hypothetical protein, maker-scaffold511_size151351-snap-gene-0.28 (gene) Tigriopus kingsejongensis

Overview
Namehypothetical protein
Unique Namemaker-scaffold511_size151351-snap-gene-0.28
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
[Close]
BLAST of hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000008231 (supercontig:LSalAtl2s:LSalAtl2s496:244858:246035:-1 gene:EMLSAG00000008231 transcript:EMLSAT00000008231 description:"snap-LSalAtl2s496-processed-gene-2.2")

HSP 1 Score: 283.878 bits (725), Expect = 6.371e-93
Identity = 176/331 (53.17%), Postives = 213/331 (64.35%), Query Frame = 0 
Query:  192 EYRKICLIALVATAST---------VSGQ----RRAKSLVNTFPFSQGGAAANHAHDHDHHDHAHAAHPAHPVQAAAPARASRQGQGDEVALDIGSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTTPPTLSPTGGECEE-NFKKSCFIEYRK---------CETRYH-EHEVEDDVVECETIQEEKCEDVTQGYTTEQKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVPLLKPAEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPSEQSGLA 498
            +++ I LI ++  A+T         +S Q    R  +SL+NTFPF+ G + A+H H    H  A  A     V +A+  R +RQG+ D+V LDIGSIAAAGE          +TEYD+ IECHHSYSERCHTT      P   E  E NFKKSCFIEY+K         C T +  E E  +   EC+T+ E +CE            T++      +E   VKKY+P TECKKV R+LCGPSGC+ QPGPEECFDK E +VQEVPEE CNLEPQ++CK VTKLVP LKP EECVD+PKEVCSRSRKNPRKVQKPVVKKWCYVP+E+SGLA
Sbjct:    4 QFKYISLIVVLGAATTALQPGSRTRLSAQKXFNRDGRSLLNTFPFNAGESDADHEHHEHEHHAASVA-----VTSASDGRVARQGETDDVTLDIGSIAAAGE----------QTEYDDHIECHHSYSERCHTTYITDFEPQQEEECEENFKKSCFIEYKKVAVDETVKFCHTPFVCEGEGPE---ECKTVYETECE------------TRY------HEHDNVKKYSPITECKKVPRQLCGPSGCVPQPGPEECFDKNEVIVQEVPEEQCNLEPQKACKQVTKLVPSLKPVEECVDVPKEVCSRSRKNPRKVQKPVVKKWCYVPTEESGLA 298

HSP 2 Score: 121.709 bits (304), Expect = 2.656e-31
Identity = 84/156 (53.85%), Postives = 102/156 (65.38%), Query Frame = 0 
Query:   56 ICLIALVATAST---------VSGQ----RRAKSLVNTFPFSQGGAAANQAHDHDHHDHAHAAHPVQAAAPARASRQGQGDDVALDIGSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYRKICL 198
            I LI ++  A+T         +S Q    R  +SL+NTFPF+ G + A+  H    H  A  A  V +A+  R +RQG+ DDV LDIGSIAAAGE          +TEYD+ IECHHSYSERCHTTY TDFEPQQEEECEENFKKSCFIEY+K+ +
Sbjct:    8 ISLIVVLGAATTALQPGSRTRLSAQKXFNRDGRSLLNTFPFNAGESDADHEHHEHEHHAASVA--VTSASDGRVARQGETDDVTLDIGSIAAAGE----------QTEYDDHIECHHSYSERCHTTYITDFEPQQEEECEENFKKSCFIEYKKVAV 151
[Close]
BLAST of hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000012693 (supercontig:LSalAtl2s:LSalAtl2s963:3547:4590:-1 gene:EMLSAG00000012693 transcript:EMLSAT00000012693 description:"augustus-LSalAtl2s963-processed-gene-0.0")

HSP 1 Score: 245.358 bits (625), Expect = 1.390e-77
Identity = 152/283 (53.71%), Postives = 176/283 (62.19%), Query Frame = 0 
Query:  193 YRKICLIALVATAS----------TVSGQRRAKSLVNTFPFSQGGAAANHAHDHDHHDHAHAAHPAHPVQAAAPARASRQGQGDEVALDIGSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTT-TPPTLSPTGGECEENFKKSCFIEYRK-------------------------------CETRYHEHEVEDDVVECETIQEEKCEDVTQGYTTEQKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVP 433
            ++ ICLIAL+  A+          T++  R  KSL+NTFPF+ G      A   +HH+H HA        AA+  R +RQG GD+V LDIGSIAAAGERCIDKVVMVEETEYD+ IECHHSYSERCHTT T         ECEENFKKSCFIEY+K                               CET+YHEH+VEDDVV CETIQEEKCEDVTQGYTTEQKCTKWPKQVC NEKK VKKY+P+TECKK       P  C++ P      D K  + ++ P
Sbjct:    4 FKYICLIALIGXAAASGGPRPRARTLTVNRAGKSLLNTFPFNDGARGTARAAHAEHHEHEHAHAEH---PAASDNRLARQGGGDDVPLDIGSIAAAGERCIDKVVMVEETEYDDHIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYKKVAVDETVKFCHTPLVCEGEGPEECKTVYESECETKYHEHDVEDDVVNCETIQEEKCEDVTQGYTTEQKCTKWPKQVCTNEKKNVKKYSPQTECKKF------PDNCVVLPAVFPNXDPKSALTRKKP 277

HSP 2 Score: 161.77 bits (408), Expect = 8.056e-46
Identity = 100/153 (65.36%), Postives = 115/153 (75.16%), Query Frame = 0 
Query:   56 ICLIALVATAS----------TVSGQRRAKSLVNTFPFSQGGAAANQAHDHDHHDHAHAAHPVQAAAPARASRQGQGDDVALDIGSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYRKICL 198
            ICLIAL+  A+          T++  R  KSL+NTFPF+ G     +A   +HH+H HA     AA+  R +RQG GDDV LDIGSIAAAGERCIDKVVMVEETEYD+ IECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEY+K+ +
Sbjct:    7 ICLIALIGXAAASGGPRPRARTLTVNRAGKSLLNTFPFNDGARGTARAAHAEHHEHEHAHAEHPAASDNRLARQGGGDDVPLDIGSIAAAGERCIDKVVMVEETEYDDHIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYKKVAV 159
[Close]
BLAST of hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000004486 (supercontig:LSalAtl2s:LSalAtl2s2341:3366:4537:-1 gene:EMLSAG00000004486 transcript:EMLSAT00000004486 description:"maker-LSalAtl2s2341-augustus-gene-0.2")

HSP 1 Score: 184.882 bits (468), Expect = 2.240e-54
Identity = 96/275 (34.91%), Postives = 147/275 (53.45%), Query Frame = 0 
Query:  273 GSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTTPPTLSPTG-GECEENFKKSCFIEYRK-----------------------------------CETRYHEHEVEDDVVECETIQEEKCEDVTQG---------------YTTEQKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVPLLKPAEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPSEQSG 496
            G     G++C+ K++ V+ETEYD  +EC H++ ++CH T     S      CE  FKK+C I ++                                    CETR+ ++++  D  ECE +++ +C+++T                 Y  ++ C  WPKQ C+ +KKTV+K  P+TECKKV RE+C P  C   PG E C +  +T +Q +PEE C+LEP+ +C+  + LVP L P E CV +PKE+C  ++KNP+ + KP++K WCY P + SG
Sbjct:   60 GIDVKDGQKCVQKIIQVQETEYDRGLECQHTFKKKCHVTYVTDFSSAPERRCETTFKKNCHISFKAVPYTEKVKKCHTPYTKKCGDEIQGELVCKDIYEDFCETRFKKYDILQDEPECELVKDLRCKNITIDLLHIPHDNDGGSKVPYAVKETCENWPKQKCELKKKTVQKIHPKTECKKVSREVCAPENCETLPGEEICHEDSQTRIQNIPEENCDLEPEENCRLESTLVPKLVPKENCVKVPKEICVNTKKNPKTITKPILKNWCYDPKKLSG 334

HSP 2 Score: 72.0182 bits (175), Expect = 5.593e-14
Identity = 28/67 (41.79%), Postives = 43/67 (64.18%), Query Frame = 0 
Query:  130 GSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYRKI 196
            G     G++C+ K++ V+ETEYD  +EC H++ ++CH TY TDF    E  CE  FKK+C I ++ +
Sbjct:   60 GIDVKDGQKCVQKIIQVQETEYDRGLECQHTFKKKCHVTYVTDFSSAPERRCETTFKKNCHISFKAV 126
[Close]
BLAST of hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000010571 (supercontig:LSalAtl2s:LSalAtl2s7026:2777:3366:1 gene:EMLSAG00000010571 transcript:EMLSAT00000010571 description:"augustus-LSalAtl2s7026-processed-gene-0.0")

HSP 1 Score: 155.992 bits (393), Expect = 9.067e-46
Identity = 98/149 (65.77%), Postives = 112/149 (75.17%), Query Frame = 0 
Query:   56 ICLIALVATAS--------TVSGQRRAKSLVNTFPFSQGGAAANQAHDHDHHDHAHAAHPVQAAAPARASRQGQGDDVALDIGSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYRKI 196
            ICLIAL+  A+        T++  R  KSL+NTFPF+ G     +A   +HH+H HA      A+  R +RQG GDDV LDIGSIAAAGERCIDKVVMVEETEYD+ IECHHS SERCHTTYTTDFEPQQEEECEENFKKSCFIEY+K+
Sbjct:    7 ICLIALIGXAAASGGPRTRTLTVNRAGKSLLNTFPFNDGARGTARAAHAEHHEHDHAHAXXPXASDNRLARQGGGDDVPLDIGSIAAAGERCIDKVVMVEETEYDDHIECHHSXSERCHTTYTTDFEPQQEEECEENFKKSCFIEYKKV 155

HSP 2 Score: 134.42 bits (337), Expect = 1.217e-37
Identity = 91/156 (58.33%), Postives = 105/156 (67.31%), Query Frame = 0 
Query:  193 YRKICLIALVATAS--------TVSGQRRAKSLVNTFPFSQG--GAAANHAHDHDHHDHAHAAHPAHPVQAAAPARASRQGQGDEVALDIGSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTT-TPPTLSPTGGECEENFKKSCFIEYRK 337
            ++ ICLIAL+  A+        T++  R  KSL+NTFPF+ G  G A     +H  HDHAHA  P      A+  R +RQG GD+V LDIGSIAAAGERCIDKVVMVEETEYD+ IECHHS SERCHTT T         ECEENFKKSCFIEY+K
Sbjct:    4 FKYICLIALIGXAAASGGPRTRTLTVNRAGKSLLNTFPFNDGARGTARAAHAEHHEHDHAHAXXPX-----ASDNRLARQGGGDDVPLDIGSIAAAGERCIDKVVMVEETEYDDHIECHHSXSERCHTTYTTDFEPQQEEECEENFKKSCFIEYKK 154
[Close]
BLAST of hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000010865 (supercontig:LSalAtl2s:LSalAtl2s722:38346:39694:1 gene:EMLSAG00000010865 transcript:EMLSAT00000010865 description:"augustus_masked-LSalAtl2s722-processed-gene-0.0")

HSP 1 Score: 158.303 bits (399), Expect = 2.319e-44
Identity = 95/326 (29.14%), Postives = 150/326 (46.01%), Query Frame = 0 
Query:  221 FPFSQGGAAANHAHDHDHHDHAHAAHPAHPVQAAAPARASRQGQGDEVALDIGSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTTPPTLSPTG-GECEENFKKSCFIEYRK-----------------------------------CETRYHEHEVEDDVVECETIQEEKCEDVT-----------------QGYTTEQKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVPLLKPAEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPSE 493
            F  + G   +  +    +         A P       RA    + +   +D       G++CI KVV VEET YD  ++C H  +E+CH T     S     +C   F KSC I ++                                    CET +  +E+E +  EC+ ++E +C++ T                 + Y   Q C  WP Q C+  KK V K  P++EC+K+ +++C P  C  +PG E C ++  T +Q +P+E C+L+PQ +C+  + L+P L P + CV+IPK++C   + NPRK+ KPV+K WCY P +
Sbjct:   14 FGLTNGNLISTFSKKEGNDGSISRIKRASPELINDLTRAIIIDESNLPGID----GENGQKCIKKVVNVEETVYDRGMDCQHRITEKCHLTYVTDYSSASEKKCGTTFTKSCHIVFKPVPHEEKVKICHTPIEQECGDEVEGPEVCTTEYENHCETIFKTYELEQEEPECKMVEELRCKNATVELVHIPNDDKTTTGPNKPYAVTQDCENWPVQKCELVKKNVTKVHPQSECQKIPQKICHPDNCKTKPGKEICHEESRTQIQNIPQEECDLQPQENCQFESTLIPRLVPHKNCVNIPKDICVHKKDNPRKISKPVIKTWCYNPKD 335

HSP 2 Score: 64.3142 bits (155), Expect = 1.728e-11
Identity = 29/67 (43.28%), Postives = 41/67 (61.19%), Query Frame = 0 
Query:  130 GSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYRKI 196
            G     G++CI KVV VEET YD  ++C H  +E+CH TY TD+    E++C   F KSC I ++ +
Sbjct:   62 GIDGENGQKCIKKVVNVEETVYDRGMDCQHRITEKCHLTYVTDYSSASEKKCGTTFTKSCHIVFKPV 128
[Close]
BLAST of hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000001807 (supercontig:LSalAtl2s:LSalAtl2s130:142383:143529:-1 gene:EMLSAG00000001807 transcript:EMLSAT00000001807 description:"maker-LSalAtl2s130-augustus-gene-1.7")

HSP 1 Score: 158.303 bits (399), Expect = 2.413e-44
Identity = 99/269 (36.80%), Postives = 148/269 (55.02%), Query Frame = 0 
Query:  273 GSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTTPPTLSPTGGE-CEENFKKSCFIEYRK-----------------------------------CETRYHEHEVEDDVVECETIQEEKCEDVT------------QGYTTEQKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVPLLKPAEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPSE 493
            G+    G  C+ KVV +EETE+D  ++CHH++  +CH T     S +  E C+ +FKK+C I ++                                    CET+Y  +E++ D  +C+ ++E +C +VT              +   +KC KWP Q C+  KKTV K  PET CKK+ +E+C PS C   PG E C ++  T+VQ VPEE C+LEPQ +C+  + LVP L P   C+ +PKEVC  ++KNP+KV+KP++K+WC+ P+E
Sbjct:   65 GTRRPDGTYCLKKVVEIEETEFDRGMDCHHTFQRKCHLTYITDYSSSSEEKCDTDFKKNCHITFKPVPHNEKIKICHTPLIRQCNDQTQGPEVCTTEYENYCETKYKVYELDQDEPKCQMVEEVRCLNVTVELFQIDSSKTSPPFALREKCEKWPVQKCELNKKTVTKVHPETSCKKIPKEICAPSNCKTLPGEEICKEETRTLVQNVPEEDCDLEPQENCRMESSLVPRLVPKNNCIKVPKEVCVNTKKNPKKVKKPIIKEWCFNPNE 333

HSP 2 Score: 69.707 bits (169), Expect = 2.818e-13
Identity = 42/146 (28.77%), Postives = 68/146 (46.58%), Query Frame = 0 
Query:   51 NAGLGICLIALVATASTVSGQRRAKSLVNTFPFSQGGAAANQAHDHDHHDHAHAAHPVQAAAPARASRQGQGDDVALDIGSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYRKI 196
            NA    CL+   A   T S Q   + ++  F          Q     H+      + V+A    +       D +    G+    G  C+ KVV +EETE+D  ++CHH++  +CH TY TD+    EE+C+ +FKK+C I ++ +
Sbjct:    4 NALFTFCLLG--AWNPTGSSQAFNRDILQRF----------QKLQEKHNPFNSEEYSVEAL---KGKTFINPDKIP---GTRRPDGTYCLKKVVEIEETEFDRGMDCHHTFQRKCHLTYITDYSSSSEEKCDTDFKKNCHITFKPV 131
[Close]
BLAST of hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000005786 (supercontig:LSalAtl2s:LSalAtl2s310:69123:92810:1 gene:EMLSAG00000005786 transcript:EMLSAT00000005786 description:"maker-LSalAtl2s310-augustus-gene-1.29")

HSP 1 Score: 158.303 bits (399), Expect = 1.075e-42
Identity = 87/208 (41.83%), Postives = 125/208 (60.10%), Query Frame = 0 
Query:  301 HHSYSERCHTTTPPTLSPTGGECEENFK--KSCFIEYRK-CETRYHEHEVEDDVVECETIQEEKCEDVT------------QGYTTEQKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVPLLKPAEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPSE 493
            H    ++CHT       P   EC E     + C  +Y   CET+Y  +E+E D  +C+ ++E +C++VT            Q +  ++KC KWP Q C   KK VKK  PE+ECKKV R++C PS C  +PG E C ++  T +Q VPEE C+LEP+ +C+  + LVP L P + CV +PKEVC  ++KNP+KV KP+VK+WCY P++
Sbjct:  326 HTEKVKKCHT-------PFVKECGEGIDGPEVCSTQYENHCETKYKTYELEQDEPDCKMVEELRCQNVTVELFHIDQADDAQPFAVKEKCEKWPVQKCDLVKKNVKKVHPESECKKVPRQVCAPSNCKTKPGEEICNEESITQIQNVPEEDCDLEPEENCRMESSLVPRLVPKQNCVKVPKEVCVNTKKNPKKVTKPIVKQWCYDPND 526

HSP 2 Score: 135.961 bits (341), Expect = 7.767e-35
Identity = 93/313 (29.71%), Postives = 149/313 (47.60%), Query Frame = 0 
Query:  191 IEYRKICLIALVATASTVSGQRR--AKSLVNTFPFSQGGAAANHAHDHDHHDHAHAAHPAHPVQAAAPARASRQGQGDEVALDIGSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTTPPTLSPTGGE-CEENFKKSCFIEYRK-----------------------------------CETRYHEHEVEDDVVECETIQEEKCEDVT------------QGYTTEQKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVP 453
            +  R + L+      + V  Q++     L+N    +Q    +N A   +         P+  ++A      SR    DE  L  G I   G+RC+ K++ VEE  Y++ +EC H++ ++CH+T     S +  + C  +FKKSC I ++                                    CET+Y  +E+E D  +C+ ++E +C++VT            Q Y  ++KC KWP Q C   KK VKK  PE++C KV RE+C PS C  +PG E C ++  T++Q +PEE C+L+P+ +C   + LVP
Sbjct:    1 MNVRLVILLVCTQVFAHVCAQKQFSKDQLLNILRSAQFNDLSNVA---NFVKILPRNSPSGKIEAL-----SRNIFVDENKLP-GVINKDGKRCVPKLIQVEEIVYEQGMECQHTFKKKCHSTYITDYSSSSNKRCYNSFKKSCHITFKSVPHVEKVNKCHTPYVKECGDGIDGPEVCSTQYENHCETKYKTYELEQDEPDCKMVEELRCQNVTVELLHIDLEDSSQPYAVKEKCEKWPVQKCNLIKKIVKKVHPESKCLKVPREICAPSNCKSKPGKEICHEESRTIIQRIPEEDCDLQPEENCLMESVLVP 304

HSP 3 Score: 69.707 bits (169), Expect = 6.795e-13
Identity = 42/147 (28.57%), Postives = 73/147 (49.66%), Query Frame = 0 
Query:   51 NAGLGICLIALVATASTVSGQRRAKS-LVNTFPFSQGGAAANQAHDHDHHDHAHAAHPVQAAAPARASRQGQGDDVALDIGSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYRKI 196
            N  L I L+     A   + ++ +K  L+N    +Q    +N A+          +  ++A      SR    D+  L  G I   G+RC+ K++ VEE  Y++ +EC H++ ++CH+TY TD+     + C  +FKKSC I ++ +
Sbjct:    2 NVRLVILLVCTQVFAHVCAQKQFSKDQLLNILRSAQFNDLSNVANFVKILPRNSPSGKIEAL-----SRNIFVDENKLP-GVINKDGKRCVPKLIQVEEIVYEQGMECQHTFKKKCHSTYITDYSSSSNKRCYNSFKKSCHITFKSV 142
[Close]
BLAST of hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000005780 (supercontig:LSalAtl2s:LSalAtl2s310:3258:4806:1 gene:EMLSAG00000005780 transcript:EMLSAT00000005780 description:"maker-LSalAtl2s310-augustus-gene-0.6")

HSP 1 Score: 152.525 bits (384), Expect = 3.431e-42
Identity = 98/296 (33.11%), Postives = 139/296 (46.96%), Query Frame = 0 
Query:  261 RQGQGDEVALDIGSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTTPPTLSPTG-GECEENFKKSCFIEY-----------------RKC------------------ETRYHEHEVEDDVVECETIQEEKC---------------------------EDVTQGYTTEQKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVPLLKPAEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPSE 493
            R G        I  +     RCI K + VEE +Y+    CHH+  ++CH T     + T   +C+  FKK+CFI +                 RKC                  ET++  + ++ D   CE  +E +C                            DVT     ++KC KWP Q CK E KT+ K  PET C KV +++C PS C + PG E C  +  T VQ +PEE C+LEP  +C+  + LVP L P + C+ +PKEVC  ++KNP KV+KP+ K+WC+ P E
Sbjct:   43 RLGDSRSQVEVIPEVDEDKVRCIPKTIFVEEIQYERGRNCHHTVGKKCHITYTTDYTSTTEKKCKTEFKKNCFINFISVPHNVKVKICHTPLVRKCNDEVEGPEVCTTQYENHCETKFKTYILDQDEPVCEMKEEVRCMNMTVELHHIFDEQHNKKNEDRRGDVDSDVTPPNVIKEKCEKWPVQSCKLETKTITKVHPETSCSKVPKKICVPSNCKMFPGEEICNQETRTQVQNIPEEACDLEPHENCQMESSLVPRLVPQQNCIKVPKEVCVNTKKNPTKVKKPITKQWCFDPKE 338

HSP 2 Score: 49.6766 bits (117), Expect = 8.900e-7
Identity = 29/76 (38.16%), Postives = 42/76 (55.26%), Query Frame = 0 
Query:  118 RQGQGDDVALDIGSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEY 193
            R G        I  +     RCI K + VEE +Y+    CHH+  ++CH TYTTD+    E++C+  FKK+CFI +
Sbjct:   43 RLGDSRSQVEVIPEVDEDKVRCIPKTIFVEEIQYERGRNCHHTVGKKCHITYTTDYTSTTEKKCKTEFKKNCFINF 118
[Close]
BLAST of hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000007371 (supercontig:LSalAtl2s:LSalAtl2s419:78831:80402:1 gene:EMLSAG00000007371 transcript:EMLSAT00000007371 description:"maker-LSalAtl2s419-augustus-gene-0.3")

HSP 1 Score: 152.525 bits (384), Expect = 1.116e-41
Identity = 95/301 (31.56%), Postives = 145/301 (48.17%), Query Frame = 0 
Query:  255 APARASRQGQGDEVALDIGSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTTPPTLSPTG-GECEENFKKSCFIEYRK----------------------------------CETRYHEHEVEDDVVECETIQEEKC------------------EDVTQG---------YTTEQKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVPLLKPAEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPSE 493
            A +  +R    DE  L  G     G++CI K++ V+E EYD  ++C H+  ++CH T     S     +C+ NFKK+C I ++                                   CET Y  +E+  +   CET+ E +C                  E+  +G         Y T+Q C  WP Q C   +K V+K  P++ECKKV R++C P  C  +PG E C ++  T+VQ +PEE C+L+P+ +C+  + L+P L P + C+ +PKEVC  ++ NP++V K   K WCY P E
Sbjct:   52 ALSDLTRAITIDESQLP-GEDNGEGKKCIKKLIEVKEIEYDRGMDCQHTIKDKCHLTYITDYSSASEKKCDTNFKKNCHIIFKPVTHPEKVRICNTPIIQDCEDTEGPEICTTEYEDHCETTYKTYELTQEEPVCETVDEIRCTNEAVQLIHIPGEEPSPGEEPIRGDNFAPPKKPYATKQNCETWPVQKCTLVEKNVQKIHPQSECKKVPRKICRPDNCKTRPGKEICHEETRTIVQNIPEEECDLQPEENCRLESSLIPKLVPTKNCIQVPKEVCVHTKNNPKQVSKFXEKTWCYSPEE 351

HSP 2 Score: 65.0846 bits (157), Expect = 1.164e-11
Identity = 26/67 (38.81%), Postives = 44/67 (65.67%), Query Frame = 0 
Query:  130 GSIAAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYRKI 196
            G     G++CI K++ V+E EYD  ++C H+  ++CH TY TD+    E++C+ NFKK+C I ++ +
Sbjct:   69 GEDNGEGKKCIKKLIEVKEIEYDRGMDCQHTIKDKCHLTYITDYSSASEKKCDTNFKKNCHIIFKPV 135
[Close]
BLAST of hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000002715 (supercontig:LSalAtl2s:LSalAtl2s156:38122:39783:1 gene:EMLSAG00000002715 transcript:EMLSAT00000002715 description:"maker-LSalAtl2s156-augustus-gene-0.5")

HSP 1 Score: 144.436 bits (363), Expect = 4.205e-39
Identity = 82/261 (31.42%), Postives = 127/261 (48.66%), Query Frame = 0 
Query:  291 ETEYDEEIECHHSYSERCHTTTPPTLSPTG-GECEENFKKSCFIEYRK-----------------------------------CETRYHEHEVEDDVVECETIQEEKCEDVT----------------------QGYTTEQKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVPLLKPAEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPSE 493
            ET+Y+  ++CHH+++E+CH T     S     +C+  FKKSC I ++                                    CET + ++E++ D  EC+  +E +C + T                        Y  ++ C  WP Q C    K V+K  P +ECKKV  ++C P+ C+ +PG E C D+  T V  VPEE C+LEPQ +C+  + LVP L P + C+ +PKE+C  ++K P  ++KP+ K WCY P +
Sbjct:   85 ETKYERGMDCHHTFNEKCHLTYITDYSSASEKKCDTTFKKSCQIVFQPVTHNEKVKLCHTPLEKVCIDEIEGPEVCTTEYEDHCETTFKKYEIQQDEPECKMEEELRCSNETIELIHIPHGDKGKPVIDSLERKLPYVVKENCENWPVQKCTLVTKNVEKIHPVSECKKVATKICLPNNCITKPGTEICHDETRTQVHNVPEEECDLEPQDNCRLESALVPRLVPKKNCISVPKEICVNTKKKPTTIEKPIFKNWCYSPED 345

HSP 2 Score: 55.0694 bits (131), Expect = 1.762e-8
Identity = 21/49 (42.86%), Postives = 36/49 (73.47%), Query Frame = 0 
Query:  148 ETEYDEEIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYRKI 196
            ET+Y+  ++CHH+++E+CH TY TD+    E++C+  FKKSC I ++ +
Sbjct:   85 ETKYERGMDCHHTFNEKCHLTYITDYSSASEKKCDTTFKKSCQIVFQPV 133
[Close]
BLAST of hypothetical protein vs. nr
Match: gi|1325302880|ref|XP_023333008.1| (uncharacterized protein LOC111704869 isoform X2 [Eurytemora affinis])

HSP 1 Score: 150.214 bits (378), Expect = 2.218e-36
Identity = 91/272 (33.46%), Postives = 131/272 (48.16%), Query Frame = 0 
Query:  281 RCIDKVVMVEETEYDEEIECHHSYSERCHTTTPPTLSPTGGE-CEENFKKSCFIEYR-----------------------------------KCETRYHEHEVEDDVVECETIQEEKCEDVT-----------------------QGYTTEQKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVPLLKPAEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPSE 493
            +C++KV+ VEE  +D  I+C HS++E+CH       +P+  E C  +F+K+C I Y+                                    CETRY  H VE D   C+ + E+KC+ V                        +     + C +WP Q C  EKKTV K  PET C+K  +++C  S C      + C ++  ++VQ +P E C+LEP+ +CK  T LVP L     CV +PKE+C   + NPRKV KPVVK+WCY P +
Sbjct:  168 KCVEKVMQVEEIVHDNIIKCTHSFTEKCHNIFITDYAPSQEEKCSTSFEKNCHITYQPMAFDEKVEICDEPLKKVCNDSITGEEVCRTEYETSCETRYKIHTVEQDEPVCKMVMEKKCDGVVVDNQDQANNGRGRRSIARIENGEEFIRQAENCEEWPVQKCTLEKKTVTKSNPETSCQKHPKKVCTTSNCKFVQSEKTCREETRSLVQNIPSEDCDLEPRETCKLETVLVPRLVEKPNCVQVPKEICVEGKTNPRKVSKPVVKEWCYRPQD 439

HSP 2 Score: 64.3142 bits (155), Expect = 2.514e-7
Identity = 26/57 (45.61%), Postives = 42/57 (73.68%), Query Frame = 0 
Query:  138 RCIDKVVMVEETEYDEEIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYR 194
            +C++KV+ VEE  +D  I+C HS++E+CH  + TD+ P QEE+C  +F+K+C I Y+
Sbjct:  168 KCVEKVMQVEEIVHDNIIKCTHSFTEKCHNIFITDYAPSQEEKCSTSFEKNCHITYQ 224
[Close]
BLAST of hypothetical protein vs. nr
Match: gi|1325302878|ref|XP_023333007.1| (uncharacterized protein LOC111704869 isoform X1 [Eurytemora affinis])

HSP 1 Score: 150.214 bits (378), Expect = 2.485e-36
Identity = 91/272 (33.46%), Postives = 131/272 (48.16%), Query Frame = 0 
Query:  281 RCIDKVVMVEETEYDEEIECHHSYSERCHTTTPPTLSPTGGE-CEENFKKSCFIEYR-----------------------------------KCETRYHEHEVEDDVVECETIQEEKCEDVT-----------------------QGYTTEQKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVPLLKPAEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPSE 493
            +C++KV+ VEE  +D  I+C HS++E+CH       +P+  E C  +F+K+C I Y+                                    CETRY  H VE D   C+ + E+KC+ V                        +     + C +WP Q C  EKKTV K  PET C+K  +++C  S C      + C ++  ++VQ +P E C+LEP+ +CK  T LVP L     CV +PKE+C   + NPRKV KPVVK+WCY P +
Sbjct:  170 KCVEKVMQVEEIVHDNIIKCTHSFTEKCHNIFITDYAPSQEEKCSTSFEKNCHITYQPMAFDEKVEICDEPLKKVCNDSITGEEVCRTEYETSCETRYKIHTVEQDEPVCKMVMEKKCDGVVVDNQDQANNGRGRRSIARIENGEEFIRQAENCEEWPVQKCTLEKKTVTKSNPETSCQKHPKKVCTTSNCKFVQSEKTCREETRSLVQNIPSEDCDLEPRETCKLETVLVPRLVEKPNCVQVPKEICVEGKTNPRKVSKPVVKEWCYRPQD 441

HSP 2 Score: 64.3142 bits (155), Expect = 2.833e-7
Identity = 26/57 (45.61%), Postives = 42/57 (73.68%), Query Frame = 0 
Query:  138 RCIDKVVMVEETEYDEEIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYR 194
            +C++KV+ VEE  +D  I+C HS++E+CH  + TD+ P QEE+C  +F+K+C I Y+
Sbjct:  170 KCVEKVMQVEEIVHDNIIKCTHSFTEKCHNIFITDYAPSQEEKCSTSFEKNCHITYQ 226
[Close]
BLAST of hypothetical protein vs. nr
Match: gi|1325314111|ref|XP_023338732.1| (uncharacterized protein LOC111709324 isoform X1 [Eurytemora affinis])

HSP 1 Score: 129.413 bits (324), Expect = 2.353e-30
Identity = 86/245 (35.10%), Postives = 124/245 (50.61%), Query Frame = 0 
Query:  257 ARASRQGQGDEVALDIGSIAA---AGERCIDKVVMVEETEYDEEIECHHSYSERCHTTTPPTLSPTGGE-CEENFKKSCFIEYRKCETRYHEHEVEDDVVECETIQEEKCEDVTQG-----YTTEQKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVPLLKPAEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPS 492
             R  RQ  G    +D          G  C+DK+  V   + D  +EC H  +E+CH T     +P   E CEENF+KSC I ++       +    + V +C    E+ C    QG        E  CT       K  +K   K+  +T C+K+  E+CG +GC  + GPEEC DK    + +VPEE C+L PQ++CK  TKLVP LKP  +C  +P+EVC+     P++V KP++ +WC  P+
Sbjct:   32 VRGGRQAGGIPGGVDFSGCVQDQDTGLCCVDKIEEVTTLQKDPILECTHKNTEQCHYTYVTQFTPAQEEVCEENFEKSCQITFK-------QQAFNETVKKCYKPVEKVCNG--QGPEECRTVYESSCTT------KYVEKQPGKFVGDTSCEKLPVEICG-AGCTYEEGPEECHDKVIASLVDVPEEVCDLNPQKTCKLTTKLVPKLKPEHQCTIVPQEVCNLKFSQPKQVPKPLLTRWCLDPT 260

HSP 2 Score: 65.4698 bits (158), Expect = 4.827e-8
Identity = 34/85 (40.00%), Postives = 45/85 (52.94%), Query Frame = 0 
Query:  114 ARASRQGQGDDVALDIGSIAA---AGERCIDKVVMVEETEYDEEIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYRK 195
             R  RQ  G    +D          G  C+DK+  V   + D  +EC H  +E+CH TY T F P QEE CEENF+KSC I +++
Sbjct:   32 VRGGRQAGGIPGGVDFSGCVQDQDTGLCCVDKIEEVTTLQKDPILECTHKNTEQCHYTYVTQFTPAQEEVCEENFEKSCQITFKQ 116
[Close]
BLAST of hypothetical protein vs. nr
Match: gi|1325293616|ref|XP_023330310.1| (uncharacterized protein LOC111702768 [Eurytemora affinis])

HSP 1 Score: 127.872 bits (320), Expect = 1.012e-29
Identity = 85/260 (32.69%), Postives = 125/260 (48.08%), Query Frame = 0 
Query:  238 HHDHAHAAHPAHPVQAAAPARASRQGQGDEVALDIGSIAAAGER---CIDKVVMVEETEYDEEIECHHSYSERCHTTTPPTLSPTGGE-CEENFKKSCFIEYRKCETRYHEHEVEDDVVE-CETIQEEKCEDVTQGYTTEQKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVPLLKPAEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPS 492
            +HDHAH  +           R+ RQ Q     +D        E    C+DKV  V   E +  +EC H   E+CH T     +PT  E CEENF+K C I +++        +    + + C     E+C  V +     +   K P            K+  +T C+K+  E+CG +GC  + G EEC DK    + EVPEE C+L PQ++C+  TKLVP L P  +C  +PKE C+     P++V KP++ +WC  P+
Sbjct:   23 NHDHAHGQN-----GVIQQFRSGRQEQSTPGGVDFSGCVTDNESGLCCVDKVEEVTSLEKEPILECTHKNVEQCHYTYITQFTPTQEEVCEENFEKQCQITFKQQAFNETVKKCYKPITKVCNGQGPEECRTVYESSCATKYIEKQPG-----------KFVGDTSCEKLPVEICG-AGCTYEEGAEECHDKTIASLVEVPEEVCDLNPQKTCRFTTKLVPKLMPEHQCTIVPKETCNLKFSQPKQVPKPLLTRWCLDPT 265

HSP 2 Score: 69.707 bits (169), Expect = 1.597e-9
Identity = 40/101 (39.60%), Postives = 52/101 (51.49%), Query Frame = 0 
Query:   98 HHDHAHAAHPVQAAAPARASRQGQGDDVALDIGSIAAAGER---CIDKVVMVEETEYDEEIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYRK 195
            +HDHAH  + V      R+ RQ Q     +D        E    C+DKV  V   E +  +EC H   E+CH TY T F P QEE CEENF+K C I +++
Sbjct:   23 NHDHAHGQNGV--IQQFRSGRQEQSTPGGVDFSGCVTDNESGLCCVDKVEEVTSLEKEPILECTHKNVEQCHYTYITQFTPTQEEVCEENFEKQCQITFKQ 121
[Close]
BLAST of hypothetical protein vs. nr
Match: gi|1325289063|ref|XP_023329302.1| (uncharacterized protein LOC111702016 [Eurytemora affinis])

HSP 1 Score: 128.257 bits (321), Expect = 1.059e-29
Identity = 89/266 (33.46%), Postives = 129/266 (48.50%), Query Frame = 0 
Query:  235 DHDHHDHAHAAHPAHPVQAAAPARASRQGQGDEVALDIGSI---AAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTTPPTLSPTGGE-CEENFKKSCFIEYRKCETRYHEHEVED----DVVECETIQEEKCEDVTQGYTTEQKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVPLLKPAEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPS 492
            D   HDH +             ARA RQ    +  +D       A  G  C++K   V+  + D  +EC H  +E+CH T      P+  E CEENF+K+C I +++   +     VE      + EC    EE C+ V +   T +   K P            K+  +T C+K+  E+CG +GC+   G EEC +K  T + +VPEE C+L PQ+ CK++TKLVP L P  +C  +PKE C      P  V KP++ KWC  P+
Sbjct:   16 DFVGHDHGNQL-----------ARAGRQEGAIQGGIDFSGCVQDAETGLCCVEKEETVQTLKKDPILECTHKNTEQCHYTYVTKFVPSQEEVCEENFEKTCQITFKQ---QAFNETVEKCYKPSIKECNGQGEEICQTVYESACTTKYVEKQPG-----------KFVADTSCEKLPVEICG-AGCVFTEGEEECHNKVITSIVDVPEEVCDLNPQKICKYITKLVPRLAPEHQCTIVPKETCHLKFTAPVPVDKPLLTKWCLDPT 255

HSP 2 Score: 63.1586 bits (152), Expect = 3.252e-7
Identity = 38/104 (36.54%), Postives = 52/104 (50.00%), Query Frame = 0 
Query:   95 DHDHHDHAHAAHPVQAAAPARASRQGQGDDVALDIGSI---AAAGERCIDKVVMVEETEYDEEIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYRK 195
            D   HDH +          ARA RQ       +D       A  G  C++K   V+  + D  +EC H  +E+CH TY T F P QEE CEENF+K+C I +++
Sbjct:   16 DFVGHDHGNQL--------ARAGRQEGAIQGGIDFSGCVQDAETGLCCVEKEETVQTLKKDPILECTHKNTEQCHYTYVTKFVPSQEEVCEENFEKTCQITFKQ 111
The following BLAST results are available for this feature:
BLAST of hypothetical protein vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAG000000082316.371e-9353.17supercontig:LSalAtl2s:LSalAtl2s496:244858:246035:-... [more]
EMLSAG000000126931.390e-7753.71supercontig:LSalAtl2s:LSalAtl2s963:3547:4590:-1 ge... [more]
EMLSAG000000044862.240e-5434.91supercontig:LSalAtl2s:LSalAtl2s2341:3366:4537:-1 g... [more]
EMLSAG000000105719.067e-4665.77supercontig:LSalAtl2s:LSalAtl2s7026:2777:3366:1 ge... [more]
EMLSAG000000108652.319e-4429.14supercontig:LSalAtl2s:LSalAtl2s722:38346:39694:1 g... [more]
EMLSAG000000018072.413e-4436.80supercontig:LSalAtl2s:LSalAtl2s130:142383:143529:-... [more]
EMLSAG000000057861.075e-4241.83supercontig:LSalAtl2s:LSalAtl2s310:69123:92810:1 g... [more]
EMLSAG000000057803.431e-4233.11supercontig:LSalAtl2s:LSalAtl2s310:3258:4806:1 gen... [more]
EMLSAG000000073711.116e-4131.56supercontig:LSalAtl2s:LSalAtl2s419:78831:80402:1 g... [more]
EMLSAG000000027154.205e-3931.42supercontig:LSalAtl2s:LSalAtl2s156:38122:39783:1 g... [more]

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BLAST of hypothetical protein vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 0
Match NameE-valueIdentityDescription
back to top
BLAST of hypothetical protein vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1325302880|ref|XP_023333008.1|2.218e-3633.46uncharacterized protein LOC111704869 isoform X2 [E... [more]
gi|1325302878|ref|XP_023333007.1|2.485e-3633.46uncharacterized protein LOC111704869 isoform X1 [E... [more]
gi|1325314111|ref|XP_023338732.1|2.353e-3035.10uncharacterized protein LOC111709324 isoform X1 [E... [more]
gi|1325293616|ref|XP_023330310.1|1.012e-2932.69uncharacterized protein LOC111702768 [Eurytemora a... [more]
gi|1325289063|ref|XP_023329302.1|1.059e-2933.46uncharacterized protein LOC111702016 [Eurytemora a... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold511_size151351supercontigscaffold511_size151351:14018..47974 -
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-scaffold511_size151351-snap-gene-0.28-mRNA-1maker-scaffold511_size151351-snap-gene-0.28-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold511_size151351:14018..47974-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold511_size151351-snap-gene-0.28 ID=maker-scaffold511_size151351-snap-gene-0.28|Name=hypothetical protein|organism=Tigriopus kingsejongensis|type=gene|length=33957bp|location=Sequence derived from alignment at scaffold511_size151351:14018..47974- (Tigriopus kingsejongensis)
CAAATTGATGATTGTCCCGTTCCAGCCTTTTTTCCATCTGGGCTGGTGTC
AAATGCTAAATCCGGCGCTTGACAAGGCTCTGGAGTCCCAAGTCCTTCAC
CACGAGGTCCCTCATGCTGGTCTCGGGCATCCCATGATCTCTGGAAAGAT
TCCGAATGCTGGTCTCGGGGTGATCTTCTATGGACCTCTTCACAGCCTCA
ATTGTGACCTCTGTGCGATTTGATCGAGGTCGACCTGTTGAGGGACGTTT
GGAATAGCCACCAGTCTCCTTGTAGAGCTTTCGGATTGAGTACACAGGCT
GTATGTGGATGTCGAACCTCTTTGCGACGTCAACCAGCTTGTCTCCGGCC
AAGATCCGCGCGACTGCTTTCTTGCGAAGTTCTTCCATGATGATGTCAAC
CGCTCTTTTCCGAGTGAAAACAAACAAACAATACCAGAACTTATCCATAT
ACTGTCAAGAACTCTCGAGAAAGAAGAAAATCGGCAAATACAATTGCCAT
ATGGACATGACAGGCCATGAAAATTAGCTATATCACTTTTCCGCGCACCG
GTACTATTTTTGAAAACTTCGTGTGTGATTTGCATGAATCAATTTGCAAT
TTGTATTAGTTCTTTGTTTATGTAGTTTTAAACACATCACTCGTGCTTTA
TTATTTAGCTGTGTAGTGCCAGCTCTGCTGAGTTTTATTTTTGGAGCCGT
CTTGGATATTAATGTTTATTTGTGCTCCGTGTTTGAAATATTTTGATGCT
ATGTTTGCAAATGTAGCAGTACAATTCGATCATCCACAGTCATTTGGGTT
ATGGTGGTGTCAAGCCGTGATTTCCCGTTTCGTTTGGGGACTGAAATTGG
GTATTAAACCCGTATTATAGACCCAAATCGATGTAGTTCCATCCCCATTC
CGATTGAGTGTCAGAAGCTGTTATGTGAAATTTCATCGAAACAGTTCCAA
TCACTTTGGCTGACGATTGAAAATTCTTAAACGTTAAAGTGGCAAGCAAG
AGGCCAAATGAGACGTTTATGGCCAAAATGAAGTTCGGAGCAGCTGCAGG
CGAAGGAAAGTGTTTAAAGTGTTTCAGCGCATATCTCACGGGCTCCGGAT
GACCCTGAAAAACCAGTCTACATGTTAGCTGGATGGTCGAACTAACAGGT
TGTGTGGTAGTTCTGGTTTGATGATAGCTTTAAAGTCCTTAACAATGAAT
AATGGCGGCCCATGTCATGCTCATTGGTGCATAATAAAACCCTTGGCAAA
AAGTGTTCAGTCAAGGACTTAATCTCCGGTTATATAACCCGGGTGCAACG
TGGCCATCAGTGATTGCCCATGGACTGGTCCCAGATGCGAACCAGGCCTC
CCTCTCGCTCCCATCCCTTCAATCAACTCACCCCACCCAGGCTTAGATCG
TCTCAACTCCCAATTTAAGCACCTTTTTCTGTATGCTTGAGAATTTGAGC
GTCATTATCCCTCATCCGGATGCGTGCTGACAGGCAGACGAGCCAGCATT
TTACGAGTGCGTCAGGCCAGGAAGGGAATTTGCAGTTTAATTGCATGCCA
ATAAGCTTTGAAGGAATCGAGCTGAGAGTGTTTTGAAGACGTCGTGGGCC
CTTTGTCTTTGTCGAGGGCTCCAGAGAGCATGCCTACGCACTCCCCGTAT
ATGCGTGGTTTGGTTTTGAGAGAAGAAGATTGGGGACGCAAATGTTAAAA
ATATAAATGCCTTAGGGCTCTATCTTGTTACTCGTACAAATTATTGACCT
GATGAGCTGTGGTTCGTCCACAGATACGTGGACTCGAGGATACTCAAGCA
GTGGCAACGACTAATCGATCAATGTGCCTCTTGTCTTGGTTTTCTTTGGA
GCCTTTTCTACAGGCTTGTTCACACTGTTGTTTCCCACATTATGTTAAAT
CCTATATTCGGTTAAATGTTTGCATTTTTTTTTTTTAAGTTTGTGTTCTT
TATTATGTTCAGTGAGTTAAAATTTAGACTGGCATATTTTATCTTAAAAC
ATGCCTTAGATGTGTGCATAAAATATGACTATGGGCTTCGTGTTTACTCC
TAGACATCAACCTATGGTAAGATGTAAGAAAATAAAATCGATGACAACAT
TTACTTGGGACATTTCCGGATGGATCAACAGTCCCACAATTATTCTATAA
GAAATGGTCCAGACGGGATAATTAAGACACATTAGAACTGAATACGTTCA
TGGTATGCAACCCAATTCGCTTTTGATTCGGTTTAGAATCTTGGTAATTG
GTTTGCGTTTATGCCCTGCCAGACTTGTTTCTGTCATTTTATGTACACTT
TGTAACACTGTTTACTGGGATTATGTAGTAGGTTTAGCCAAACTGCACAT
CCGATTTGTTATCGTGTCAATTGGACATGGACTTTGTAACTAGTCTTAAT
TCGTTACAGTTTTGCATTCATGGTGTGTACAGAGTTAAGCTGTAGTCGGT
TTATTGAGGGATCGTGGTAACAGGCTACTATATACCAATACTGTTTTGCG
CATTTTGAAGTACATAGCAATTTTTCACGGTCATTACATCAGACGTCCGT
CTGTCCATATAAGCAAGTCTAAGTAAGTTAGGATTGGAACCTGGGGGCGT
ATGCATTTAGAACCGTAGAGCTACCGCCTATTGAAGCGGACATTGGATAC
ATATTTTGGGAAATGTCAAAAATAGTGCCTGTCAAAAGTCATTACGCGAG
AGGGATTATTTTTGCTCTTTACCCGTTTCTTTATTTGCTTGCGCATGTCG
TGAGCAACTCCTAATTGCCTTTTTATCTCATTTCAAACAATTGCATCGGG
CGGAGCTCAAAGAACTCAGAGGTATCCGATTCGTGCCTCTTTGGTATTTG
GGCCCCAAGTGCACTGAGCCCAATGCAAATTGCTTCATCCCTAGCTGGAC
TGTAGCTTCGAACCCGACAATTACCAGGACCACAAGATGGGCCCAGGCTG
CATTGCGAAGTCAGATGAGTGAGGGGCCAAAGTGAGTCCAAGTAGCGTTA
TGTCCAACTCCTCCCCTTCGAAGGGGCTAATAAGTCATTGGGCCTTATTA
GTGATTACCCACCTTGGGGACCCAGTCCATCCAAGATTGGGCATGAAGTC
ACAGACATTGGGACTGCATTCAGAGCCAGTCATGATGCACTTGGTACAAC
GTGGCCAATTGGGTCCACGAGAGCATTTCCAATGGAATCGAATCCATGGG
CCATCCGAACCCAAATGTGAGCTTGAGGCGCCTCATCTGCTTCCAAGATG
AATACAATGGGCAACGAAGCCTCGCACAATCAGTCAAGGTGTATGGAGGA
GAAGAAGAAGCACCCAATGTACTGGTAAACCGTCGGACGCCGACCATTGG
CATGAGGGTTCGAAAAACGTTCATTACTCATGACGTAATAAAGATACCAA
GGTCAAGTCGGAGAGTCCACGATGATGCCTCCCGAACTCATGACAAAGAG
AAAGATTCGGCTTGGGCTCCGGCCCCCATCATCATCATCACCACCATGCA
CTGAGATGTTTCAGACATGACTGTTCCTAATGTGAGTGCGGGGGCAACGA
AACACAAAGGGGACGGTACTTTAGAGCTGTTTTCGATCCTCGCCCATAAA
CTTGACTTGGTCACAGATGGGGATTGGATGTTGCCCGATCATTATCAATC
TTGTACCTTGCCAAGGGCCCCATGCAAAGTGGTGACACTTGGGTCGGTTT
TGAACACATTTTGGAGTCACCGGCTAAAGTCGAATGTGTTCCGAAAAGAC
AGAATCGGTTTGCTCAAGGGTCTATACTGGGTCCCTGAGTCAAGTCCCGT
GGCCAATTTATCTCACATAACTGGGATCTACTTCACGGTCAAGTACGGGT
GGATGATATCTCATGATCAAGTCTGATAAAGCTTTTACAATGGACCAAAA
ACAATTAAGCTAACGGACCGCCCATCAACCGCTTACACTGACTTCACTTG
ACTCACTATTCTTGGGTTGGGCGAGTGGAATCGCACTCATGGTTCATTTC
GACCACTGAATGGATTTGATTCCCGAAGTTGTGGAGTCATCAGATGGATG
GAAATGGTATGGAAAAGGAAGGCATGCATTATTTAATCAATAAGTAAGGC
GTGTGTCTTAGCATTGAACGCTACACAAGAAAACTCACTCAGGACCAGAG
TATATACTAAGATTGATATTTAGTCCAGGCTCTTGGTTGTGGTCCATCCA
AAAGGCGCTTATTCACTTGACCTGATTGTGACAAGAGGCTTGACTTGAAC
TTGATTTGAATTTCCGGCCTTGCCAAAAGCTGATTTCTGGCCCTGCTGGC
TTGGCAGCCAGGTCAGAGCTGCCTCTTCCGTGAAGTTTTCTGAACAAGTC
GGAGTCGATAACCACTCACCCTCCCATCCTGAGGTGGTTCCATGATCCTG
GAAGTGGTTGCCCACAGTTTCAAAATTGTTACTCACTCCGTCTTCACCAC
TTCATTGGTCTGTGTGGCATAAATGCATATCGAGGAACGTAACCCGTGAT
TAATCAAGGCTCTGAATAACCACAAACTTTTTGCATCCAAGACATTGGTT
TTAACAGAGAAGTGGAGTGCGAGAAAGGAACGGAAAGAGTCAGGAATAGC
TTGCTGCCTCACATGCCTTTTTCCTTTTATCATCCTTGTTAGCTTTGGCT
TGGATAGCTTCGCGAAGAAGCATTAGATAATGTCTGTACCTAGTAAATCA
CCGCACAGTCAATACTATTCCACGCAATTTGTGAGTCATTGGGAATCAAG
GACGCTCAACAGAACCACAGTCATAACAGGGTCAGTCGACCTACTTAGTA
AAGTATCTAGAAATGAACAGGTAATTCAGGGATTCGCAAGGAATTCCTGC
CCAATCTGCACTTATTTCTCTTATTCACGAGCTTGACGAGGCTGAAAGAC
ATGATGGATCCGAATGGGGTCTTTTAAGTGGTTGCTAAACTAAGCAAATA
GCGAAGGCACGAAAGAGATAAGTTGGTCTAAATTGAATCTCAATTACGTT
CAAGGTTCGGCTATTTACGGAACAAAAGGTTTGCTAGTGGTTGATAAATA
TTTGTAACCTTTCGCCCTCCACGATCCACGTTGCTTGGGTGTTCTTAAGG
CATCTGTGGCCAATCCTGAAAGATTAGCTAATGGTCATCACGAGTCAGAA
TTGACTCGTCTCTGGCTGGCCTCGTTTGGCACTTATCACACTAGCGTTTG
TACTCTTTGGAAGCCATTCGGCTCACTTTAAAAAAACGTACTATCCCATG
GAGCTTGATTACCGCTCAAAGAAGCTTTTTTATGCCACTGAGGGTCCTCA
ATGGATAATTGACCTTTGATTTATGGTCTGAAGTGCATCTGGTAGGTGAG
TGTGAGTTCTCCGAATCCATCCGAATTGGCAGAACCCACCGACCATTTGT
CAATGCATCCCCTTCTACACATCAAGTGATTGATCTCCCCGAACAGAGTG
CTGCTTCTGTCTTGTGTTGCTCATTTTCCTGGTCTGAGTGACCCAAAGTA
ATTGTTTCAAAGCCATTGCTAGATGCTTTGTGTTCGAAAGGCAACCACCC
TAACCGTGCGAGGAATGGTGGCCATCAAAATACTCCCGATTTTATGGGCC
TCCCCGCTGACTGACCCCTGGGTTTTGAAAAGTCACCTGGTAACAAGATG
GCTCAGCCACTCTCCCAGCCCGAAGATGGCTTGGGTTGCGTAATCAGACA
CGAGAGAGGCAGCTTTCCCGCCGCTCAAAGTACTTTGGTCGTTGATGCAA
ATCGTGGTTTATCGACTGATATATTCGCTAATGGGCTCAACCGACCAGTT
TGGATAGGATGGGATTCCAACGCGGTTGACGAGCGTGGCCATTCTCTGCG
TCGGAATTCTATGGCTCTAACCACTCTGAGACTGGGCATGTCAGGGTAAT
AATTGGATTCCCCGGATGATCAGCTGCTCCCATCAGTGGCAGCCATCACC
GACCAGACATACCTACCAGAATACCTTGGCTCTTCTGCCCCCACATTTTC
GTCACGTCGACGGAGATTTCAACGAGATCCATGGCGTTTCCCTGGGGCAT
CCATCCAATTGGGAATGAGTAAAATGAACGACCTTGTCCTTGTGGAATTT
CCTACGCTCTCCTTGGCTTTCAATCCCAAATCAGGTCCATGTACGTCGTT
GTCGAGTGTCTTGGAGAGACCCGAAAGCGTACGATGCAGGTCGAGCCTCT
TTTTAGTGGGCCACCCGTTGTGGATGTATAGTCCTATAAATGGCCCTAAT
ACTATTGACTAGCATTCGTTTGTTAACTGTTGACTCCTGGGTATCAACCC
ATTTTTTTAATATGTAAGAAATAAACAATTACACACACACACACTACTGG
CCGAGATTCCTTCATCAACCCCACAGTGTTCCGAAAAAATGGTAGAGAAG
CTATATCCAGATTTTGGGATATGGCTTAGCTCAACCGTTAGAGTGCGTGC
GAAACGCCACTGGCCAAAAGCGCCAAATTCAAAACGAGATATTTGGGGGA
TATGTTCCCTGGCTCAATTACATTAATATCAATCAGTCTGTTACCTCCAT
TGCAAGGTTTGAAGTGAAGAAAAATGTATGGGCATCAGTCAAGAGCTGTG
CCAGACCTGCCTTAATGAATAAATGACCTCACGATGTGTTGGCCCTCTAA
TAACCCCCCAAAATGGCACACAATCTGGGCATAAACCGAATTACTCAACC
AAATTATACTCGTTAAAAATATGGATTAGGATTGAATGCCTCACGAAAAT
TGAATAAAATAGAAAGCTGTATTACAGCAGAATCTGGACTAAAATCAAGA
TCATCTAAGTATGGTATAAATAGTGGTAATACTCGACTGTTTTGTTCGAC
TCACGGTTCGACCTTTTTTTAACACCGAAAAGGGTATTTTCTGGACCAAT
TATCCCATGGGTACTGATTTATGCACGACCGGGCGGTTTTGGGGAACACT
GACATCGAGTTGGAACTTTTAGCAGATATTTTACTGCATGGTCTGAACGA
GCATTTTGATTGTTGTATCATTTGGCAACAACAATCGGCAACCCTGGGTG
AGTGGAGAGTTGCAAAAAGGCTCTCATATACCCTTTGATGTATAGAATAT
CTTTGCAAATACCAACAAAACAGCTTGGGTACGGCACTGAAGTGGTTTTA
GAGTAAGCCGTGAAGAAGGTCAAATAATTGAAACATAACTTCTCGGATTT
GGCGAAAAAATGCTTCCAATTTGCGAACTTTCCAAGAGTCGAAAAGAGCC
GAAATTCGTGAGTCCTCGACTCTTACCGACTCACGACCCATCCCTAAAAA
GTGGTGTTTTTAAGGAGATTGGACAACCACCCTGGTTGTTCCAAACGGTG
AATAGTGCATGGACAATCCAAAAGGTGTGAATGGGGGTATGATTTATGCT
GGGGATTGCATCTGTCCCATGAATCACAATAGTACAAACACGTACTAGCA
TCATCTTGGGGGATTGGAGACTTCTCGATTGAGTTGGGGCTAAAGAATGG
ACTTAGCCCCACAGGCCGAGATTCAAGGTTGGTTGAACCTCTGAACCGGG
ATGTGACGAGGGTCTCTTAACCAATGCCTTGTGTGCATGGCAACCAAGTC
TGTAGTATAGCACCTCGGTTCAGATGAAAACGCGGATTTCCCCTCGCATT
CCTCCATTTATGAGTGACGTAATGAATTTGAAAATGGTGACGTAGCATTT
CTTGAGCTCCTCAAATCTTATCTGTACCTTTTCTCATTGATCTGAAGCAC
CCAGTTCTTGGAAATCGAGCCTCCTCAAAGCTTATGCTCCGTTCACTGCC
CGTGATGCCAAATGCCCATGTTTTTGCCAAGTCAACATCCTGTGCAGAAT
TTAGCACCAATTTGTATTAACTCTCCAATACAATTGGCGCAAATTATACG
CATAACAAGATCGCTTGGTGAGCGAAATTGTTGGTAACAAGTACCTTTAA
GATGTGTTTTTGGGGGAAAGAAAGAGAATGGGTTTTCAGAAGGATCATCA
CCCATTGCATTTATACCAATATATGCCAATAGGATCAATTTTTTTTGGAC
CCAAAACGATTAACAATGTACAATAAAACTTTCAGCTTATATTTCCGAAG
AAACAACTGTCACATAAAGGACTGATATAAACATCAACGCAGGATGGATG
ACTTCAAGTCAATGGGCTACATTTTTCCAATCTCCGTTCGAGGCGAAAGT
TTAGAGGTCGATTGTAAGTTGTTTTGGGTCCATTTACCTTTGCGTTTTCA
AGTCTCCAATATTGTAATTTTCCTTCGGAATTGTCGATTATTTGGGCATC
TGCTCTTTTATGTAGCCATAAAGGGAAACAGTAATACGAGAACTTGCACC
GAAACCCGATAATTCTTTAGTGTATTTGAAAGTTAGTTCGGTTTGTCCAA
TTTGGGGGACTTTTTTCGCCAGAAATGATCTTTGGGATGACATCCCAAAG
ACCCATGGCATTATTGTGATCGCCACCAAACTCATTGGGGTTTGCGCCGC
CATCGATGCATATCCAGAAAAGAGCCGCCTTTATAATCTCGTCTGAATAC
AAATGGAGATATCTCAAATTTCTGCATAAGCCTCGAAAGGATGCCATGAA
TGCAGCCAGGGACAAAACTGCGTGACCAAATAATGAGCCACTATGCAAGA
ACCCGGCGTGATGGTTAATCATCGACGAATGCACCATCACATGGTGCTTA
AAAGTACGTACTGACCATGGACCAACCAAATACGTACTCAGTCCTTGGTT
TGAAATGCAGATGCCGGCATGTAGCCATGGATTGTTGGGGAAAACTTAGC
ATCTTGGAAATTAGGCATGGGGATGATTATAATACAGTGTGGCCATCCTC
CCGGCATTAATTATTTTATATACGTACAGTACACTGGAAGTTAATAGTGC
TCATGGCTAAAGGACCAACCGAAATAACACCACAACTTTAGGAAAACGTA
CAATAATGGAACCTCTGATGTGTAGTACTGAGTAAATGAGGGCCTCAGTA
ACAAGGAAAATAGCATCATAATGTGTTTTGCTTTCAGATTAGAAGGAGTT
TACTTGGTTGAGATTTAAACTGGTGATATTAACTTTATTAATATTGCATT
GGAATTACTCGTATAAAAATTTAGAAACTTATATGAATTTGGAATTTTTC
CCGTAGGGATGGGTTGAGGAGTTGAGGGTTGAGTTTTAGGAGTCGCCAAC
TCTCGACTCGCGAGTCGAAAAAAAGAGTCGACTCTCGCAAGTTGCCTCCC
GGGAGTTGACTCTTTTGTTCGACTCGCAGTTTGACTCTTTTCAACCACAA
AAATGTCGTTCCTTGACGTTTCCTCCCCTACAGGGCTGAGTCATGCGTGG
CTGGCCAAGTTTAGGGAACAATGGCTACGATTTGGTGCTTATGGAGGGTG
TTTTAGCGTGTTGTGTCAGCGAGAATTCAGATGTGGCAGTTGGCCACAAT
AGCTGGTAACCCTGGTCGAGTGTACATGAAGGCTTTTTTAAATACTGTCA
AAAACACTTGGGAACGGCAGGCTCTTGACTTTAGGGAAGCTCATGAAGAA
CCCAAAATGTTGCATACAAAAATTGACAAATTATGAGGACTTTTCTGTTA
ATTTTCAAAATATCCAAAAGAGTCGACTCTTTCTTCTAAAGAGTCGACTC
TTTCAAAAATGCCGAAATTCGGGAGTCAGCGACTCTTTTTCGACTCTCGA
GTCGCGAGTCAACGCATGCTTAGCTAGTGGGGTTAAAAATGAGCCAATTT
GGGTTCTATTGTCTGATCAACGAACAATGTGAAAGCGTTTTAGAAGATCT
TTTTGGTCCATTGATGAACAAGTAGTCTGGGAAAACATTATGATAGCCAT
ATGTCCAAGATGCTTACTGGAATGAACATGCAAAATATGATGCTGTACCT
ACCTGTAAAAATTGGCGTAATTTAAAACCTTGATCCAGGAGCTTTGTTCC
AAGTGGTTACAACATGGTCACCGGGTCATCTGGGCTCACCGTAATCCAAT
TGGTTTTTTTTACGATGAATAGTGTTTCCTTTCATTCCCAAAAGCAACAG
ATCAAACGAAAACTGAAGCTTTAGCCGCTTCGTTTGTTCAGGTATCCTCT
CAGAAATTGGCGGGGTTATTCCCTCAGTCTCGAAAAGGAGAAATGTCGCC
AATTTTGTTGCTAGGGATGGCCACGAATTGTGAACAGGAAATGCTCTAAA
AATCAATAGTGTTGCATCATTAATTTTCGGGATGTTCCCACGACTAGAAA
CATGCTGTTAGGCACATTTTTTCACAAAAAACGCATTGTTGGCCTGCTGG
ATGAACAAGCTCTGACACTTTCGCATTTGGTCGAAATGGTATTGAGGTTG
AAGGAGGGGAGGCTGGAACCGAGGTCCTCTCTCACTCCGGTAAAGAGTCT
TGTTAATTTTTCAAGACATTGGGAGGGCAAAAGTAGTTGATTTGGGTCTC
TGTGTAACCCCTTGGGACTGGAGATTGCATCGCGATCAATCGCAAGCCAT
GCCTCCTCCCTAGGCTTGAGCAGTAACAAACCTATGCCAGAGAACACTTT
TGATTCAACATAGTGGGCTCAGACTGAAAGAGCCTTCCCAAATATTTCAC
GCAGCATTAAATCTAGAGGTACTCAAACACACGTTATTGCATTCTGTGAC
TCGACCATAAACTGTCATGTGTTCTTTCCTGATGGACTTGTTCTATTATT
TTTAATGCACTTTCAGTGTCCCTAGAATTTGCGGAATACATAGAAAGAAC
ATAGAACATGATCGCTTGGTACCAAAAAGAGACCCTTCATTTGCTTTCTT
CTTAGTAGTAGAGTTTATTCGGTTGCAAACATGAGAAATATTCAATACAG
ATGAGGAGCAACCATGATTTAAGATAAGCAGGTATTCCTGTTTTTCTCTG
GAACCATTCACAAAACTAAGCATATTGAAATAAATGTAGAAACAGATGAA
TGTAACAAAAAAAAAAGACATTTAGAAAAAGTAAGATCAATTAAAAACTA
GTCTGTTGACAATCAATGAAAGTTGGCTCAATCGTTATATTCACCCTCAA
GAACAAGAGGTCGGGTTTTTCAAAAATCATATCATCGTTTACTTCATACG
TTTCATTTATTATCTTCGTGGCTCAAAATATCGCCTAACAGACCAAATTT
CAGAGAAAGAAGGACTCTGGAAAGATTGTTGGCGTTTAGGTGGCAGGCTC
AGTCTGTCACTGTGGTATCCAAATCATCCCTTACCTTTGCCCATTTCCTC
AAATTCCAATAAAAGTTTATCTTTCAAGTAATTTTTCATTTGGTTATCCT
TGGGAAAAAATTCTGCTATCGGTTTCCTGTTTTGGGAAATATGAAAGGAG
GCAGTCGTTGGAGCCATGACTTTTTGGCTTGAGGCAGGATAAAAGTAACA
CCATTCCGCCCACGTTTTACATTGTACACATTAATCACCCGTGGTAGGGT
AGTTCTCTTTTTAAAGTTTTCATACCAAAATTCACGTTGGTCGCCACACA
TCAATCAATTGCCCCATTGACCACCTACATTGAGGTAGGGAATTTGGGCT
GATCTTGAGAGGCATCTGAGTTTGGCTTCCCTTCTGGAACTCGGTCAGGT
ATGTCCAGTCGATTTTGGTATCACTTTGAGCGATCAGGCATCGTCAGACG
TGTCTACTTTGATTGGTTGGAATGGAAGCTCAAAGCCCCGAGGATAATCT
CATTGGATTTCAACACCTTGCCTCTCAGAATGGATGTCCATCAACGAAAT
TGTCGCCAGAGAATCCTACCTTATAATCAAGATGATGAACAACTTCCTCA
ATGGAATTTGAGAGCCGAGATGCTGTTGGAGTCATCAGAGGGGATTTGCG
ATCGATCTCGATGCAATCTCTAGTCCCTGGAGTTACACAGAGGCCCAAAT
CAAATACTTTTGCCCACCAATGCCTTGCAATGAGGTGCCGACCCGTAATT
TGTGGCCGCAAGAGATTGGATCATGCCAACTTTATTCCAATCTACAGTAC
ATAGGATGCATCGCATAGCCTTGGTTTTATGGCCTCACGTTTCCAGTGTG
GGCATGAAAAATGACATTGCCACCTGGGAGGCCTACGCTTAAAGGCTTAT
GATTAATTATGTAATCCCCGCTCAATTGTCATATCCTGGTCGTGAGACAA
GTCTTCGGGCTTGTCAATCACAAGCAGGATGGTGTGATTATTGGAAATGT
TCAGATTTTGAACAAATACTAGGTGGTAATAGTGACAAACATGGCAACTT
TTGGCCTTTTGACATTGTTACCAACTGATTGATGGTTTTGGGACATTTTG
TGATGGTCTTGGTCTCTTTAGGGACTTTTTCGCAGTTCAGAACAGACATA
TATCGGTACATGAACCCTGGCAAATGTTAACACAACGACGAGTACTTATT
ATTTTATTTTTATCCACTTCAAAGCAAACCTCATGAGATGACGCCAGGGA
TCTCTCCTAATTTTGCACTTGTTTCCATCGGTGTCTCCTTGGAGGGAAAG
ATGAAAGTGGCCATATTTGAAAGAACAGGAATCGAATTACAAATTGAATT
AAATAAATACCTGTACGTATACGTACATTTGTTCATATATAAAATGAACC
TGAAAGTCACGAAAAGGATGCAAAACCTCTATTCGTTTGCTGCCCAATCG
ATTTTCAAAGTTCAGGACTCCTTGAGCACCATCCTATCCGAAAGGAAGGT
TTTTGGCATGAGTTTAGCATTGTTTTCAGTAATTTATTGAACAGAATGAA
TTGTTAACCGGATCAGGTTGTTGTTTTCATCAGCATAAATGCCCTTGTCA
ATTCATAAGCTTCCATGTTGAATAGGACATTGTGATACAAATGGGAACTC
TTAACCCAGCTAGTGTATTTAACTAAACATATCAACAAGACAGTCAGTAC
CACAGTAGTCTGGCTTGGGAATGCAATTTGCCACCTCTACCTAGACAAAC
TCTAGATTAACTGATATGTTTTGTACCCTTAAATCTTGCGTTCTGAAAAC
TTGTATCGTCCTATTTCAGATCCTGTGAATCTGTGAATTTTTCTCGGCAA
TTAGGACAACTTAGTGACCCGTGACAACCTACACATAATACCTTTGACCC
AAACAATATATGTCTAAGGGGAGATTATTATGAAATAAAGGAATCCCTTA
ATTTTTTTATTTACACCTTGAAGGCCCAGGATTGACCTCATTTGCAAATT
TTTGAGAGAAAAATGTATTGTTTTCGACTCTTTGACAGTTTTGCACATAA
CAGAGTTTGAGGCCAGATACTCTACAGTAGTAGGCAGATCGCTCTAAAGT
CATATTTTGTAACACGAAGACAAAAAAGAAGCTTTATGATGTTGTATGTA
TAGGTAGTACTTTTCACATTCCTACAAAAAAGCCAAGGCTTTGTTTATAA
ATCCTGCTTACGTTTCTAAAATAAAGCGACATTTTTTGCATAAAAGATCA
CAGTTTCACAATTACTCAATTTTGTTTTGTGATCTTTTCCCAACCATTCC
AACTAGTTTCTCCAAAATTATTGCAAAAAGTTATAAGTGTCTGGCGACAA
TTCTCCGAAGCGTTAGTGATAGCTTGTCCCCCATCGAAGATATTTTGGAA
AAGTGAGCTGAATACATTTTTACTTTTTTCAAAATCGTGCGAGGAAAAAC
AAAGCCCCGTTCTGTACTTCCAACCAAAAAACTGTGTACAAGAGACCACT
TGGGCTAGTTTCAATTTGTTTCCCCTTGGACACATGTATATTTTCGAACT
GAGTTCAATCCGAGTTGATTTCGAGCCAATAAAAGTGTGCCTACCAGGAC
GCAATTACTGACCGAAGATGATTTGGGCTTGTTGGAATTCTTGTCGGGCT
TTGATGCATTTTTTAGCGGCTCTGTGAAAAAATTCCTGGCCGGCTGATTT
GCACGCCATCCTCTGTGTTGTTGTTATTATTATTTGCTGCATTTTAAATG
AGCGTCTTTTGGACAGGCTGCCAAGAGTTCCAGGAGGATGCAGCTCAGGG
TGACCTTTTTGTCCTGCAATTTCCAGTGGTTTTTTAGCCTTCCTCCCCAT
CTGCACATAAATATCTCGGTGGATGGATTAGAATGGATGAAAATTATTCT
TGACAGGCCCACCATCTCCATAGTACACTGCCAGAGACCGACTCTTTTCT
GGACTTGACTTTTCCTCCTTCGTCCAACCTCGCAGGTTTGAACTAGGGGC
ACTCAAAATCATTAATCTTGACCAGAAATAAATCGGTTTCAAATCGCTGG
AAGGTGAATGCAGAGGTGATCCTTGGAGCTCTTACCATCCGAAACTAATC
GAACGCCTCTAATTTGGGATCGCTCTTCTGTCAATGGCTCCAACAGCCCC
AGGGTCAACTGATCTCCATGCCTTCTGCTTTAAAGAAGCTGATTTGGCTT
GAGCGAAGCAACATTTCTCTCCATGCAGTATTCCTCTGATTGTGTGAAGG
TTTGTGATCGAATTCAGTTCTTAAGGTTGTATATGGTAATACCGGTACAT
GTAAGTAGACAATATTTAGTCCTTTGACCAATGCCTAGAGAAGAGGCCTC
TTGGCCAAGCGAGGAAACAACTCAAATGTATAGTTGTCATATCTGGTATA
CAATAAATTCGTTTTCAAATATATATTTCATTATCTCATCCATTCCATTT
TTGGACAACTTAGTGACAGAAGTGCAACACTGTAACACTGGAGTACATCT
GACACGTCAGTGCCCATTTGTGGCTTATTGTCCACTCGTAACTATTGGAC
AAATTTCGTGTTTAATCATAGAGATGGTGGAGCGGTGTTACGTCCATGAG
TAGGCAGCACAGTAAGGAACGTCATGTTCCAAGGTAATATCAAGGTAATA
TCCAAGGTAATATAGAAGCTCTCGTATCCAGCCCATTCAAACGATGCAGA
AAATACCCGAATTACCTATCGAACCCAGTTTTAAAATCCCCCATCCCAGC
TGGCTGCTAGGACGTATGAAATAAGGGTGGCCGTTTTTGAGCCAATCAAA
GAATCCAATTCTTAGGCAATTGTTGCACTGTGTTGATGCTCCGCATGCTT
TGAGTATCCTGCCTTACCCCATTCACTTTACTCTATTACTGCTCAATTAC
GGTGATATTTATTCGAAAATATACATACATGTGTCTGACCTTGTGTCATC
AAGCAAACATTAAAACACTAGTGGTCACGTTGCATTCTAGGTTTGTAGAG
GACATTTGGGATGATAGCGCTAAGCACGACAATCTCCACTTTAGCTTATC
TACTCTAGGTGTATACTTAGAACGAAAAATGTGACAAGGTAACCTTTTGG
TCCTCCTTGAAAATAGACATTCAACCAATGTCCAATTATGGAGTCCGTCC
AAAGGAAATTGGAGAGGGCACACAATTTCCTGGTGGTCCTTCGTAATTTG
GGTGGAACCTACGTATATTCTCATCTGACACCTGGGAATTGCATGTCATG
TATTGGGTATAGTATGCAGTCGGGCAGTTGCGATTGTGAGTACGATATAC
ATGTGCTTTATGTAATGTATGCTTATGAACTTGACACATAGTCTCAAAAA
TATAGTTAACACGCGGTTGCTCTAACTCCAGGCCATAAGGAACTATGATT
TTACGAGATAGCAATTGATAAAAAAATCTATGTCTTGTCATCTCAGATGC
TTTACTTATCTTGGACTGGAGTCAAAGGTTAATAATTGAACATTACTGCC
CCCTTACAAAGCCCGTCCAATTGCGAGTTTGCCCAATCTTGCGGCTTTAT
GCAGTCCAATCGAGACCATTCCAAATGAATTGCTAATTCGGTCAATATTC
TTTTAGCAATTGTTTTGAGGAGGACAAAGCACCACCAGGATAGTTCGTTT
GTGGTCAAGCCTTAGAATGTGTATTTTTTTAATTTTTTGACAGTTTCCGT
TCCAACATCCGGGATGGGTGAAGCAAACTGAAGGCAATGCAAATAGGTCA
GAAGTGACATTTCTCTACGCCCAAGTACGTCTGAGATCTTTGGACTTGTC
TCTGGGCAGACGAGGTCGTGATGAGAACCGCACAAGGAGGAATAATTCAT
GATCGATCACATCTCAAGGCTAATCCAAGCCAAGTACAAGTACAGGCTGG
AATTATTTTTGAGCAGGGATCGCTTTTTGCGTGCACAGCTCAACAAATTG
GTATGCAAATTCCGCCGTCTAGACAAAGGAATCGTGGTTGAGAAGGGTTG
GAGCGAGTCCTGACATGGGGCCCTTCGACTCAGCCCAGGCATATCTTAAA
GAGGCCTCATGTTTGACTAGAGCATCCATATTTTGCTTCAAATGCCAGTG
AGATCCCTATCTTTGGGCCTGAATTCCACGGTTCGTTTAGCCCACTTGAT
GAATGGACTGTTACATTGTGTGTCCCATTTTAATCACGGGTTTACTCTCA
GACTATTGGCCAAGCAGGCATAAATAACACGCTCCATCACCCTTCTCAAC
GTTTGTACGAAGAACAGAATACAGTTCTTGAATTTTGGCCCCATTTTCCT
CCTCAGATCCTCTGCTCATTACCAAGACGAGAGCCGACTGATTGTTGGGC
ATTTTCAAATTGGCCCCAACAACCCAAGATCAGCCTGAGAAGCGGCATCC
GCTCAACTCTTGATATCGCTCGAAACCCCCGGTGCATCTTCTTTATCCCC
AGGGCTCAAGCCAGCCGGCAGAGTAACCGGTGGTGTATTAGAGTTCCAGG
AATGTCTTCATGCATGTGCACATGTCTTGGTCCACCCTTGGGGTCCTGCT
CGAGGCATACCATTATTTGCCTGTCATACGATATGCACGAAAATATGTCC
TTCCTGGGCCAACCATACTGCTTTGTTGAGTTACGGCCTAGCCAAATAAG
AGGGGGGCCCAAAATAATGAAATGATAGGGTCAGGATACCCAGTTTATTT
AATCAAGGCATGAAAAAAGAATTAAAAAATATTATTATGTCTTTTTGAAA
AATTGTGTTTCAATCGTCAATTTTCTGTTACAAAAATTCTTCAAAAAATA
AATGTTTTTGTTTCTTTTTTTTCTTTTTGGAAGAGTCAATTTCAAGTTTT
GAAATTTTCCGTTAAAATTTTTGGAATTTTCTTCTTCTATTTTTCTTGTT
CTTAAGGAATATCGTATGGATGTGCCATCATTTGCAATGCAACAAACGTA
GTAACAAAACAGCTACGTTACAACAAACAAAAACAACTACGTTGGTAACA
AACTGCGCAGATTTCTGATGTTTGTGAATTTCCTTTTTTCCCTTGATTTG
GTAACATAGCTGGTTTGTTTTAGAATAATTGCGTTTGTTTCCGTAATCTT
TTGGTCCTGTATCGCTTGCAGGTCAAGAAAATTTAAATTATGAAAAAGCC
AAAGTATTCAATGTTTCGTTCAAATTTGTTGTTTCAGGCAAACTTTTGGG
CATTTCGGGCATTTGGGGATTGAAGAATCTTGAATTTAACTGCCATATTT
CGCATTTTTTCCTTTTCCAATTTCCAGCCGGTGGTCAGACAGAACTCAAT
AAAAATTGATGATAATAATCATATGTGGCTAAAATAAAGGAATACTTGGG
AGGAGCAGGAAAATTGGCAAATTGGCAAGTAACCAGTACGTGAGCATGAG
TTTATACTGTAGATGTGCCGGGGGGGAATTCGAACCTCCGGCATATCTGT
GACAAAACTGGCAGAAAACCTGCAATCCATAGTCATTTGTGACCTTGCAA
TCTGGTCAATTCTAATCGCAATCGCATTTCAGGCTTAAAGATAAAAAATG
CAGATTTATGTTGGGTGTTTCAACAATATCGCTGAATAGCTTTGCACATC
CCTGACGAGAGGTATGAAAGATTAGCTTCATTCCAATGCGAAATGACGCT
CATAAATCTACTAGAGGTCCAAGAATGTCTTATGTAATCAAAGGGTCAGC
CACAATTTGCCCACGCAGCTTCTGACACCTTATCGATGGTATTAAGTTTC
ATTCCAAACAAAACTCTTTCACAATTGTCAAGAAGTACATAGATGAAAGC
TCAAATGCTTTCAAGATCATGGCTAATTTAAATTAGAGATTGTTGAACAT
TCTTAAAAAATGTATTGATAGTTTGTCGATTATCGACGATTTTGCCAAAA
ACGGGCTAGTGCTCATAAAACAAGTCATGGAAAATGCAAAAACATGCTGG
CAGTCATCCAAAAATAGACGAAAACTCGAAAAATGTCTCTGCTTTCTCTG
CTTAGAGACGGGATTATGAGAAAATTGCAAAGTTCTTAAGATTTGAATTT
TTCTTCTTGCCAAAAATCACAAGAGAAGTGAAAATGTGTCTCAAAAAGAC
AAACGACGTACAATAAAGACTTCAAATTAGATATATCGAATTGAACAAAA
ATAATTTGAAGTCGGGTGAAGACAGAAACCTTGGAAAAAATGGAAACTCA
AAAAATATGGCTAAACTCAAAAATATGGAAAACCCCAAAAATATGGGAAA
AATCGAAAAATATGAAAAACTCAAAAATATGGAAGAAACTCGAAAAATGT
GGAAAAACGCGAAAAATCTCTAAAGAGAACTCGAAAAATCTCCAAAGAAA
ACTGAAAAAATCGACATAATGACATTTTCTTTGTCTTTCGTGCAATCTCC
AAGTTATCAATAGTGTCAATAGTATCAAAAATAGTGATGACTGGTAGCGA
CAATTTACAAAATATTCGACGATCAGCTAATAATGATTATTTCCAAATGC
GAACTAGTCGGTACTTTTGCGAACATATTTATGTCAGTGTCCATTTAGCC
ACATGAAGAAAAAAGCTCCTCTGTTCTCAAGTGCTGGGAATTCTGTCTCC
CCATGAAATGTCAGTGACTTTTGCGAGGCCTCTTTCTTTCACGCACATTC
AAGCAATGGTCACGTCGTCTAAGATGGGATTGAAGGATGATCATTCCATA
AATCTTGAGTGCAAATGCTGGGAAAACTCTTTTTCGTACTCTGGGCATTT
AAGTCAATTTCCAATGTGGGTACACAAAAATGTGCACACTCGTCGTCCGA
GTCCACATTCAGTGCAAACACTCGCACCCAGTGGTCTGAGGAACACTCGA
AAATGGGTGGAAGCAGCGTGGATGGAGCCGAAAAATGGCTCCTTCACGGC
GATGATGATGCTTTTGACAAAGTCCCAAGTCATTATTATTGCATTTACGG
GCTTCCTGATGGCTCAAAGCGACATCTCGAAGTCGGACACTTAGCTATCA
AGGTTATTGTTAGACGCATATGAGCAGATTACTACTCTCAAAGGGTTATC
AACTTTGAGATCTCACCCTTCCAAGAATTGAGTCTAATGAGGTTCAATTG
ATTGTGACCATGTGGCTTATTCATTGGAAAAGGCCTCGAGGCAAAGTAAC
ACTGTCTAGACATCAGGATGTAGGGATACACCATTCAGCTGCTAAGGGGA
AATTCTGAAGAAAAGCGTGTGAACTTGGACACGCAAATGTCGAAGGAGAC
ACTACAAGAATTGATCGAGCCAAATCTCTTTTCAGATCAAAGTCACTAAT
TTGAAGCCATTCCTCATGGGCTTAGCCAAAAGCCAAAGCGGCTTCAACGT
GGGGTTTTGCTCATTTGTCGTCAATTATTAGAGTTTTAAGTTCAGCCATT
GGCCCATCTAGATATAACCAACGATGTGAGTTATACAAATCCTTTAACAA
AAACACAATTTAAGTCAGTTTCTTGTGCGCATGCATAAATAATCAGGCTG
AGCTTTGGCTCTGTATCTAAACCATATGTACAGTAGTAGTAAAATATTTT
GACGTAAGTGAATGCTCACTTTTTAACATTACGATGTTGAGACAAAATAA
GTTAGGCTTTAGAGAGGGTACTCTGACACGAGTTTGTCGATCATTTTCAT
AGAGGATAATTCTTGGTAACAGGTTCTGAGTTGAAGAATTTCATCAGTTT
CGATGACTTGTCTTTCAATTAACTTAAATGAAGCACTAGAGAGATCAATC
TAGAAGTGTTTCGCGCGAAAATTCGATTGTGTGTTGAGGCAGCCAAGATT
ATAAGTTATCAATGACAGTTCTGATAGTTTCAGTGGTGTGGAATAGTTGG
TGGTTGCAATTTCGTGTTTTAACATCTATTATTTTTAAAGATCTTTTGCC
ACTTTTGTTAGACTTCACATAGAATGGCATTTTTTAATTTTTCCTTGGTA
AACACATGCTAGTCAAGGGCAATGGGGCATTTCTTAAAAGGACCAGCACA
ATCCTTCAACAATGCAGAAGCTTGAACTAACAAAACCAAGGCAGTGCAAA
AAGAGTTCCATGGTCAATTTTTTGAAGTTACGGTGCTGGAAAATATCCAC
CCAAACTCTGGCTGAATTGGGTTAGGTTTTCCTTTAGTTGGCATCACGCT
TATAACAATTAACTGTAGCGAGGCCAGAAACATGAATCTGCATGTCAAGT
GTGCATCCTCATTCATCTTTTCCGCTTCAATCATTTGTAGTTTTTTGTTA
GTCTCTCGTGTTTTGATCATTTACTTTGATTAATTTAGTTAATGTAGAAG
ACGTTGTATTGTATTGCATGGTCATTTCGGGATATACCCACGACTAGAGA
TATGATTATACCATTTTTTTCACACTAGACGCATTGTTGGCATTGTGTCT
GAACAAAAGCTGACGCATTCCCATTTTGTCGAGATGGTATTGACGGTGGT
GGAGGCTATTAATTTTCAATTGGTCGGGAAATACAAGACCAAACCCTGAT
CTTGTCACTCAAGATTACCACTTAAGCAGGATAAGATTGTCAATTGGCAT
AATGTGTACAGGATTCTCCTCATCTCAGGGTTCGCTTGCATACGTTTTCA
GGCCAAAAAGGTGGTTCTAGCCTTTGTCAAGTTCTGGTTGCCAACGTCTC
TGACCTTACTCAACAACCCACTTGTGCCCATGGGTGGTCATGTCCCTCAA
TGAACCTATTGCAAATCTGCTGGTTTGGCTCCGATATGAATGCACTAATT
GAGAAAGAATGGCACGAAATGCTCCATAAGGGAGAGCAGATGGGCTATCG
CAATCAACACTCATTTCATCAGCATCTTTGTCCCGAGTATTCATCTGACC
TTTCCACGCAAGTCGCTGAGAACGATCAAGTGGCCAGATCAAAAAGATTC
TGACACTAATCCTCTACAGTACACGGCATGAGCCCTCCAAGTCGGTTAGA
GCTTTCCACGAATCGTTCACTCCCCTGGCAACAACTGCTCCAAGGGTTGT
GGTTGCTGTCTGGCTGTGGCAGTCAAGGTGATTTTTCTTCCACGGTGACC
TTGTCGGTCGAATGGATTCTTCTTGGAAATTGACTATCGCTCGCCTCTCG
GATAATTGTTCCACTGACAAAAAATAGTGCATGTGGGATTGAAACGCCTC
GACTCCACAACTTGTACATATGCAAATGATGGCAGTCTTTTTGGGTGGCC
AAGATTTATGACCGAGTTCGAAAGAGATCCAACCAAATGTGGACGTGTGC
ATTGCGAAAAAGTGGCTCAAAATAATGTCTTTGTTCTAGGTTGGCAAAAA
GCAAGTTTAACCACTCGGTCGACCTCAGATTTCGACGTCAGGTTGAAGTC
AGGTCACATTTGGTTGTCGGCAGACAAGATGTATTTGGAGGCAACCTGAC
ATGTCAAGCCATTAATAACTTTTAGGTCATACACGATCACACCCTCCAAT
GATGAGGGCTGAGACGACTGCCTGACATCTTAGTTTTAGTTTATTTCGGA
GATCCCAGAATCATGGCAAACTGAGAAGAAATGATGGGATGCACCGAGGG
TCACAGATAGGTCGGAGCGACTTGTTCTCACTGTGATCCTAAGGGAGAAC
ACGAAATTGGGAACACAAAGACAGGAGGAAAGGGCAGAATACAATAGACA
TTCAAACAAATAAGTATTACTTTTCAAGTAGCACAACATAAAATCACAGT
TGGGAGCAAAAAGAAGCAAATTCGCTCAAAAATGGACTGACAAGAAAACA
CAAAGATAATTAAGATATGTCTACTTATAGAATACGATCGAAATGAAAGA
AAGATCAGTCACAATGTTTGGAGAAATATAAAAATAACAAATATCACAAA
ATAGGTTGAATAGCAGTAGCTAGTACGTACGTGAACACATTAATACACGA
TTCAAAGATGAATTGTAGAAGACAAGAACTATACTAAAAGGCTTTCAACC
AGAAAATGCGTTAAAATAAAAGGAGATTATACAAGGCTTCTGCTTAATTC
AGTAATACATTGAGAGCATGGTAAAATCTGCGGGCTGAAATTAGTAAATA
TGTCGCAAGAAATGAGTGCAGAAATTAGTATGATACCGGAAGAGACCAGA
GTTGAATCCTTAAAGTTGTGAGTAAAATGCTTGTGACACCGAAAAAATGG
GCCTCGATGTCTGATGTGTGTTTCCTAAGGTTGTAAGAAACACTTGTAAG
GAAGACGTGTGTGCAATTTGTTTTATGACCGGGTCACTAATCGGTTGCGA
CTTGCTTCAACTTGGCATCTGTCGAATATTTTCTGAATCGTTAGTGATCA
GTAAAATGTGTCGGCTTGATCTCAGTTCTGAGGGTCACAAACTTTGGGGC
TATTTTTTTTTGTTATGAGAACCCAAATGACAGACTTCTGTCAGCATAAT
ATTTAGAGCATCTTCATGTAGTGGATACCTTTGTGAAACGTTCTGAACTT
GCAAGCAATGCTGAAATGTTCATTCTAACGTCATGGCCACAAAAAACACC
GCGTTAATCCATAACATGTAATGGCAGCCCAATTTCTCAAACTTATTGTA
GAGGACTCTTTCAGCATTCGATGATTTTGTTCGTGCTTCGACAAGACTTC
ATTCGGCCTTCGATTGTGGTACCTTTTCAACATGGGAATAATGTGTCGAT
CGAATTTGAGCAAAACATGCCAACTGGCCAAACTGTGCTTACTTTATTTA
AAACTATTGTTATAACAATACTATTTATAATTATACTAACAATACTATGT
TAAAACAAAAATATTCTTAATACAAATTCAAAAGCGTTGAGTGGTGACAA
CTTCAGCCGGTTCCACTCACCTGATGTTCTAAAACGTGGGACAATCTAAA
GAACAGAATATGAATACGTGAATTTATACTGTATACGATTACTCAAACCT
AACACAATTCATAACGCAGTCAAACTAATTTTCTGCCTTAGTCATGTATT
TTTTTATATATGTCAAAGCAGGTGTGATGTCTGACTCGTCAAAACCCTGT
TGTGTACGTACACGAGAGGGTCCGTAGCCTGCTTGGGGTACCCATCTAGC
TATTCATCCGTGGAATGGATATTGCACTCGTCATCACCCATTACATGGCG
CAGTCAGCAGGGTTGACAATCACGACAAATCTATGTCTATACCCATCTCT
AATTAAACTTTTTTCTGGAACCCAATCGCTGAGGGTTCTTTCCCTGGGCA
TTGATCGATTCAGTCCATGACCGTGACGGGGTGGCGTTTGTGCCCGTCTA
TGCTCGGTCTTGTGTGTGACTAACTGATAGAAATAATGTTAGACTGGCCA
TGGAGTGCTAGAAACACCTGGAGGGAGCACAGCACGAAAAATGTGTCCAA
AGACGGCATTGGATTTATTGGTTCGGGCAGCTCAAACGCCGTTAATGCAA
TCAATTGACGGGCGGGAGGTGCGCATGACATTTCTACCACTTCTGTAGGG
TTTAAGAGTCCATCTACTAGTCACTCTGAAGGCCAACGAAACTGGGTGAA
ATGTCCCTGCAACTCCTGCCCGACAATTGATTGCATTAACGGCTTTCAAG
CTTCCAAGCTATGGGCACGTTTTTCGTTCTGTGCGACCTCCAGGTGATTC
TAGTACTCCATGGAGTAGCCGACCAGCCTCGCCAACATCTTCGTAACCGT
AAAGTACACTCAAAAGACATTGGCCAGGGCCAATCAGGATGGTCGGGTGC
GCCTCCAGGATCGTCTTCAATGCCAACAATTGGGCCTGGCCCACCTGCTC
AAGCCCCTCCAGTTAGTTGGAGTCGCTTTCGGACTTGGCGGCAACTTTAC
ACCAGGGCCCTGTCCTGTCTTTTTCATCCCCAGAGTGGCCAAATGTACAG
TATGAGCAGTACGTGTGGTTGACTTGGTAACACATTGGAATGTACTATGA
CCGAGACAACTCTGAGAAGGTGGGTGTCTAATGATCAGCATGCATCATGG
CAGATGAGCCCCGCAGTGCTAGATGCAATCCTCCTGGGCCGAAACAAGTT
GATGTCGCCACTTGGGAGATTGGATGAGTATGAGCTATTCTGGCACTGGC
TTGGGCAACCCTTTAAAAGAAATGGCATTGGAGCATTTTTATTCGAGGTG
ACTGTCCTCAATGGCGGTTCAATGAGCCATAATTATAGACCTAGGACACT
GGGATAGGAATACCTTTGAAAAATGGCATCAGGCCATTTTTCCCCTCAGG
CGAAAGATCCAACAAAGACCAATTGTCCCAAAATAAAAGACTTCACTGGC
ATGCAATCTATAAGAAGCTTAGAGTTCATCGATAGCCAAGTGCTGTGGAG
CGAGCATTGGGACTCATTGGTGGCATATCCATGTAGTTGTCGCTAAGGCC
GGAGCCTCTGAAACGTCTTATCAACCCTTGCTTAAAGTATTACGCCAAAT
TTCCACATATGCAATTTTTCAAGATACTGTAACACTCACGAGCATTATTA
ACAATAAAGTGTAATTCAAATTTGAAGTTAATTTTGCGCATAGAGTAAAA
AAATCATTGAGCACCCTTCGTAGAGGGATAAAAATTGCTTTATATCCTCC
TGAAGTTGGTCTTGGGTCTGTTACCAGATGACGGCTCATCAGACGAGTAC
ATCACTTCACAGGTTCAAATGCCCTAATATTTTTCGTGTATTGTTTTTAA
ACATCCCGCTTCAAAAGTAGTAGGAACCACTCATGGTTAGAAGCATCAGA
TAGGCTTCTTTCAACGAAGGGCTATAGCTATTGACTCTGGGGCTACTTGA
AGATGGGCTAATGCAGGAAAAAAATTGTGCTTACATTAAGTTTAACAAAT
CTTTATATAGTACATATTTTGGGTTAACCTTGTGTACTTTTTGAAAGCTC
AGCCATCAATATTGTGTCCTCTCAAGCAAGTTTTGAAGTAAAAAAAGCAC
CGAATGCAAGAGAACGTGTAACTAATTATGCACCTCATGACAAAGAGCTC
ATACCAATTTGACTGATCAAAAGGGTGCTCAAATTTGAAAAGATCATTCA
TAAACACATGAAAGGGGCAACAGGATGTCAAGTTAAATTTGGACGTCTCT
TCGATAATCGGTTTTTGTGTGGTCCAAAACTATTTGATTTAAGCCTTACT
CTTTAATTTTATAGCCCAATCTGGTGCCAATGAAAAATGGCAATTTGCAA
TTCCCCACGATCGAACTTGAATATGGGAATCCAATGAAAATGGCCGAACG
AATGCTCAAAATGTCCGCAAATATTCCTTGGGATTAGCCTTGGCTCAGAT
TATACATTAATTGCCGCTTATAAGTGCGCACGGGGTGACTCAAAAGGGAT
TTAAATCAAAATCGAAGACACTAATGGTTTGAGTCCATTTGTTCTCCAAG
ACATGTGCGTGTGTGTGTGTCCCTGTGACACAGTCATAAACCTATTTTTA
CAATATCCTAGTTTTAAAGGACGCTTTTTACACATTCTCGGGAATAACAT
GACAGGTCAAATGTGCCAATTCAACCATTCATGTGGTCGTGTTCTCATTT
GTTGGAAAAATTGTTACCCTGAACTCAAAGGTTGGCCAATGATAACCATT
GGAACCTGTGCTTTGTGGTCAAACCAATTGGTACATCCCACTTGATGTAA
CCACAGACTTTTTGAAATAATCATCGACTGTTTGGTTTCTAATAGCCCTA
GTGACCTGGATGACCCTTGGATCTGAATCATCCTGTACAACTAAATTCCA
AGGAATGTTCCTTTATGGCAGGAGTAAAGTTGCGCTAGCTAAATATTTAC
CTATGAGTGCTCGTTAGGCTACTAGTTGTTGCGTATCAGGTTTTGTACTT
AAACCCTAATCGGCATTCAATACTGTCATAAACCCCCTCGTATGGCCTCA
AAACATGCCAGATCGCAAGTTGCGTTCAAATTTCCACACATTGAAAGAAA
CGCAATAGATCTCCTCTGAGTTATTAAAGACCCTAGTTTGAACATTGAAC
GTTTTAATTCCCAATGCAAACCCGTCGGTTTAAAGCAGAATTATTGTCTT
GTCCTCCGACGAAGCTGCCAAATTCACACATTAGCACAAAAACGGAGATG
CCAGCCATTCAAATTGCTGGGATATGGAGGTGGATACATGGGAACATCGA
TCTCTGGAATGGGGTCTGGGAATTTCCCGTGATCATGAGGCATTCTCGCC
TGCCATTGGATCCTAACAAAAGGCCACCTTGTATGAAATTATAATGAATT
GAAAACCGTGATAGCCTCTGCCGCAAAACTCGAGCTTAAGACCTTTCCCT
TATGGTAAAGCCCTATCAGGTAATCAAAGTTATCTCGGTGATATTCCATG
TCTAAAATGACGTTCAATGGCTTTCGTATGCCATTGGGCGTTGTGAAATG
ATAACATCCAGAGCCCTGATCAATGCTTTTGGGCCTGTTCTCACGGGGAG
CTGGGATTGGTGGTTATTTGTTTGGGGGCTCTTCATCCCCCGAAGCGCCA
AACGAGTTCTTTCCAAGAAAGCCAGGGCTTTGACCTTGACGGGAGGGATC
TTTGTTGGAAAGTCCGTCTCGACCAGGTTCACCCTGAACGATTGCCTGCC
ATGGCGGTGCATTCCAAGATTACCTCAGCCCCATATACTGGACTTGTAGT
CTCTCAAAAATCACACCTACTCGGTAATCATCCTCCATACATCCATGGCT
TCGAAGGCAGCCACCACCGACAGGAGCATTCATTACGAACGCCCAAACCA
ACATGAACAAAGTCAAGAGGGGTAGAAGCTGGCGTCGGTCGGCAGAACGC
GAAGATGTACCTTGTGGGACGCCTTCTGGCCCGTGCGTACGAAACGTGGT
GGCAGAAGAAGAGGATCATCATCGTCCATAGGCGAAGAAGACAAAAATCT
AGCACCGATTTCAGATGTAAGCGAGATAGGGCGACATGGCGGTGGCGTAG
ACGGCATATAAAAGGCCCCGGGTTACGGTTGACCAATCAGTCCATGCTGA
GCAGTACTCGTGTCATCTGTACACCTGTAGGCTCATTTTAACATTGAAAA
TGGTTGCTTTTGCCAAGGTAAGCAAATTATCATAGGATGATATCATCCTG
GTGCGAGTGATGGCTAGAGTCACCAACCACCGAATTAAACCCAGACCCCT
AAATCATGGTTTGGACCTCGTAACAATGTTACCCTACTTGTTCCCTCTAG
ATCTGCCTGATCGCCCTTGTGGCCACCGCCTCCACCGTCTCTGGCCAACG
CCGTGCCAAAAGCTTGGTCAACACCTTCCCCTTCAGTCAGGGTGGTGCTG
CTGCCAACCAGGCCCATGACCATGATCATCATGACCATGCTCACGCCGCT
CACCCCGTTCAAGCTGCTGCCCCCGCCCGTGCTTCCCGTCAAGGCCAAGG
GGACGATGTCGCTCTCGACATTGGATCCATTGCCGCCGCCGGAGAGCGTT
GCATTGACAAGGTCGTGATGGTGGAGGAGACCGAGTACGACGAGGAGATC
GAGTGCCACCATAGCTACTCCGAGCGATGCCACACCACCTACACCACCGA
CTTTGAGCCCCAACAGGAGGAGGAGTGCGAGGAGAACTTCAAGAAGAGCT
GCTTCATTGAGTACCGCAAGGTCGCTTTTNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGCCCCA
GTTTACAGTTGACCAATCAGTCCATGCTGAGCAGTACTCGTGTCATCTGT
GCACCTGTAGGCTCATTTTAAAACTGAAAATGGTTGCTTTTGCCAAGGTA
AGAAAATTATCAAGAGATATTCCGCCATTACATCCCCTGCAATCATTCAA
TGCAAGTGATGCCTATGGTTCCCAATGCCGAATCAAAACCTGGACCCTAA
ACCATGGCGTTGGCAATTTAACAGTGTAGTCGTTTTGTTCCCTCTAGATC
TGCCTGATCGCCCTTGTGGCCACCGCCTCCACCGTCTCTGGCCAACGACG
TGCCAAGAGCTTGGTCAATACCTTCCCCTTCAGCCAGGGTGGTGCTGCTG
CCAACCATGCCCATGATCATGATCATCATGATCATGCTCACGCCGCTCAC
CCCGCTCACCCCGTCCAAGCTGCTGCCCCCGCCCGTGCTTCCCGTCAAGG
CCAAGGAGACGAAGTTGCTCTCGACATTGGATCCATTGCCGCCGCCGGAG
AGCGTTGCATTGACAAGGTCGTGATGGTGGAGGAGACCGAGTACGACGAG
GAGATCGAGTGCCACCATAGCTACTCCGAGCGATGCCACACCACTACACC
ACCGACTTTGAGCCCCACAGGAGGAGAGTGCGAGGAGAACTTCAAGAAGA
GCTGCTTCATTGAGTACCGCAAGGTGCTTGAGGACCCATCACCTTCTGCC
ACACTCCCCTCATCTGCGAGGGCGAGGGACCCGAGGAATGAAGACCGTCT
ACGAGTCTCAGTGCGAGACCCGCTACCACGAGCACGAAGTTGAGGATGAT
GTCGTCGAGTGCGAGACCATCCAGGAGGAGAAGTGCGAGGATGTGACCCA
AGGTTACACCACCGAGCAGAAGTGCACCAAGTGGCCCAAGCAGGTGTGCA
AGAACGAGAAGAAGACTGTGAAGAAGTACACCCCCGAGACCGAATGTAAG
AAGGTCGGCCGAGAGCTCTGCGGACCCTCCGGTTGTCTTCTCCAACCCGG
ACCTGAGGAGTGCTTCGACAAGAAGGAGACCGTTGTCCAGGAGGTGAGTT
GCCCCTTGCACGCTCTTTCCACTATTTTTTACTTATTCCCCATGTCTTAT
TTGTGTTTAGGTGCCCGAGGAGACCTGCAACTTGGAGCCCCAGAGATCGT
GCAAGCACGTCACCAAGTTGGTGCCTCTGCTCAAGCCCGCCGAGGAGTGT
GTGGACATCCCCAAGGAGGTCTGCTCGCGATCCCGCAAGAACCCCCGCAA
GGTGCAGAAGCCCGTCGTCAAGAAGTGGTGCTACGTGCCTTCCGAGCAAT
CCGGCCTGGCCTAAGTGCGTTTTGCCTTTGAACAGTTCAACAACCATCAA
TGCTTTACGACTCCAACAACCCCCATTCAAAAGTCATCCCTCCACCAACT
TTCTTAGTTTCTTTGCCGTGACCCTGAGTCTCTCGCCAAAACTAGTCTTG
GAAAGCTGACACATGGCCAAGAAACCCACTGCCAACCCGACTAAGGTTTC
AAACCCACTGATCGTCTAGATCATCTCAGAGAAGAACCCTTGGGGCATTA
TCAAAACAATATTTTAAAATTCAACCATTTTATTTGACATGGACCATCAT
TTTCAACTTCACGTCGGCCCCATGTTTATGAGAACGAATTGAGAAGAAAT
GATTTTATTGAAATAAAGAGACCATTTCAGAAAATATATTTTGCACATAT
TCTAGTTCATTATCTTGAATATCTAATCCCCAGCGCTGAGGACATAAAGT
TCATGATATGGCTTGTGCCATGCTCCAGAAGGTGAGAAGTTTTTTTTTTA
CATAGCATTAGACACAGTTAGCCACCCAATACTCTCATTTAGGTTGAGGA
CGGTCCAAAATGGCGGCCCATGGGATACATAATCAGCTGTTTTCGGGATC
AAAAGTAAATACTTTTCTTGAATGGGTTACTCGTCTGCTAAGATGTTCCC
CAAGGGAGTGTCCTGTTCTCTTTCTTAATCGATGACAGGAACAATGGCCT
TGGGCATCTTTTTCGTGCCTAGTGATAAAATCCAAATTTGATGCGAAATT
ATACCTACAGTAGAGGAGCGTCATTAATGTGAGTTGGAAGATATATTTTG
CAGCTAAAGTACATAACCGGGTGTTATGCCACGCGTACTATTTATCCTAA
AACTAGTTACCAACCAGAATTGATTGGTGTTACACCGTTTTGTACACTTG
ATGCTTCTTTAGAAACACTATTATACAATGAATCACTAAGGCGAATGAAT
TCCACTGCGAAACAAATACTGTATGTTCGAATATTTTTTTTGCAACGCTT
TTGTGTGTTTGCTTCTTACATCCTGAGAGTCGCAAATGTGTGAATGGGTG
ACATTCACTTGTCCCATCCACTTTTTATGTCTGGATGGAACATTTTGCTC
CAACTTTGAACTTGAATACTTCATGTTTACTCCTCCCACCAAAGTAGGAA
TATTATAGGGATCACCAAGTGTAAAAATAAAATACCAGACCTCCACGTTG
AGTCTTGTTTTCTTTGTGAAGGCTAACTTCCCCGGCGGCTGTCTACCTTT
AAATTGGCTTTCCTCACTCGTAGCTTTGAAACCATTGAATTAAACCCATG
TACTATAGGTGTATTGGTACAGTGACAATGACAGCTTTTCCAAATGCATT
TTTTTCAGAGCAACTCGCATCGAAAATCCAAAATGTGATGGCGTTGATAG
GCTTCCATCTTGCCGATCTTTAAACTTGTATTGCACCAAAATCAGCTTTT
GGATTATGGCCAAAAACGAATTTGCGATTGGAAAAACGAACACAAGTGCG
ATAATGGACTTGGTTTTTTTCATTTTGTTGCTTATTTTAATCTTTATCTA
TGACATCATCTTTTCATGGTATGTGTTATCTTGCTCCAAAAAGTGTTACA
GGGCATGAGCAATTGACCTTTCTTTCGTCGTACGTTTTTTATAGCATTGT
TTAGTTTTTTAGGGGGGATTTTTTGTCTCACAAGTGTGGAACCATGAATC
CTTCTGGATCCTCCTTCGGGGTCAGTGCCCATTGGGGAAGTGTGAAGTAG
ATCGGCACCTTTCCCCCCTGGGAACTGGCTCGATCTTAGACAGCTTTTCA
TGAGAAAAGGTAAAGTAAAGCCCAAAATACGAATCATAAAAAAACATCAA
AAGCGTGAAAGTACTTATTAGGTACCCAAATGCATTAAACATTAATAATT
AGGGCGGTAAAAGTTACCCAGTAAAGCGCTGGAAACGTTGGAAAAATGAC
ACTTCCAGAAATACAAACCAGCAAATAAAACTGAAAAAAACAGTGTCCCT
CGGAAAAAGAGCGAAATCTTGAATAACAATCCGAAAATCGCCTGAACCCC
AAAAATTGCCTCTGCCATGGGAGGTAAAACAGGATAAAAAATCCTAATTG
AAAATATGTGCAAATTATTTTTTGAGAAATAATGTTACTATATTTTAATG
ACGTTAAGTAAATCAAATTTGCACTTGAGGCAATCCAAAGCCATGTTTTA
AAATAAAAATATTGAAAAATAAAAACTATTCAATGAAAGAAAAGTCATTA
GAGACTTCAAGAAATTAAATTTCTTTTTGATGGCTATTTATCAAACGTTA
AAGAATTGGAAAGAAAATGTTGACAAGCAGTAGTTTAACACCTGGACAAT
AATTTGACATGCAGCATCGAGTTCCCAATGAGGAGGAACATACAAGTTTA
GAAAAACCATCACTGGATCTGTGAATACCACCAAATTTTAACCCACTGGT
ATTAATCGTAGTGGAGCCACAAGTCCGCACATGTTTGCCTTGGTTAGTTG
AAGAAACGTTGGAACCACATGACCTTGGTCATGGGCTGCTCAGGTCATGC
TTTGGTAAGACGAAGCCAAAAATTTCGGCTGAATTGAAATCCGGCTTGAA
CCCATTGTATTCTCTAGGTAGTCTGGACTCTAGTTTTAAGACTTCAAGAC
TAAGAATTCATTTGGAAGCACATGCAATCAGTCAAGGGCTGAAATCAGGC
TTTCTTTCCAGCATTTAATAATATTTCCAGGATTTTCTGTCATTTCCAGC
AGAACAAGCGAAAAAACTGCAAAACACTTTTTCAGGCCTACCTAATAAGG
GCCCAAAATGCAAATACATCTTTTTTTTCGTTACTCATACTTCAGATCGT
TATTCATTTGTCACCAGCTCCACCACTATTACGTACCACGTACTCAAAAG
TAAGTCTTTGGCACCTGTAAAAGTATAAGGTCTGTCCTGGTGCGATGGTA
TAGGTCTAATAAATCTCTTTAATTATTGGTGACAACATTAAGCACGTTAT
GGGAGCTAATAATGATTTATACCTGGACATTCATTCATATGACAGTACAG
CAAAATGTGTCAATTTTTGTTTTATCGTCGATAATACTGCCAAATCTGTC
TAGATGGCGCTTTTCTCGACTTCTACTTGAGATTGGCCCAGATTGAATGC
ATCGCGGATTAGAGCGTCCTCTACAAATGTATTAGGACTTCTTGGAACGT
GAACCAGAACTCGAGAAAGCTATTTCTGACCTTTCTTCTCTTCCTCAGCG
CAAAGCAGAACTTTTATCCCCGCTTTCAAAGCGTCAGAATATGCATTAAA
GGGTTGTTATAGCTTCCGAATATGCTTTGAGAATGAAAGAAAGTGGCATT
GTTCGACTCATATGACACAATGTGACACAAGATTCATATGACTCATATGA
CACAATGTGACACAAGATTCATATGACTCATATGACACAATGTGACACAA
GATTCATATGACTCATATGACACAAGATTCACAAGTCTTGTAAATTTTGG
GTCCCGATCTCATTGAAACTTTGTCGCCGACTGTGTCTTCTGAACCGGTG
AGAACCGATTCAAAACCACCTATGTTGACAACAATATGTTGACGTGTGTG
ACCAAAGCAGTTTCCCAGGAACCTAATGACCACCCTGTAAACGTGAACAC
GGCTCTTGTTACAGCTCTGAAATCCACGCATTCACAACTGTGTCTTCACT
CGTGATTCCACCCTCTAGTTTTTTAGACATAGCCCTTTCGTGTGTTACGT
GTTAGCCTGAAGAGGTCACTTAAACCTTCCACCGCCAATTGTGCTCGAGG
GTGATGAACAAAAACACCCAAAGTGCCCTGACACCACATATCAGATTAAA
TGTGCATTTGAACCCGGAGCTCTCAAGCCGAGAGGTGGAATTATGCCTAG
GAAGGATCGCCCTTTGAGGGGAACTACAGTGCCCTTTGACGGGGCTCAAT
TGCATGTTGGGGCACCTGAGAGCGGTATTGTCAGGGTTTTGAGTCTACAT
ACTGTACATATGCCGCATTCCATGCTCAAATATTCTACTGGCCTCTCGAG
TTCTAGTGGATGCAGAGGTCTCTTCCATTGTTTTCCTGAAACCTTCGGTT
TGAATTTGAATCTGTGTTGGCCTATTACACAATCCATGGGATCAGAGAAG
TCACCTTGAGAATGATTACTCTCATAACTTAATGCCTTGGAGTCATCTGT
ATCTCATTTGTGCCTGCCTTTGTGATTGAGTCGCGGCTACAATTGGATAA
TCCTCCCACTTTTGGAGGCTGATCTTGCTCGGACAAAAGATAACCATTGG
ACTTGGTTTGAGCGCAGAAGATTGAGATTTCAGTGGGATTCGCAACGATC
TTCACGCTTTGGTGCAAGTGGAGAGCAGGGTAAACAGTCCATGTGTACAT
TTGAATGAGTACAAATTTGATATGAAATGGTCTCTGTATTTCAATGTAAT
CACTCATTTTATGTTCGGTCACAGATCTTAGATCAATCTCCTCAATGTCC
TCGGTCTGCTGGGTGCAATCCGAGACCAAGGGGACATACGATTTAGATCG
TGTGGCGACTATAAAACTTAAAGATGATGGTCCAATGTCTAAGAAAATGG
TTGTCTTTTACAGTGCTTTTGATAATGCCCAAAAGTTTCCTTCTCTGAGA
TGATCCAGACGGCCAGTGCGTTTGACACCCGCGTCTGGTTGGCAGTGTGT
TCCTTTG
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Synonyms
The feature 'hypothetical protein' has the following synonyms
Synonym
Tk01190
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