGTGACATCTTAATTCTT
CCTCTGCAGTTGTTCACCTTAGAGTTGGATTCATTGCAATTTATGACTAA
TTTTTTTTTCTAATCATTTGCTACCCTCAAAGCATACAACTAAAGTGTTT
CGTTTTTCGGGAAACTCAATAGTGGGTTATTCTTTAATGTCATTTCACTC
TGGCACAATATCCTCGTCATTTAATTGAAACGGCGATCCTGTTTTTTGTT
GTCAGCATCGTCTATCGAGCTTTTACTGCTAAGTGCCAATTTTTGGCTTT
CAAAAGTTATGTATTTACTGGCACACAGCACATAAAGACCCAAAATAACA
TAATCTCTGACTTTTTTGAGATTTAATCGGTTTAGCTATTTTGCTAACTG
CATGTAGCAAATTTGGAGCGATATATGGATGAATAATTTGGGTCAAGCAG
CCTGGATGTGAGGCAAGAAATGGAATCTGTAATCTCTTGGAATCCATGAT
TGAGCGATGTAAAGTGCCTCAAACTCCCTCCAAAAAAATACGTTTTAAGG
CCCTAGTCATCGTGATTTTTACAGTGTGGGAAAGTTGCAAAACCTAAATT
CCGAGCTGTTTTTGTCGATGACTCTTTCTTGGTAATAAAATATGTTAACT
CCGGTCTGGCTAGGAATGCTGAAGGTTGGAGGTCGCTGCTTGGCTTTTTT
TAAACATAGCATTTAAATTTATGTTCACATAAAAATTGCAACCCCATCTA
CCTTTGCAGAAGGAGCGTTCAAAAAATATCGAAAGCTGGATATGGGCCGA
AACAGCTAAACACATGAGATTGGATGGTGTAGGATCCGTTTTCCGCCAAT
GCGGAAGACGACATTTTCGCCCCTCCAGGCTTGCTTGGGGGCCTTCAAAC
CTTATTGTTAGGGGTCAGAAACACAGGTGTGGCAAGACCTTGAGGAAGGG
TCCCTTTCAGTTCCCCACAAATCAAAGTAGTGGTAGGAACAGGATTATCA
GGGGCTGTACGCTGACTAGATAAACTAGCTAATAACATCAGTGGGCCCTG
TGTTTCCCCATTGATGACCGTCCATGAGAACACGAAACCAACATCAGGTG
CGATCCCAGGCTGGGTATTATCTAGATTACATGACATTGTTTTTTGTTGA
TATTATTTCAATCCAGAAGACAAAAAATGACACAGGGGTCGTATGATGAC
TTTTAAGAGTAAATATGTCAAAATCGTGCATTAAATCACTTTTTTTTTCC
TTTTTCTACATTTTGAGACAGAAAATTACAACATATCAAGGCATATTTGC
CCAGAATAAATGTCCCCGCTTTGAATCTTTTCTGTTTCTTATAAATTTGT
GGGTCTACGTAGTATTGTTTTTTTCCGGGTTATCGTTTTTTTGTCTAATG
TTTTCTTCATTTTTTTCATTTTAGAGAGGAAAATTATCAAACTTGTAGTC
CATACTTGTCAATTTCATTCTTGTACTACCCTGTTAATATTTGCATTGTT
TTACTCTCCTAGTTATCAGTTAATGGGCTGAGTCTCCGGTGCCTCCTTCT
CCACCTTCAAGCAATTGATGGGTAAAGACAATCATAGTGCTTAGGCAAAT
TTCATGCGTGCGCCAGGCTAAAGTTACGCCCGTATTTACAAAACAACTGG
CATCCTGGAGAGACCACTCTACCAGACTTAGTCACGAATCAACCACTGAA
TTAGAAGTCACGTGATTGTCCCTCCATTAAGGTAAGCAGCGTAGCGCAAT
GGTAGAGTGGCACAATCAGTCATCTATCATATCGTTATCCCAAGGTCGTT
AGTTCGATCCCCGGGCTGGCTAAGTTCTGGCAACTAGTGATGTTAACTCA
CAGCTATTGTTTGCTTCCCTGGCGGGATTAAAGTGGGCGTACCTGTGGTC
ATTCCTCAAGGGTAAGGTAATAATTCACGATAAATTTGACCGCCAGGCTG
ACTATGTCTCCTTGGAGATTTCCCTTGCTGGGCAGAAATGCTTGGGGCCT
TCCAAACAAACAAACAAAGTCCCTCCAAGCTCACGCGACTAGAAGCTTAT
TTACTAGTTGCAAAACTAGCAGAACGGCGAGCATGATCACTTCTAGTACA
TAAGAGTTCTAGTCGCGTTGGTTTGGGCGCTTACCAATGGAGGGACATTC
ACGTGACCTCGAATTCATTGGTTCATCCTTGTATGGAGACATCCGTGACT
TAGTAGACCACCTAATGTCAGTAGTGCAGTATAAAGTGGGTCGCCCGTGG
AACTTGCCTCTCCCTTTTTTTTAATTCAAACTCATTTGGATTACCTCTTC
ATAAATCGCTGGTCGGTTCTCTTTGTATCCCACTCTGAAGGTGAACCCCA
TTAAATCGGCTCGCCTGAGCCAGATGAAGTCATTATTGTGTCGTTCCATT
CGAGCTTCACTCATGGAATAATTGGCAAAGTCCAATGAAACTGGTTGCCC
TCCCACTTGGTAGATCTCCTGGATGTCGAAGAGGCCAGGCACATTCTGAG
CCACCATTTGGAAGACATTGGAGTCTAGTCTTAATCGACTTTGGATGTGT
TTGGGAACCTCGTTTGGCACCAACCAAGTTGAGGCATGCAGCTGGCCCGG
TTCGTAACTGGCCATAAATTGCCATCCCATCGGATCTAATTGCAACATGA
TGATTAAAGTCAGACTTAGTAGCTTATCATCCGCGTGGCTGGTGTAGTAA
TCCAGGAGCTCTTCATACGGTGCAGAGAGCACCTGTATTGGAATGCCCAG
GTTCCAGAGCTTGCTTTGGACCAAGGGTGCAGAAGAAGAGTTCCAATCCA
GGTCAGGAGGGTGAATAATCAGAATGTTTTCAAAGGACTTGTCCCCGTTG
CCCAAGATGAATGCCTCAGCTGCGTCCAAGATCACTGAATTGTCCACTCC
AGGCACTAAAACCAGAACTTTGAGCAGGAAAATGGGAAACATCGCCCTGA
GTCGAGAGCAGACTGAGAAATTACCCTTTCAAAACAATAGCTCTTGTGTC
TTTTCTGTGCATTCAAACAGCAATCACCCCATATTTGACGCAGTATTGAC
AGTAAATATCACTTAGTCCGTCCTTGTCGCCTCTTTCAACCGTCCAGAGA
GTAGTGGCCAACTGACAAATGACGGACTCTTCAAGTGGAAATTATAACTC
TTTCGGAGGCTCTGAATAATTTAAGCCCAACGTGTCCATCAAAAGTATTT
CTTCAGAAAGTGCAGAATAACTAGCGCCCGGTTTTTATTAGAATAATGAC
AAAAGTGCGAGTAGTTCAACACCTCGTCTTTCTATGGCCATGATTGGCCT
TGCTTCCATCTAACCAGGGTTTCATGGTGTTCCATCCTGCTACGTCAGCT
GGGTGTTGGGAATAAAGAATCCCATTGGATTTGAAATCCAATGGGATATT
CCCGCGCAGGTTCGTACCCTGCCGACTGCGCCAGTTGAAACAGGTGACGT
TCACGGGTCAAGTTTCGAGTCAAGAATGGCCGACTTTATTCCCAACACCC
AGCTGACGTAGCAGGATGGAACACATGGCTAGAGGTATGAGCATCGAAAC
TAGATCTGATTGTCTTGCCTGTACGGAAAGGCACTTCTTCAACCGTCGGT
CTTTGGCTCTTAGAAATGGTACCAATGATAAATGCCACACCTTCTCAGCT
GTTGAACTTTGTTTCCTTCCTCCTCCACCTTCAAAGACTCCATGAGTAAA
TAAATATTGAATCCAAATATACTCTAGTAGTCCATGCGTGTGCATTGATA
GGTTGGATGCCGAAACACAATATGGTTAATTGAACTTGTTTCAATAATTA
TCCAATGATCGCATATGTTACGATTTTAAGCTTGAATGCATAAGCTTGCA
TAGTTCTAACAGCTAATGTTCGGTCAATTTGGGACGAACTTTTACATCCT
CTTTTCTTCATTTGATTCGATCCACACATGTTTGTTTGGAAGGCCCCGGA
AATTTCTGTCCAGCTAGGAAATCTCTATGGAGACATAGTCAGCCTGGCGG
TCAAATTTATCATTAATTCTTACCTTACCCTCAAGGAATGACCACAGGTT
CGTCCAATTTAATCCTGCAAAGGAAGCAAACAATAGCTGTGATTTAACAC
CACTAGTTGCTTGAACTTGGCCAGCCCGGGGATCGAACCCCGGCCACTCA
GCACCAGCGCAGCGCTATTTCGATCCACACATATCATCACTCTGATTAAA
AGCGGCGCTAGTTTAACCCCTCTTCCTATTATGGGCTGACTCGTACTCGA
TAGATGTTAAACTCTTATCGTTGTTCGGGCTTCTCAAATTAACTGATGGG
TTTCTACCCATACACAATGCACATACGGATGTAATTTATCAACATCTTCT
TGACGTCAACCCTGTAACTCTTTCAATTCATCCTTGGCAACAAAGAGTCA
CTATAGCTTTGAACATAGTAACTTTGTCAATATTGTCATTAACATTCATG
TAACAAACTGTACTACTAACAATTGCTTGCCAAGTGGTAGCCATCGGGCA
TTAATGACACGAATTGACGTTATCCATACGATCACACACACGTAAGTGGT
CGATGGAATACGCGATTAAATTTTGGAGTTGATTTCTTTCTTTCTTTATT
TTTTCAGTACCAAAACGAGAATTGTCCACAACGTTGACCGTCAAAAGAGC
TAAAAAACTGTTTCTTCTATAAATTAATGGATTCCTTCCATAAGTTCACA
TTGAAAATGCTAGCAAGTAATATTGCATTTTTGTCCTCGACTGTTCATAT
GGGACAGGGAACCCTGAAAACACCAGGAAATACAACTCACGACTATAACT
GCTCCAAAAAAGGCCAACAGCTTTTCGTTTCCATCAGTGTTTTCATATTG
GTATGCAAAACCCTAAATTTGTCAAATCTGGGCCTGAACGAGGCTGAGAA
GCTGCAAGATTTGAAGGTGAACCTTTGAGTAAAAGAAGCCCTGGATTTTC
AGGCCTACATTAGGGCGGTTTCATTTCCAAGCATGTCAGAGTTTATTATA
CGTAAAGGACAAGAAAAACGGAATGTTTATCGCTCAACCTCCATTTTCGG
GTCATTTGTGAGTACCAAGGCATAAACTAGTTTTTGCTAAATTGTGTATA
AAGCCCCAAGAAATTGTAACATTGCATGAATGGTAAGTGAACCAACGTCA
AATATAATTTTTCAACGTTATATTACGAATGTTTGCATCCTTTTACAAGT
AAGGTTGTTTAATATAGGGATATAAAAGTTTACTAAAGCGTGTTTGGAAT
GAAAATAGCCATTGGTGCGCAGTCAGCTGCTCATCTGTGTTGCTTCCTCC
ATCTTTGAGCACTCTTTATTTTGGGAGCTCTGCTACTGAATGGGACTGGC
ATTCTACGATTCTCTCTCCAACCACCAGGATATTAACTTCTCATTCGATT
CTATTGCAGCGGCTTTATCCGTAAAAATCCGTGTGTTAGATGTTCCACAA
GTGGCACAAGCCGGCCATACTGTTCCACTCACCTGTGATTATGATCTGGA
GAGGCAAAGACTGTATCAAATCAAGTGGTACAAAGGCACTCACGAGTTCT
ACCGATATTCACCCATGGACAGGGAACGAGTCAAGCTGTTCCTCGTGGAA
AATCTTCACGTCGACGTAAGATCGAAGTCACTCCCTGAGAGACAATATTG
AGATGAGCGATAACATGAAATTAGGATCCTACAGTCCTAAAAAAATGGAT
GGGATCTAGGCTGGGGTCCGCTCCGTTTTTTGGCAGCTGCTCCGACTCCA
GTTTTCGTTTGGAGTCGCTTACTCCGTTTCGGGCCGGCTCCGCGTGGTTT
GCGCTCCGCTCCGACTCCGGTGTAAATTCGGAGCCACACACTTTGTTCCA
GAGCTGATTTAACAACTGCCGTTGCAGTTTTTGGAGTGGTGAATATTATT
TATGGGTAATGAATAAGCATCTGAAGCATTAAAGGGATAGGTCTTTTGAA
CCTGCCAAAAAATATGTTTTGAGATGCCCTGTCTGGAGTTGGCTCCAGCC
AAAGAGTCGGGACGGTTCCGGGAGTCTTGGAGTCGGCTCAGATCTGCTCC
GTTTTGGGGTCAGAGCGGGAGCTGCATTGCTCCGCTCCGCTTCGGGAGCG
AATCCAAGCCTGATTGAAACTAACTAACCTAAATGTTATAATAAGCAATT
ACAGTACTTGCCAAGTGTGCAAATCCCCAAAAGTATCAAAAGTGTGCTCA
AATGGTGGGGTTTGGTTGTTGCATAATTTTGTTATTTTTGATTACATCCT
TTGTTTCCTAGCCAAAATTTTACCGGGAACAGGTTCTTGCACATCACGAC
TTAAAATCGTGGTAATCTTCCAAGTCAAACGGTGGACCTTTTTAAGACAC
ACGCCCATTAAAGTGTTCGTAGAAAGTGCATTTGCTTCGCTGTACGTTGT
GCTTTATGTCGTTGTGCAAACAAGGCAGTCCTTTGAATTGAGCCGCATCT
TAACTTTTGAACTTGGCGTACTCTTTGGCCTGCATAACTCATGGAGTTTC
TGGGGATTGCAGGTTCAAAAGTCCGACGATCGAACCGTCGTTTTAAAGGA
CCTGCACGTTGATATGACTGGCAAATATACCTGCGAAGTGTCCACCGAAG
GGATCTTTGAAACGGTCCAAGGGGACGCGGAAATGACAGTGGTTGGTGAG
TGAAAGGTTGCGTGAGTGACTTCTTGCTCCGTCCTCAATTTGTTCCGTGA
TTTTCTTGCAGCTCTGCCTCGGGGAGGTCCACATATTCAAGGAGTTCCGA
ACCATGAGGTCAATATTGGCGAGGAGTTGCTCATCAATTGCACATCTTTG
AAATCAAAACCCGCGGCCAAATTAGAGTTCTTTTTAAATAACAATAAGGT
GAGCGGAGCAAAAGACCTGGCGGTCGTTCATGCCTGGACTTCAAATGGAA
CCTCGTTCCAGGTGAGCGGAAGGCGAGCCATATCCCTAAGACAGTTCCTG
ATTACCAATGAGGAAGACAAGCCTCAAACCGAATCTTCCATACTCTCCAT
GCAATTCCACATTCGGAAACACCACGTTCGACAAGGACGAATCCTTATCA
GGTAACTATCGAGAGTATTCAGAGAGACTCCATCCATAAGGAAATTAAAG
AAGGAGCCGCGAAACCAGGAAATGTGACTGTAGTCGCTCGAAAGTAGACC
AGCTTTTCGAGTGTTCTCATCTATTCCACGATTCATGAATCCATTGTCTG
CTGGTTATTGTTAATATCACAGAGTTAGTAAGCCGAATTTCTTTTCCAAA
TTTTCCAATTAGAGACTTTTAGGTGGATTTCAGATCCAATCGGATATTCC
CGCTCAGGTTCAGAAAGCAGGAAAGTAGTGGTAGAGTGGCATAATCAGTC
ATCTTTCATTGCGTTTTCCGAGGGTCGTTGATTCGATCCCCGGGCTGGCC
AAGTTCCGGCAACTAGTGGTGTCAAATCACAGTTATTGTTAGCTTCCCGT
ACAGGATAAATGTGGGCGTACCTGTGGTCATTCCTCGGGGGTAAGGTAAT
AGTTCATGATAAATTTGTCCACCAGGCTGGTTATGTCTCTTCGGAGATTT
CCTAACTGGGCAGAAATGCCCGGGGCCTTCCAAACAAACATAAATCCCGC
GCAGGTTCGTACCCTGCCGACTGCGCCATGTACATAAAATAATGACGTGG
ACTCGAGGTTGTTGTTTGGACGAGATGTAACTACTGTATACTTTATTTTC
TATCACAGAGTGGTATATACGGTATATATGCGAAAAGGGAGGACATCGGA
GAGCACGGGTAGCTCGGAAAGCTAGCTCAGGAATGACTGAACATCACCGG
CAATACTGACTGAAACCAGGGCCAGTTGGCTTACTTTGTAGCAATCAATT
GTGTTTACTTGCATTTGAGAGGCAAAAAAACTGGACAGAAAAAAATAATG
TGTACATATAACCTCATTGTATAAGTGGAAATATTAGGTCACCGCTAGAT
GAGGCTTAATCGATATTTATTAGGACATGTATTTCCGGTCCAATTTAGCG
ATTCTTGCCTGATTGATGGAAGCTGTCTATCTGTTTACGGTTTGGGTGTA
TTTGTATTTTCGGCCCTCACTAATATACATAGAGGGCGTATGTTTTACAA
AAGTCCATAGGTTACTGTACATTGCAATTTATGTAATGCCATAGTTTGGA
AGAAGTGTCTGACACTGAAGAAGATCTGACCATCTCCATGGATCTGAACC
TTTGAACCGTATATTATATAATTAATCAGAGATAGCCAGATACACTATCA
GATCCAAAATTATTGGGGTTAAAACGCTTGTTTGGTTAACTCTTTTACTT
TATCGACCAATCAGTGTTGAGCCCACACTTAGTGACATACGCCAGTTATT
TCGAATGGGCTAGAATTTGGCCAAGGACAGAAGGAGAAATGTAGTACTGT
AAATAAGTGCAAAAATACTTGTATTTTGAACTGATCTTTTTCTAGGAATA
GCTAACGGGTTTTGCTTGAGGACCATTACAAAATGGCAAAAAGCTTAAAA
CTAAATGACACACCTTCACTGCTTTTGATTTAGATCAAATATTGAACAAC
TCTTTGCAATTTTGAGCATTGTTGTTAACTCTGTTAACTCTGCTCTAAGT
TAGCATCCATCCATAAAACGCCCCAATATTATCCATTGCCAAACCAGCTC
AGGTAACATATTTTTAACAAAAAAATAAACTTTCAAGCAATTGCGCTTCT
TGTCCTTGGTATTACAACCCATGTATTTAGTTTACAGCTTAGGCTATGTG
CATCAAATGGCGTGCTTTTAAATGTTTAGCTAACAGGTGAATATTTAATT
GAATATTGAGTGTTAGCAAGAGAACGGGAAAAGGTTCAAAATACCCTTTT
CACTTACAGTATTTTGGTCTTTATTTGTGAAAAAATCTATTAGTCTGTTA
GAAAATACAAGTGGAATATTTTGAGCCTTTTTTATAAGAGGCACTCTCAG
AGTGATACTCTAACCACTAGGTTATGCCAACCTCCTAATTTTTCACATTC
TTGAGATCATTCGCTGAATTATGGTACATATATTGCCAATGTTTTCATGT
TTTGAGTGTGTGTGTAATCGTTTATTCTTACATATTTAAAATAGGATTTT
ACCTGGGAGTCAACACTTAGCAGACGAATGCTAGTCAATAGTGTTAGTGC
CATTTATGACATTTATGGCATAACACACGTGACGAGCTCAACACAATAAA
CAACTTAGCAAATAAGTCAAATATATATAGATAACATTTTGAAACAAAGT
CGAATTTAGCTTTGACTAATTCAAGCACACATATCGACGTCAAGTCTTTT
GAGATACGGTAGGAAAATCACCCGTGAGGAACGGACCCGAATGTACTTTC
ATGTATTTTGTGAAGAACCAGAGATCCAAAGTCCATCTCGTACTGGCATG
ATTAGAGACATCCACAGTAATGGGGTTGCATCATGGCTCTTTTGCCTCGG
AAAGGGGAGAACTTGGGTCCAAAAGGCAACTAACTCATTGCGTGACGCTT
GCTGGTGGAGCCCAGTCTTTGACTGTTATTGCATTTGGAACCAAAGTTGT
CTAACCATCTTGACAGACGAAATAAAATGGACGCTTCATGCTTACCATCA
AATACTGTACTCAGATAGGAAGTTCCCTTATTTAATGGTAGGTCTATAAA
CAACTGTTCGTGGATCTAAAATGATTTGCAGCCAACATCACATAATCCTA
TTTTAATCTTAAGTTCAAAGATAAATATGGCCAAGTGTACACAAAAAGCA
ATAATTGACAGGTGATAAACGCACATGGTGTTGAGCATCAGTGTAGGAAT
GTCAAATTTCAATTTGATACCAAAAGAAAAACTTTGTAACTCACTCTCAA
GATTACACACGTACAGTAACTTTTTAACAAATGTTTTCTTTGTGTTTGCA
CACAGGATTAAAAGCACCAAATTTGAACAACTTTGCACTTGCATTTCACC
CATTTGAAAAACAAAGTTCTTTAATAATCTATAAATTATTGATAGATTGA
CACTTATCCCTTCTTTCCATGGTCACTATGAATTAAGTACACATTCCCCA
ACCTAACCAATCAGACCACAAAGAACCACCCGTCCTGACCATCCAACCAC
TTCTTCCATAACTATTCTTATGCCAAAAAAACCATTTTTATTGGTCGCTG
CAAAGAAATTTGCAAATGGTCGCTCTAAAAAAACCAAAAAACAAAAGTGT
TTTTGCCCACTCCGTACCACCAGATTTCTAGCCCAGGCCAGATATAACGG
AAGATGAAGGTTTTGTGTTAATGCCACATCCCATTGGATTGCAAACCGAA
TTTAACTGTACTTGAGGTTTCTGTATTCCAAGTATTGGCATTTCTTCAAT
ACTGGATACTCTCAATGCCATTTGAAGTAACTTTCTTGTGCAAGGATGTC
ATTGCCCAATCCTTGAAACCGTTTTTGCTCTCAAAATTGTCCTATGATCG
CCTCATATAGTGTAATACCACTTCGCCAAGTATAATTTTATCTCGATCTC
AGAAAACATGCATGTCCTCTATTGCAGTCGTCGACTGGCAGCTGGACTCG
AGTGACACATTTTCTAAATTTAGCCAATCACTCATGGATAATTTTTTTCA
GATGTGAAGCCACGATTCTAAATGCGTATCGTGGTGAGAAGACGAAGGAG
ATCTTTGTTCGGACACATCAAGCAGCCAATCTGTCCAACAACAAATACTC
TGGCTTGGGACATGCTATGCATAGCTTGGGTGGACTCTTCTATTCGGGAA
TGGTTTGGGCACTTTTCGTCCTTTAA
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Synonyms
The feature 'PREDICTED: uncharacterized protein LOC102680362 isoform X2' has the following synonyms
Synonym
Tk01102
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