AGAP011128-PA, snap_masked-scaffold30_size591359-processed-gene-4.18 (gene) Tigriopus kingsejongensis

Overview


Name	AGAP011128-PA
Unique Name	snap_masked-scaffold30_size591359-processed-gene-4.18
Type	gene
Organism	Tigriopus kingsejongensis (Tigriopus kingsejongensis)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of AGAP011128-PA vs. L. salmonis genes
Match: EMLSAG00000006565 (supercontig:LSalAtl2s:LSalAtl2s35:656245:794720:1 gene:EMLSAG00000006565 transcript:EMLSAT00000006565 description:"maker-LSalAtl2s35-augustus-gene-8.21")

HSP 1 Score: 199.904 bits (507), Expect = 2.439e-59
Identity = 100/178 (56.18%), Postives = 132/178 (74.16%), Query Frame = 0

Query:    3 VSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGG-KDMFINQHSIINLTCLIHSPDPPAHVFWLHNQKPILPS---LPESGETRVSMSRS-DQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVLD 175
            VSWVRHNDV+LISVGKY+YIKD R +ILHE  +H+W+L I  V++ D+GLYECQVN+SP + + I L+VV P TEILGG KD+FIN  S +NLTC+IHSP+ PAH+FW HN KP+  S    P+S E    + R  ++  S  VS LI++    +DSG Y+CNPSNT+PAS+ +H+L+
Sbjct:   78 VSWVRHNDVNLISVGKYKYIKDKRIRILHE--SHEWVLIITDVQFFDKGLYECQVNSSPRVSKIISLNVVQPYTEILGGSKDVFINLDSAVNLTCIIHSPEKPAHIFWSHNGKPVYWSETKKPDSEEDHYIIQRPREKEDSFSVSSLILQTTKSSDSGRYECNPSNTAPASIFIHILN 253

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BLAST of AGAP011128-PA vs. L. salmonis genes
Match: EMLSAG00000009175 (supercontig:LSalAtl2s:LSalAtl2s57:53313:113685:-1 gene:EMLSAG00000009175 transcript:EMLSAT00000009175 description:"maker-LSalAtl2s57-snap-gene-1.4")

HSP 1 Score: 164.466 bits (415), Expect = 4.689e-47
Identity = 78/189 (41.27%), Postives = 117/189 (61.90%), Query Frame = 0

Query:    3 VSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLIHSPDPPAHVFWLHN--------QKPILPSLPESGETR---------VSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVL 174
            VSWVRH DV+L++VGK+ YI+DPRFK+LHE ++ DW L I++V Y+DEG+YECQ+NT P       L + +P TE+LG   ++++ +S +NLTC+IHSP+PPA+VFW  N        + P+ P  P S +++         ++  ++     +  S  I +     DSG Y C PSN+   ++ VHVL
Sbjct:   10 VSWVRHRDVNLLAVGKFVYIRDPRFKVLHESNSDDWFLVIKSVDYTDEGVYECQINTIPYRSHKFKLQIFEPTTEMLGESTLYVDHNSSLNLTCVIHSPNPPAYVFWKKNSELVEVTDENPLEPIKPGSIDSQNASSGRKVLITFLKNVFPGITSSSLWIDKVNSRQDSGTYSCIPSNSDSKTIVVHVL 198

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BLAST of AGAP011128-PA vs. L. salmonis genes
Match: EMLSAG00000008198 (supercontig:LSalAtl2s:LSalAtl2s494:255309:428748:-1 gene:EMLSAG00000008198 transcript:EMLSAT00000008198 description:"maker-LSalAtl2s494-augustus-gene-4.15")

HSP 1 Score: 154.451 bits (389), Expect = 9.438e-43
Identity = 78/173 (45.09%), Postives = 107/173 (61.85%), Query Frame = 0

Query:    3 VSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLI-HSPDPPAHVFWLHNQKPILPSLPESGETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVL 174
            VSW+RH D+ L++VG Y Y  + RF   H P+ + W LRI+ + + DEG YECQV+T+P +   I L VV+P TEILGG DMFIN+ S INLTC+   SP PP  V W HN + I    P  G + V+     +      S+L+++ A   DSG+Y+C P N+  ASL +H+L
Sbjct:   54 VSWIRHRDIHLLTVGLYTYTLENRFSAYHLPYTNYWQLRIKDLTHKDEGKYECQVSTTPPIGHQIMLKVVEPHTEILGGPDMFINKGSTINLTCVSKFSPAPPPDVIWYHNDEVIAYDSPRGGVSVVT-----EKGDITTSHLLVQRAMSTDSGIYRCVPINSVEASLNLHIL 221

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BLAST of AGAP011128-PA vs. L. salmonis genes
Match: EMLSAG00000007255 (supercontig:LSalAtl2s:LSalAtl2s408:381299:413043:-1 gene:EMLSAG00000007255 transcript:EMLSAT00000007255 description:"maker-LSalAtl2s408-snap-gene-4.17")

HSP 1 Score: 152.91 bits (385), Expect = 3.478e-42
Identity = 69/173 (39.88%), Postives = 108/173 (62.43%), Query Frame = 0

Query:    3 VSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLI-HSPDPPAHVFWLHNQKPILPSLPESGETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVL 174
            VSW+RH+D+ L++VG+Y Y  D RF+  H PH HDWILRI+  +  D G+YECQ++ +P + Q ++L V +P T  +GG DMF++  S++NL+C+I H+  PP  V W H    I    P  G + ++     + +     +L+++ A P+DSG+Y C P+N   A + VH+L
Sbjct:  101 VSWIRHSDLHLLTVGRYTYTSDQRFESFHSPHTHDWILRIKTPQPKDTGVYECQISATPHMSQRLYLDVREPNTYFIGGPDMFVDLGSMVNLSCVISHTEKPPTEVKWFHRDTEISFRGPRDGVSVIT-----EKAEHTTVHLLMQGARPSDSGIYTCVPNNAPSAKIKVHIL 268

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BLAST of AGAP011128-PA vs. L. salmonis genes
Match: EMLSAG00000007749 (supercontig:LSalAtl2s:LSalAtl2s451:149372:173140:-1 gene:EMLSAG00000007749 transcript:EMLSAT00000007749 description:"maker-LSalAtl2s451-augustus-gene-2.6")

HSP 1 Score: 149.443 bits (376), Expect = 5.575e-41
Identity = 73/173 (42.20%), Postives = 110/173 (63.58%), Query Frame = 0

Query:    3 VSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLI-HSPDPPAHVFWLHNQKPILPSLPESGETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVL 174
            VSW+RH D  L+++G+Y Y  D RFK +H+  + D++L+I+     D G YECQ++T+P L   ++L +  P+T ILGG D+F +Q S INLTCLI  SP PP+++FW H+Q  I+      G   V   + D ++S   S+L+I+ A  +D+G+Y C+PS     S+ VHVL
Sbjct:   82 VSWIRHADTHLLTIGRYTYTSDLRFKAIHKILSEDYLLQIKPTTRRDRGKYECQISTTPPLSHIVNLDIAKPKTSILGGPDIFFDQGSTINLTCLITDSPMPPSYIFWRHDQ-AIISYDSVRGGVSVITEKGDNATS---SFLVIQNARNSDNGIYSCSPSLGDTVSINVHVL 250

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BLAST of AGAP011128-PA vs. L. salmonis genes
Match: EMLSAG00000008993 (supercontig:LSalAtl2s:LSalAtl2s563:193575:211879:1 gene:EMLSAG00000008993 transcript:EMLSAT00000008993 description:"maker-LSalAtl2s563-augustus-gene-1.7")

HSP 1 Score: 147.132 bits (370), Expect = 7.283e-41
Identity = 72/173 (41.62%), Postives = 105/173 (60.69%), Query Frame = 0

Query:    3 VSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLI-HSPDPPAHVFWLHNQKPILPSLPESGETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVL 174
            VSWVRH+D  L+++G+Y Y  D RFK +H+  + D++L+I+     D G YECQ++++P     ++L +  P T ILGG D++ N  S INLTCLI  SP PP+++FW HN + I       G + +    +D+  S   S+LII+ A   DSG Y C+PS     S+ VHVL
Sbjct:    1 VSWVRHDDTXLLTIGRYTYTSDLRFKAIHKELSEDYLLQIKPTTKRDGGKYECQISSTPPHSHIVNLEIAVPNTSILGGADIYFNLGSTINLTCLISESPIPPSYIFWRHNDEIISYDSTRGGVSVI----TDKGDSITSSFLIIQNAKHGDSGTYSCSPSLGDTISVNVHVL 169

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BLAST of AGAP011128-PA vs. L. salmonis genes
Match: EMLSAG00000007756 (supercontig:LSalAtl2s:LSalAtl2s453:133841:253679:1 gene:EMLSAG00000007756 transcript:EMLSAT00000007756 description:"maker-LSalAtl2s453-augustus-gene-2.7")

HSP 1 Score: 134.42 bits (337), Expect = 2.728e-35
Identity = 70/172 (40.70%), Postives = 103/172 (59.88%), Query Frame = 0

Query:    3 VSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLIHSP-DPPAHVFWLHNQKPILPSLPESGETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHV 173
            VSW+RH D+ +++VG+Y Y  D R+K ++     +W L+I +V+  DEG YECQ++T P+    + L V+DP+  ILG  ++ ++  S +NLTC++ S  +P A + W H    I  S P  G   V   R +    S  S LIIE  GP+DSG Y C+PSN   AS++VHV
Sbjct:   98 VSWIRHRDLHILTVGRYTYTADLRYKSIYNHVNDEWTLQIASVQKRDEGRYECQISTQPVRSFFVKLSVLDPKANILGDDEVHVSVGSELNLTCVVKSTHEPSAFILWYHGDNTIDYSSPRGG-IEVKTRRHNHGYPS--STLIIENVGPHDSGKYTCDPSNARSASVSVHV 266

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BLAST of AGAP011128-PA vs. L. salmonis genes
Match: EMLSAG00000003397 (supercontig:LSalAtl2s:LSalAtl2s186:89682:229943:1 gene:EMLSAG00000003397 transcript:EMLSAT00000003397 description:"maker-LSalAtl2s186-augustus-gene-2.14")

HSP 1 Score: 109.768 bits (273), Expect = 2.897e-26
Identity = 65/187 (34.76%), Postives = 101/187 (54.01%), Query Frame = 0

Query:    3 VSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGK-DMFINQHSIINLTCLI-HSPDPPAHVFWLHNQKPILPSLPESG-------------ETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVL 174
            VSW+R+ D  ++ +G  +++   RF++L      DW L+I+ V   D+G YECQV+TSP + +  HL+VV P   I+ G  +M +   S ++L C+I +  + P  VFW  N   IL S  E+G             E RV   +   +    ++ L IEEA   D+G+Y C+PSN   AS+ +HV+
Sbjct:  136 VSWIRNKDSHILFIGNVKFVDGNRFELLSGDTYGDWTLKIKFVTEEDDGGYECQVSTSPKIMRTFHLNVVVPIVMIINGDVEMHLEVGSAVHLECVISNCLEDPQVVFWYKNGHRILDS--ETGVAIHSVLEEDVNPEFRVKDPKRRGNGRRTMTRLSIEEATAGDAGMYSCSPSNLKSASINLHVI 320

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BLAST of AGAP011128-PA vs. L. salmonis genes
Match: EMLSAG00000005657 (supercontig:LSalAtl2s:LSalAtl2s305:329262:363190:1 gene:EMLSAG00000005657 transcript:EMLSAT00000005657 description:"snap_masked-LSalAtl2s305-processed-gene-3.6")

HSP 1 Score: 103.605 bits (257), Expect = 3.577e-25
Identity = 58/184 (31.52%), Postives = 97/184 (52.72%), Query Frame = 0

Query:    2 QVSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLIHSPDPPAHVFWLHNQKPILPSLPESGETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPS-NTSPASLTVHVLDVPAEGYVRP 184
             +SW+RH+ + +++VG+Y Y  D RF+ ++    ++WILRI+     D G+YECQ+++ P+    ++L +V P   ILG  +MF++  S IN+TC          ++++    PI     +    R  +S     + +  S LII+ A P D G Y C    +  PA + VHVL+V     + P
Sbjct:   66 NISWLRHDXLHILTVGRYTYTSDSRFEPINPEGTNEWILRIRHAANEDSGVYECQISSQPVKSLFVNLRIVTPIASILGKNEMFVDVGSTINITCT-------GKIWYI----PI-----DYTSMRGGVSVLTNKAETTXSSLIIQLATPKDGGQYSCQAGEDLKPAVVKVHVLNVSTSKIMIP 233

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BLAST of AGAP011128-PA vs. L. salmonis genes
Match: EMLSAG00000011422 (supercontig:LSalAtl2s:LSalAtl2s78:1206489:1207926:1 gene:EMLSAG00000011422 transcript:EMLSAT00000011422 description:"maker-LSalAtl2s78-augustus-gene-12.10")

HSP 1 Score: 101.679 bits (252), Expect = 2.113e-24
Identity = 65/200 (32.50%), Postives = 98/200 (49.00%), Query Frame = 0

Query:    3 VSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQV----NTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLIH-SPDPPAHVFWLHN---------QKPILPSLPESGETRVSMSRSDQSSSSV------------VSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVLDV 176
            VSW+R  D+ ++++GK +Y +DPRF+ LH      W L+I+   + D+G+YECQV    +T   L+ P  L ++D    I G ++  +   S + L C I  S  PP+ ++W HN         Q   + +L ES  T  S S    SS+S              S L I      DSG Y C+PSN    ++ VH++ V
Sbjct:    1 VSWLRTRDLRILTIGKIRYTEDPRFQPLHTEGNDLWALKIRNASFEDQGIYECQVSYHGDTEKKLKWPXRLRILDSHAVIPGNQERHVKARSRLLLRCFIEKSSGPPSFIYWYHNGNVMNYSDRQGVTIRTLSESESTLPSPSLRSSSSASRKRNLKRKRNNHPASVLTINRVTAKDSGNYTCSPSNAKNHTVQVHIVQV 200

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BLAST of AGAP011128-PA vs. SwissProt
Match: gi|189042260|sp|A3KNL6.1|GGACC_DANRE (RecName: Full=Gamma-glutamylaminecyclotransferase C; Short=GGACT C; AltName: Full=AIG2-like domain-containing protein 1-C; AltName: Full=Gamma-glutamylamine cyclotransferase C; AltName: Full=Gamma-glutamylamine cyclotransferase, tandem duplicate 3)

HSP 1 Score: 63.5438 bits (153), Expect = 1.163e-10
Identity = 26/43 (60.47%), Postives = 34/43 (79.07%), Query Frame = 0

Query:  545 ERYPLVIASKFNIPFLLNIPNEGHLIKGEVYNVDEEKLQHLDW 587
            E YPLVIA+K NIPFLLN+P  G  + GE+Y+VD++ L+ LDW
Sbjct:   40 EPYPLVIATKHNIPFLLNVPGSGKQVSGEIYSVDQKMLEFLDW 82

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BLAST of AGAP011128-PA vs. SwissProt
Match: gi|82181610|sp|Q66KX0.1|GGACT_XENLA (RecName: Full=Gamma-glutamylaminecyclotransferase; Short=GGACT; AltName: Full=AIG2-like domain-containing protein 1; AltName: Full=Gamma-glutamylamine cyclotransferase)

HSP 1 Score: 62.7734 bits (151), Expect = 1.379e-10
Identity = 28/45 (62.22%), Postives = 34/45 (75.56%), Query Frame = 0

Query:  542 KRIERYPLVIASKFNIPFLLNIPNEGHLIKGEVYNVDEEKLQHLD 586
            K +E+YPLVIA + NIPFLLNIP  G  I GE+Y+VDE+ L  LD
Sbjct:   16 KTVEKYPLVIAEEANIPFLLNIPGTGRRIIGEIYSVDEQLLHFLD 60

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BLAST of AGAP011128-PA vs. SwissProt
Match: gi|82181091|sp|Q66I06.1|GGACB_DANRE (RecName: Full=Gamma-glutamylaminecyclotransferase B; Short=GGACT B; AltName: Full=AIG2-like domain-containing protein 1-B; AltName: Full=Gamma-glutamylamine cyclotransferase B; AltName: Full=Gamma-glutamylamine cyclotransferase, tandem duplicate 2)

HSP 1 Score: 61.6178 bits (148), Expect = 1.087e-9
Identity = 24/46 (52.17%), Postives = 34/46 (73.91%), Query Frame = 0

Query:  542 KRIERYPLVIASKFNIPFLLNIPNEGHLIKGEVYNVDEEKLQHLDW 587
            + +E YPLVI  + NIPFLLN+P  G  + GE+Y+VD++ L+ LDW
Sbjct:   35 RTVEPYPLVITGECNIPFLLNVPGSGQRVYGEIYSVDQKMLEFLDW 80

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BLAST of AGAP011128-PA vs. SwissProt
Match: gi|74752384|sp|Q9BVM4.2|GGACT_HUMAN (RecName: Full=Gamma-glutamylaminecyclotransferase; Short=GGACT; AltName: Full=AIG2-like domain-containing protein 1; AltName: Full=Gamma-glutamylamine cyclotransferase)

HSP 1 Score: 58.5362 bits (140), Expect = 6.953e-9
Identity = 26/48 (54.17%), Postives = 36/48 (75.00%), Query Frame = 0

Query:  539 SRVKRIERYPLVIASKFNIPFLLNIPNEGHLIKGEVYNVDEEKLQHLD 586
            +R + +E YPLVIA + NIP+LL++P  G L++GEVY VDE  L+ LD
Sbjct:   32 ARGRTLEPYPLVIAGEHNIPWLLHLPGSGRLVEGEVYAVDERMLRFLD 79

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BLAST of AGAP011128-PA vs. SwissProt
Match: gi|123782122|sp|Q4KM86.1|GGACT_RAT (RecName: Full=Gamma-glutamylaminecyclotransferase; Short=GGACT; AltName: Full=AIG2-like domain-containing protein 1; AltName: Full=Gamma-glutamylamine cyclotransferase)

HSP 1 Score: 57.7658 bits (138), Expect = 9.204e-9
Identity = 26/53 (49.06%), Postives = 37/53 (69.81%), Query Frame = 0

Query:  534 LITEASRVKRIERYPLVIASKFNIPFLLNIPNEGHLIKGEVYNVDEEKLQHLD 586
            L T   R   +E +PLVIA + NIP+LL++P +GH + GE+Y VDE+ L+ LD
Sbjct:   27 LATFRGRGCTVESFPLVIAGEHNIPWLLHLPGKGHCVAGEIYEVDEQMLRFLD 79

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BLAST of AGAP011128-PA vs. SwissProt
Match: gi|81879945|sp|Q923B0.1|GGACT_MOUSE (RecName: Full=Gamma-glutamylaminecyclotransferase; Short=GGACT; AltName: Full=AIG2-like domain-containing protein 1; AltName: Full=Gamma-glutamylamine cyclotransferase)

HSP 1 Score: 56.9954 bits (136), Expect = 2.166e-8
Identity = 23/43 (53.49%), Postives = 33/43 (76.74%), Query Frame = 0

Query:  544 IERYPLVIASKFNIPFLLNIPNEGHLIKGEVYNVDEEKLQHLD 586
            +E +PLVIA + NIP+LL +P +GH + GE+Y VDE+ L+ LD
Sbjct:   37 VESFPLVIAGEHNIPWLLYLPGKGHCVTGEIYEVDEQMLRFLD 79

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BLAST of AGAP011128-PA vs. SwissProt
Match: gi|122145615|sp|Q0VFX9.1|GGACT_BOVIN (RecName: Full=Gamma-glutamylaminecyclotransferase; Short=GGACT; AltName: Full=AIG2-like domain-containing protein 1; AltName: Full=Gamma-glutamylamine cyclotransferase)

HSP 1 Score: 56.9954 bits (136), Expect = 2.775e-8
Identity = 27/47 (57.45%), Postives = 32/47 (68.09%), Query Frame = 0

Query:  540 RVKRIERYPLVIASKFNIPFLLNIPNEGHLIKGEVYNVDEEKLQHLD 586
            R   +E YPLVIA + NIP LLN+P  GH + GEVY VDE  L+ LD
Sbjct:   58 RAHTLEPYPLVIAGEHNIPRLLNLPGRGHRVFGEVYEVDERMLRFLD 104

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BLAST of AGAP011128-PA vs. SwissProt
Match: gi|41019549|sp|Q9W0Y2.2|YS11_DROME (RecName: Full=Putative gamma-glutamylcyclotransferase CG2811)

HSP 1 Score: 56.225 bits (134), Expect = 3.897e-8
Identity = 23/36 (63.89%), Postives = 28/36 (77.78%), Query Frame = 0

Query:  272 VFVYGTLKQGEPNHHWLKDGDNGKAALMGEGITMTQ 307
            VFVYGTLK+GEPNHHWL   +NG+A  +G G T T+
Sbjct:   11 VFVYGTLKRGEPNHHWLTKKENGQARFLGRGKTETK 46

HSP 2 Score: 53.9138 bits (128), Expect = 2.597e-7
Identity = 25/48 (52.08%), Postives = 33/48 (68.75%), Query Frame = 0

Query:  539 SRVKRIERYPLVIASKFNIPFLLNIPNEGHLIKGEVYNVDEEKLQHLD 586
             R K   ++PLV+ +++NIPFLL  P EG+ I+GEVY VDE  L  LD
Sbjct:   39 GRGKTETKFPLVVGTRYNIPFLLARPGEGNHIEGEVYEVDETMLSKLD 86

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BLAST of AGAP011128-PA vs. SwissProt
Match: gi|11387364|sp|Q9W0Y1.1|TINA1_DROME (RecName: Full=Troponin C-akin-1 protein; AltName: Full=Putative gamma-glutamylcyclotransferase)

HSP 1 Score: 54.6842 bits (130), Expect = 1.820e-7
Identity = 22/48 (45.83%), Postives = 32/48 (66.67%), Query Frame = 0

Query:  539 SRVKRIERYPLVIASKFNIPFLLNIPNEGHLIKGEVYNVDEEKLQHLD 586
             +    ++ PLVIA+++NIPFLLN P  G+ + GE+Y VD+  L  LD
Sbjct:   42 CKATTTQKLPLVIATRYNIPFLLNKPGVGYYVTGEIYEVDDRMLNSLD 89

[Close]

BLAST of AGAP011128-PA vs. SwissProt
Match: gi|190360164|sp|A0JMM9.1|GGACA_DANRE (RecName: Full=Gamma-glutamylaminecyclotransferase A; Short=GGACT A; AltName: Full=AIG2-like domain-containing protein 1-A; AltName: Full=Gamma-glutamylamine cyclotransferase A; AltName: Full=Gamma-glutamylamine cyclotransferase, tandem duplicate 1)

HSP 1 Score: 53.9138 bits (128), Expect = 2.857e-7
Identity = 22/40 (55.00%), Postives = 28/40 (70.00%), Query Frame = 0

Query:  547 YPLVIASKFNIPFLLNIPNEGHLIKGEVYNVDEEKLQHLD 586
            YP+VIA+K   PFLLN+P  G  + GE+YNVD+  L  LD
Sbjct:   59 YPMVIATKDKFPFLLNVPGSGQQVYGEIYNVDQNMLDFLD 98

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BLAST of AGAP011128-PA vs. nr
Match: gi|1209687943|gb|OWR43480.1| (hypothetical protein KGM_202050 [Danaus plexippus plexippus])

HSP 1 Score: 192.586 bits (488), Expect = 3.059e-52
Identity = 90/206 (43.69%), Postives = 134/206 (65.05%), Query Frame = 0

Query:    1 MQVSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLI-HSPDPPAHVFWLHNQKPILPSLPESGETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVLDVPAEGYVRPSAHSQPSAHARPSAEFHFSHT 205
            MQVSWVRH D+ L++VG+Y Y  D RF+ +H PH+ DW L+I+  ++ D G+YECQ++T+P +   IHL+VV+P TEI+GG D++I++ S INLTC++ +SP+PPA++FW HN   I    P  G + V+     +   +  S+L+I++A P+DSG YQCNPSN    S+ VHVL+      + P +   P+A  R    F  + T
Sbjct:  102 MQVSWVRHRDIHLLTVGRYTYTSDQRFRAIHLPHSEDWTLQIKYPQHRDSGIYECQISTTPHMSHFIHLNVVEPTTEIIGGPDLYIDRGSTINLTCVVLYSPEPPAYIFWNHNDAIISYDSPRGGVSVVT-----EKGETTTSFLLIQQARPSDSGTYQCNPSNAQSKSIVVHVLN--EANSIFPLSGEYPAAMQRGGQTFELTST 300

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BLAST of AGAP011128-PA vs. nr
Match: gi|1059408335|ref|XP_017777092.1| (PREDICTED: kin of IRRE-like protein 3 isoform X1 [Nicrophorus vespilloides])

HSP 1 Score: 191.43 bits (485), Expect = 3.659e-52
Identity = 89/177 (50.28%), Postives = 127/177 (71.75%), Query Frame = 0

Query:    1 MQVSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLI-HSPDPPAHVFWLHNQKPILPSLPESGETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVLDV 176
            +QVSWVRH DV L++VG+Y Y  D RF+ +H+PH+ DW L+I+  ++ D G+YECQV+++P L   IHL V++P TEI+GG ++FI++ S INLTC++ HSP+PPA++FW HN   I+      G   V+  R + S     S L+I++A P+DSG YQCNPSN  PA++TVHVL+V
Sbjct:   73 LQVSWVRHRDVHLLTVGRYTYTSDQRFRAIHQPHSEDWTLQIKYPQHRDSGIYECQVSSTPHLSHFIHLTVIEPDTEIVGGPELFIDRGSTINLTCVVRHSPEPPAYIFWNHNDA-IISYSSSRGGVSVATERGETSR----SVLLIQKARPSDSGNYQCNPSNARPANVTVHVLNV 244

[Close]

BLAST of AGAP011128-PA vs. nr
Match: gi|1059408343|ref|XP_017777097.1| (PREDICTED: T-lymphocyte activation antigen CD86-like isoform X5 [Nicrophorus vespilloides])

HSP 1 Score: 189.504 bits (480), Expect = 5.127e-52
Identity = 88/176 (50.00%), Postives = 126/176 (71.59%), Query Frame = 0

Query:    1 MQVSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLI-HSPDPPAHVFWLHNQKPILPSLPESGETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVLD 175
            +QVSWVRH DV L++VG+Y Y  D RF+ +H+PH+ DW L+I+  ++ D G+YECQV+++P L   IHL V++P TEI+GG ++FI++ S INLTC++ HSP+PPA++FW HN   I+      G   V+  R + S     S L+I++A P+DSG YQCNPSN  PA++TVHVL+
Sbjct:   73 LQVSWVRHRDVHLLTVGRYTYTSDQRFRAIHQPHSEDWTLQIKYPQHRDSGIYECQVSSTPHLSHFIHLTVIEPDTEIVGGPELFIDRGSTINLTCVVRHSPEPPAYIFWNHNDA-IISYSSSRGGVSVATERGETSR----SVLLIQKARPSDSGNYQCNPSNARPANVTVHVLN 243

[Close]

BLAST of AGAP011128-PA vs. nr
Match: gi|751226843|ref|XP_011166873.1| (PREDICTED: protein turtle homolog A-like isoform X3 [Solenopsis invicta])

HSP 1 Score: 189.889 bits (481), Expect = 5.956e-52
Identity = 84/176 (47.73%), Postives = 123/176 (69.89%), Query Frame = 0

Query:    1 MQVSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLI-HSPDPPAHVFWLHNQKPILPSLPESGETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVLD 175
            +QVSWVRH DV L+++G+Y Y  D RF+ +H PH+ DW L+I+  ++ D G+YECQV+T+P +   +HL+V++P+TEILG  ++FIN+ S INLTC++  SP+PPA++FW HN   I         +R  +S   +   S  S+L+++EA P+DSG Y CNPSN  P S+TVHVL+
Sbjct:   60 LQVSWVRHRDVHLLTIGRYTYTNDQRFRAIHNPHSDDWTLQIKYPQHRDSGIYECQVSTTPHMSHLVHLNVIEPKTEILGAPELFINRGSTINLTCVVLQSPEPPAYIFWNHNDAII-----SYDSSRGGVSVVTEKGDSTTSFLLVQEAKPSDSGRYTCNPSNAQPKSITVHVLN 230

[Close]

BLAST of AGAP011128-PA vs. nr
Match: gi|1133417872|ref|XP_019881883.1| (PREDICTED: kin of IRRE-like protein 3 isoform X1 [Aethina tumida])

HSP 1 Score: 190.274 bits (482), Expect = 7.453e-52
Identity = 88/176 (50.00%), Postives = 125/176 (71.02%), Query Frame = 0

Query:    1 MQVSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLI-HSPDPPAHVFWLHNQKPILPSLPESGETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVLD 175
            +QVSWVRH DV L++VG+Y Y  D RF+ +H+PH+ DW L+I+  ++ D G+YECQV+++P L   IHL V++P TEI+GG ++FI++ S INLTC++ HSP+PPA++FW HN   I+      G   V+  R + S     S L+I++A P DSG YQCNPSN  PA++TVHVL+
Sbjct:   73 LQVSWVRHRDVHLLTVGRYTYTSDQRFRAIHQPHSEDWTLQIKYPQHRDSGVYECQVSSTPHLSHFIHLTVIEPDTEIVGGPELFIDRGSTINLTCVVRHSPEPPAYIFWNHNDA-IISYSSSRGGVSVATERGETSR----SVLLIQKAKPTDSGNYQCNPSNARPANVTVHVLN 243

[Close]

BLAST of AGAP011128-PA vs. nr
Match: gi|1153715275|ref|XP_020279611.1| (zwei Ig domain protein zig-8-like isoform X3 [Pseudomyrmex gracilis])

HSP 1 Score: 189.504 bits (480), Expect = 7.717e-52
Identity = 85/176 (48.30%), Postives = 122/176 (69.32%), Query Frame = 0

Query:    1 MQVSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLI-HSPDPPAHVFWLHNQKPILPSLPESGETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVLD 175
            +QVSWVRH DV L+++G+Y Y  D RF+ +H  H+ DW L+I+  ++ D G+YECQV+T+P +   +HL+V++P+TEILG  D+FIN+ S INLTC++  SP+PPA++FW HN   I         TR  +S   +   S  S+L+++EA P+DSG Y CNPSN  P S+TVHVL+
Sbjct:   59 LQVSWVRHRDVHLLTIGRYTYTNDQRFRAIHNAHSDDWTLQIKYPQHRDSGIYECQVSTTPHMSHLVHLNVIEPKTEILGAPDLFINRGSTINLTCVVLQSPEPPAYIFWNHNDAII-----SYDSTRGGVSVVTEKGDSTTSFLLVQEAKPSDSGRYTCNPSNAQPKSITVHVLN 229

[Close]

BLAST of AGAP011128-PA vs. nr
Match: gi|1247040175|gb|PCG75138.1| (hypothetical protein B5V51_12177, partial [Heliothis virescens])

HSP 1 Score: 190.66 bits (483), Expect = 8.855e-52
Identity = 90/207 (43.48%), Postives = 134/207 (64.73%), Query Frame = 0

Query:    1 MQVSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLI-HSPDPPAHVFWLHNQKPILPSLPESGETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVLDVPAEGYVRPSAHSQPSAHARPSAEFHFSHTL 206
            MQVSWVRH D+ L++VG+Y Y  D RF+ +H PH+ DW L+I+  ++ D G+YECQ++T+P +   IHL+VV+P TEI+GG D++I++ S INLTC++ +SP+PPA++FW HN   I    P  G + V+     +   +  S+L+I++A P+DSG YQCNPSN    S+ VHVL+      + P +   P+A  R    F  +  L
Sbjct:   80 MQVSWVRHRDIHLLTVGRYTYTSDQRFRAIHLPHSEDWTLQIKYPQHRDSGIYECQISTTPHMSHFIHLNVVEPTTEIIGGPDLYIDRGSTINLTCVVLYSPEPPAYIFWNHNDAIISYDSPRGGVSVVT-----EKGETTTSFLLIQQARPSDSGTYQCNPSNAQSKSIVVHVLN--EANSIFPLSGEYPAAMQRGGQAFALTSPL 279

[Close]

BLAST of AGAP011128-PA vs. nr
Match: gi|1059408339|ref|XP_017777094.1| (PREDICTED: kin of IRRE-like protein 3 isoform X3 [Nicrophorus vespilloides])

HSP 1 Score: 189.889 bits (481), Expect = 1.159e-51
Identity = 88/176 (50.00%), Postives = 126/176 (71.59%), Query Frame = 0

Query:    1 MQVSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLI-HSPDPPAHVFWLHNQKPILPSLPESGETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVLD 175
            +QVSWVRH DV L++VG+Y Y  D RF+ +H+PH+ DW L+I+  ++ D G+YECQV+++P L   IHL V++P TEI+GG ++FI++ S INLTC++ HSP+PPA++FW HN   I+      G   V+  R + S     S L+I++A P+DSG YQCNPSN  PA++TVHVL+
Sbjct:   73 LQVSWVRHRDVHLLTVGRYTYTSDQRFRAIHQPHSEDWTLQIKYPQHRDSGIYECQVSSTPHLSHFIHLTVIEPDTEIVGGPELFIDRGSTINLTCVVRHSPEPPAYIFWNHNDA-IISYSSSRGGVSVATERGETSR----SVLLIQKARPSDSGNYQCNPSNARPANVTVHVLN 243

[Close]

BLAST of AGAP011128-PA vs. nr
Match: gi|815768677|ref|XP_012232398.1| (PREDICTED: uncharacterized protein LOC105678008 isoform X3 [Linepithema humile] >gi|815768679|ref|XP_012232407.1| PREDICTED: uncharacterized protein LOC105678008 isoform X3 [Linepithema humile] >gi|815768681|ref|XP_012232416.1| PREDICTED: uncharacterized protein LOC105678008 isoform X3 [Linepithema humile])

HSP 1 Score: 189.889 bits (481), Expect = 1.260e-51
Identity = 85/176 (48.30%), Postives = 122/176 (69.32%), Query Frame = 0

Query:    1 MQVSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLI-HSPDPPAHVFWLHNQKPILPSLPESGETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVLD 175
            +QVSWVRH DV L+++G+Y Y  D RF+ +H  H+ DW L+I+  ++ D G+YECQV+T+P +   +HL+V++P+TEILG  D+FIN+ S INLTC++  SP+PPA++FW HN   I         TR  +S   +   S  S+L+++EA P+DSG Y CNPSN  P S+TVHVL+
Sbjct:   82 LQVSWVRHRDVHLLTIGRYTYTNDQRFRAIHNAHSDDWTLQIKYPQHRDSGIYECQVSTTPHMSHLVHLNVIEPKTEILGAPDLFINRGSTINLTCVVLQSPEPPAYIFWNHNDAII-----SYDSTRGGVSVVTEKGDSTTSFLLVQEAKPSDSGRYTCNPSNAQPKSITVHVLN 252

[Close]

BLAST of AGAP011128-PA vs. nr
Match: gi|751226835|ref|XP_011166869.1| (PREDICTED: tyrosine-protein phosphatase Lar-like isoform X1 [Solenopsis invicta] >gi|751226837|ref|XP_011166870.1| PREDICTED: tyrosine-protein phosphatase Lar-like isoform X1 [Solenopsis invicta] >gi|751226839|ref|XP_011166871.1| PREDICTED: tyrosine-protein phosphatase Lar-like isoform X1 [Solenopsis invicta])

HSP 1 Score: 189.889 bits (481), Expect = 1.286e-51
Identity = 84/176 (47.73%), Postives = 123/176 (69.89%), Query Frame = 0

Query:    1 MQVSWVRHNDVSLISVGKYQYIKDPRFKILHEPHAHDWILRIQAVKYSDEGLYECQVNTSPLLRQPIHLHVVDPQTEILGGKDMFINQHSIINLTCLI-HSPDPPAHVFWLHNQKPILPSLPESGETRVSMSRSDQSSSSVVSYLIIEEAGPNDSGVYQCNPSNTSPASLTVHVLD 175
            +QVSWVRH DV L+++G+Y Y  D RF+ +H PH+ DW L+I+  ++ D G+YECQV+T+P +   +HL+V++P+TEILG  ++FIN+ S INLTC++  SP+PPA++FW HN   I         +R  +S   +   S  S+L+++EA P+DSG Y CNPSN  P S+TVHVL+
Sbjct:   87 LQVSWVRHRDVHLLTIGRYTYTNDQRFRAIHNPHSDDWTLQIKYPQHRDSGIYECQVSTTPHMSHLVHLNVIEPKTEILGAPELFINRGSTINLTCVVLQSPEPPAYIFWNHNDAII-----SYDSSRGGVSVVTEKGDSTTSFLLVQEAKPSDSGRYTCNPSNAQPKSITVHVLN 257

The following BLAST results are available for this feature:

BLAST of AGAP011128-PA vs. L. salmonis genes
BLAST of AGAP011128-PA vs. SwissProt
BLAST of AGAP011128-PA vs. nr

BLAST of AGAP011128-PA vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 25


Match Name	E-value	Identity	Description
EMLSAG00000006565	2.439e-59	56.18	supercontig:LSalAtl2s:LSalAtl2s35:656245:794720:1 ...	[more]
EMLSAG00000009175	4.689e-47	41.27	supercontig:LSalAtl2s:LSalAtl2s57:53313:113685:-1 ...	[more]
EMLSAG00000008198	9.438e-43	45.09	supercontig:LSalAtl2s:LSalAtl2s494:255309:428748:-...	[more]
EMLSAG00000007255	3.478e-42	39.88	supercontig:LSalAtl2s:LSalAtl2s408:381299:413043:-...	[more]
EMLSAG00000007749	5.575e-41	42.20	supercontig:LSalAtl2s:LSalAtl2s451:149372:173140:-...	[more]
EMLSAG00000008993	7.283e-41	41.62	supercontig:LSalAtl2s:LSalAtl2s563:193575:211879:1...	[more]
EMLSAG00000007756	2.728e-35	40.70	supercontig:LSalAtl2s:LSalAtl2s453:133841:253679:1...	[more]
EMLSAG00000003397	2.897e-26	34.76	supercontig:LSalAtl2s:LSalAtl2s186:89682:229943:1 ...	[more]
EMLSAG00000005657	3.577e-25	31.52	supercontig:LSalAtl2s:LSalAtl2s305:329262:363190:1...	[more]
EMLSAG00000011422	2.113e-24	32.50	supercontig:LSalAtl2s:LSalAtl2s78:1206489:1207926:...	[more]

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BLAST of AGAP011128-PA vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 10


Match Name	E-value	Identity	Description
gi\|189042260\|sp\|A3KNL6.1\|GGACC_DANRE	1.163e-10	60.47	RecName: Full=Gamma-glutamylaminecyclotransferase ...	[more]
gi\|82181610\|sp\|Q66KX0.1\|GGACT_XENLA	1.379e-10	62.22	RecName: Full=Gamma-glutamylaminecyclotransferase;...	[more]
gi\|82181091\|sp\|Q66I06.1\|GGACB_DANRE	1.087e-9	52.17	RecName: Full=Gamma-glutamylaminecyclotransferase ...	[more]
gi\|74752384\|sp\|Q9BVM4.2\|GGACT_HUMAN	6.953e-9	54.17	RecName: Full=Gamma-glutamylaminecyclotransferase;...	[more]
gi\|123782122\|sp\|Q4KM86.1\|GGACT_RAT	9.204e-9	49.06	RecName: Full=Gamma-glutamylaminecyclotransferase;...	[more]
gi\|81879945\|sp\|Q923B0.1\|GGACT_MOUSE	2.166e-8	53.49	RecName: Full=Gamma-glutamylaminecyclotransferase;...	[more]
gi\|122145615\|sp\|Q0VFX9.1\|GGACT_BOVIN	2.775e-8	57.45	RecName: Full=Gamma-glutamylaminecyclotransferase;...	[more]
gi\|41019549\|sp\|Q9W0Y2.2\|YS11_DROME	3.897e-8	63.89	RecName: Full=Putative gamma-glutamylcyclotransfer...	[more]
gi\|11387364\|sp\|Q9W0Y1.1\|TINA1_DROME	1.820e-7	45.83	RecName: Full=Troponin C-akin-1 protein; AltName: ...	[more]
gi\|190360164\|sp\|A0JMM9.1\|GGACA_DANRE	2.857e-7	55.00	RecName: Full=Gamma-glutamylaminecyclotransferase ...	[more]

BLAST of AGAP011128-PA vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|1209687943\|gb\|OWR43480.1\|	3.059e-52	43.69	hypothetical protein KGM_202050 [Danaus plexippus ...	[more]
gi\|1059408335\|ref\|XP_017777092.1\|	3.659e-52	50.28	PREDICTED: kin of IRRE-like protein 3 isoform X1 [...	[more]
gi\|1059408343\|ref\|XP_017777097.1\|	5.127e-52	50.00	PREDICTED: T-lymphocyte activation antigen CD86-li...	[more]
gi\|751226843\|ref\|XP_011166873.1\|	5.956e-52	47.73	PREDICTED: protein turtle homolog A-like isoform X...	[more]
gi\|1133417872\|ref\|XP_019881883.1\|	7.453e-52	50.00	PREDICTED: kin of IRRE-like protein 3 isoform X1 [...	[more]
gi\|1153715275\|ref\|XP_020279611.1\|	7.717e-52	48.30	zwei Ig domain protein zig-8-like isoform X3 [Pseu...	[more]
gi\|1247040175\|gb\|PCG75138.1\|	8.855e-52	43.48	hypothetical protein B5V51_12177, partial [Helioth...	[more]
gi\|1059408339\|ref\|XP_017777094.1\|	1.159e-51	50.00	PREDICTED: kin of IRRE-like protein 3 isoform X3 [...	[more]
gi\|815768677\|ref\|XP_012232398.1\|	1.260e-51	48.30	PREDICTED: uncharacterized protein LOC105678008 is...	[more]
gi\|751226835\|ref\|XP_011166869.1\|	1.286e-51	47.73	PREDICTED: tyrosine-protein phosphatase Lar-like i...	[more]

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Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold30_size591359	supercontig	scaffold30_size591359:473032..534974 -

Analyses

This gene is derived from or has results from the following analyses


Analysis Name	Date Performed
maker	2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides	2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt	2018-04-19
T. kingsejongensis proteins Blastp vs. NR	2018-05-15

Properties


Property Name	Value
Note	-

Relationships

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


Feature Name	Unique Name	Species	Type
snap_masked-scaffold30_size591359-processed-gene-4.18-mRNA-1	snap_masked-scaffold30_size591359-processed-gene-4.18-mRNA-1	Tigriopus kingsejongensis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at scaffold30_size591359:473032..534974-

gene from alignment at scaffold30_size591359:473032..534974-

Legend: mRNA

Hold the cursor over a type above to highlight its positions in the sequence below.

>snap_masked-scaffold30_size591359-processed-gene-4.18 ID=snap_masked-scaffold30_size591359-processed-gene-4.18|Name=AGAP011128-PA|organism=Tigriopus kingsejongensis|type=gene|length=61943bp|location=Sequence derived from alignment at scaffold30_size591359:473032..534974- (Tigriopus kingsejongensis)
ATGCAAGTACGGCATGGGTTGTACACATTAATACCCATATCAATTTTCAA
AGCCTACTTATATGTATTTTTGACAAATACCTTGCGCACATTAACTAGTA
CTTGTACCAAATGTGCCCATAGGTAAATAAACGATATTGCTAATGAAATA
TTGGAAAAATACCTTGTTTTGGTGCAAACATACTCAAAGTCCCTTAAGAC
TACAAATTTGGGCAAAAATGTTTTTTTGACATTGAACAATTTTGTTGATT
TTTTAGTCTCCGTAACACGAGCCTACGTACAAGTATCATCTCGATTCTAT
TAACTAATATTCAGGCAATCTGTCTTAAGGAGTTTAGAGCTCAGGAAGTC
AGGCAAGATTTCTAGTGTGTTGTTATGGTTTTGGGATGGCTCCAGATCGT
TTTTCTGACTGGCGAAGACACCTCTGTTGAGATAGAGTCAACCCTATGTT
CTGTTACAAAATTATCATGCATTGTTACCTCATCCTCGAGGTAAGACCAC
AGGTTCAATCATTTATGACAGCCCAGGCAGCCCATCAACTCACTTTCTAG
GGGTCTGCACCGGGTAACCAACCTTTGGAGATGCTAATTCGAGTAGCTCC
AGAATCAGTTGGCCCAGGTTACTCGCTAAGGAGATCAACCATTCAAAATC
CTCAGGAATATGCTATGGGCTTGGGCTAAGGAAGAGGTCGACTGAAGACT
CGACGGGAATCGAACCCGAGCGAGTGGCAGCAGGGGCATTCTCCGAGCGA
CACCCTTAACACTAAGCTACGCCAATTTCCAACCTTCAGGTTGGACTTTT
TGTTGCACTTTTTGTTGCCCAGGAAGTTTGAATGCCATTGATGGGACGAT
TCCTTCCAGGGACAGCGTGTCCAATCTAAGGACCCATAAGTAACACCGGG
AGAAGAACCCTAGTGGTGTCCCCTGGACATTGTGTGATTGAAAGTTGTGC
ATCTCCTCCCTGATCCAATGGACCATTACGGTATGGGAGAGTGGGATTTC
TTGATCTGATGAAATGGTTGCACTTTTTGTTGCCCAGGAAGTTTGAATGC
CATTGATGGGACGATTCCTTCCAGGGACCGCGTGTCCAATCTGAGAACTA
CTTCCATGTTAGGTGGGTTATCCAATGCAGATTCCAGCGCCATTTCCCGA
GATGTCTTTAACGTTTGTCCACAAATTGCCCAGTAGAGAGAGAATGCAAG
AAATGAAAGTCGTTTCCCCCTCTTAAAATCCCATTTGGGTCCTTCTCCGA
GGAAAACAAATTGCATGAAGGGTAAGGACCACACTGCAGATGGCCTTTCT
CTCCCACGAATGGTTTGAAGAACATGCATCACACATTGAGAAAGAGATTT
GGGGTCCCCAATTGGGACGGCCAAATGTCTTGAGAGGTGACGAGGAGCTT
TGATCACCTGTGCCTTTGGCCTTTTTCTCGTCCACCCAAATTGGATTTGT
TTGCCCGCAAAGTGGGCTGTACAATCTCTGGACCACCGAAAAGATCACTC
CAGTAAAGTTCTGGCCAACATTAGCTCACGAACGAAAACCTGAAGGGGTT
GCCTACGGTGTCTTGTACAACCCAGATGGAGTCACAGATGCTTACCCCAT
TACGCAAACCATGTATCCACTATCTAAAGATCGTCCTAGCAACTGAATCG
GTACAATAGTGTTGCCAGATTCACGAGGGTAATACATTGAAAGCCGGTTT
CGAGTTATGTCAAATCAAAAGGACACGTCCGAGGGGACATTTTCCAAACT
CCCAAACAAAACCCAAAATGTATTGTACATCTGTTCTCATCAAACTTCCT
TCACAGGAAGATTTATACAGTTTGGCTAAGATGAAAATCAATTTGGGTAA
CGGCGAAAAACAACATATTCATACGCGTTTCACAATAATTTTTAACCTTT
TATCCGATATGCGTGTTCAACATCCCCGATTATACCAAATACCTACGACA
TTAAGGTAGGCTATCAAGTGACATCAGCTATAGCAGAGCCTTCCCAAAAC
ATAATAAGTTATACCGTTTTGGCGACACTAGGGTAGAACGGCTTTTGGAC
CTTGTGTAAAGCGGGAAATTCAAAATTAGCGTCGGCAATTTTAACCTCGA
ATTTGAGTCTCTCGCAAAATAAGAAGACACAGCGGTTTGTCACTTGCGAG
GGAAGCTGCCATAGTCAAGGACTAGCAATCACTGGTGGCCAAGGTGTGGT
TCCCTATATCCCCAATTCATGACAACCAGTGGTGAAGCCTTCGAGGTAAT
ATGACTAGAGCAAGCCACTTTGCCAAAAGGGGAGACAGCAAAGCTGCTGG
TTTAAATGCAATAACGGTGCATCCTGGCCTGTCCGATTTACTCTGGCGCG
CCGCGCCATCCATCCAAATACCAAGCCAAGGTGCACCGTTATTTTCATTA
CAGTAGATCAGCAGCCTGCATTGTTTTAAATCAATAACAGTTCGTCTTGG
CCTGTTCAATTTCCTCGGACGCGCTGCGCCAGCCAACCAAATACCAAGCA
AAGGCTTCTCTTTGTTTTTTTTTTGCATTTAGATCAGCAGCCTGCGTTGT
CGCTTCTCCCTTTTAGCCACTTTCCCAGGCACGCTCACTCCAAATACAGG
TATCCTTGGGAGAAACCCAAGTACTGTCGGGTTTACGGCGATTTTAAAGT
GGATTCAAGCATCGTTTAGTGGTAAATGTGAGAATTCACGGTAAATTGGT
CAAGTTGGATCTCTATATTTCGAAAAAAGGAAATCTCAATTGAGACACAT
AAAGTCAGCTTATTTGCCATATTCAAATTTAACATCAATTATTACCTTAC
CCCCGAAGGACCCAAGGTCCGTCCAATTTAATGCCACAGTGGAAACAAAC
AATAACTGTGATTGACCAGTTGCCGTGGATTGGGACACTCACTGACACTG
AGCAATGGTGGCTTCCCACTATCTTCGGGTAAAAGTGGTCTCATACAGTT
AACATCTTTAACGCTACATATGTTGAACAAACTCTTAGCAACAAGAAATT
ATCGAATGAGTGAAACACACGGCTACGCGCTGTTCATCCTATGGCCATGG
GTTGTCTTGTTCTAATAGGTAATAAAGACACTTGTGGGAATATTTCCATC
AACATGTATATTCCGGATTTGGTTGCAAATGAGGACACTCCTGTGGTGCA
TACATGCTCCAAGCAGGCTGAAGTGGGGGAACAACCATGCGAAGTAGAAC
TCTCACCCAGACTATCCAAGGCCGACCAAGTCCGCACGTTCTCTTTGGTC
TAGTGTATACTGTATTTTGTGGGGTTTCACTGTAGTCTCCACAATCTTGG
AGCCCAACATAGTTGCCTTTAATGAAACTTGGCCTTAAGTATCGAAGTTG
GTGGAGCATAGTTTCACTTCCAGTTCATGGTATGCATTTTTCGCTATGGC
TATTTTAAACCGGAAATGGAAACAACTCGAGTAGGGAAAAATCGCTTGAA
CTGGCTTTTTGTGCCCCTTTTTTGACAATTTCTGACCCACATTGCCTCGT
TTCCCGTTGCTGAATCACTCGAAAATGTCATAGAAAGCATCTTTCGGAGC
AAACTTATCCCGATCACCATTCAACCCATGACCACGTTTGGGCCTTGAAG
GCATTTTGTTTGATTGACCGCATGCATTGTGTATAGAAGGTCCCGGATCT
ATCAATGGCCCAGCCTTGAATCCTTCGCTCCCCAAGGCCGTTCGTGTTGA
CCATTCAATCTGGGATGGCCACATCGGAAGAGAGATGGGCCCCAAGAGCT
ACTCATACAGACAAATTGGGACTTGTGAGTGACAAGCATGAACCACAGTA
CATTACCACTCTGACCATCCCGGGACATCTTCAGTAGACTTTAATCAGCT
CCTCTCCCTCGGCTCTCAACAATGTTATTCATGAGACAGCAGTAGCTCCA
ATCCCGTGTTTTGACCCGGTTATTTGTACGGTTTGTAAGAGTCATGTTAT
ACATCAATGACAAGGCACATTGCCCACAAACGAATCTGTACCGTCTGTTT
ATTGTTAACCAACCCGTCAGTTTGCATTGTAATCTCTTGTACATTTCATT
CGCTTGAACGGAAAATCAATGCAAATTATTTGGAACAATAATCGCAAGCC
TTGGTTCAAAAAAAACGACACTCTTTAGCACTCCTAGCAATCCAACTATT
GTTAACTCTACATTAATATTTGTCAATCCAGTGAGTGCGTTGCTCACAAA
CGAAAGTGAATTCCATACTTTACGTATACATACTGTACTATTCTAATATT
ATACTTGACCAATTTGTTTTATTTTTGTCTTTTTTGTTGAATTTTCTGTC
ACTGTTTTACAACACAGATGAAATGGTTTTAACAATAACTGCCCTAACAC
TCTATTTACCTAGTGTTGGTTTTTAATATCGTGAAAATGTGTACGATGAA
AAGCACACACCGGATTGGTCTAATTTATGTGGTCGTATCCCCATGAATTG
TGACTGAAAGCTAAGAAAAAATGCCGAATATCATTTCGTTGGAATTAGTT
TCAGCAGGAGAACGTCAGAAGAGGTATGACGAGCTTGATGGGGACCCGAA
TTTCTTGCCAGTGCCTTGTTGTGACTTGGTTGGGAGGGCTTTGTTTTCTC
AAAAATACTTGTCATGAAGGCCATTCACGAAATGATGGATCACAAAAATG
TTTTCTCTCCTCCTCACAGAACACTTGTTTACACGACGACAAAAGAGATA
CTCGCTGAGGCCTTCTACAATAACAACCCTTCATAAGCATCTTTTACGTC
CAATCTTTCACGCGCAGACAGGCCCCAGGTTTAATGTCTGCCAAGGGCCT
CGGGATCATTAGGCTGGGCCTAGAGGGGCACCGAGTGTTTAGGACAGATT
TGAATCCATCACCTTTACTTCCAGGTATCCTGGGTGAGACACAACGACGT
GTCGTTGATATCAGTGGGCAAGTATCAGTACATCAAGGATCCCAGGTTCA
AGATCCTTCACGAACCACACGCCCACGATTGGATCCTGCGCATTCAAGCA
GTGAAATACAGTGACGAAGGCCTCTACGAATGTCAAGTGAACACATCACC
CCTTCTCCGGCAACCAATACACTTACATGTTGTGGGTAAGTGAAACAATG
CTCGAAACATTTCGAAAGTTGGAGTTGGTTCCGCCGCAATGGGCGAAAAA
TAAGGGACAATAGTTAAATGCCAGTGACTAGTCATGCCAGCATAATTTGA
CTTTTGGGCCCACCTCGGAAGGATTTCCTGGTCATATGTTGATAGCCACC
CTACCAAAGGCTCCAGAAGTAATGACCCAAGGCTCCAAAGATTATGACCT
GGGAGCCAAAGCTATTTTTGTACCTTCTCTGACCTTGTAGAAACCCCAAT
TAATTGTTAAGCTTAGTGCAGGTGTTCCATTTGTGCCATCAAAAGCTGTC
AATATGGCTGAAAACAGTGAGAAAAAGCCATTTTGCAGTCTGCGTGGCTA
CTCATTCCGTAATCGTTGTCAGATGCCATTTAGTCTGTCACGTATTAAAA
ATCAAACGAAATCTATGAATTCTCTTTCATTTGCACCTTTTCTCCAAATT
CGGAACTGGATATTGATAGACAATTCACTATGACTTCAGTTCCTTCTTTG
TTAAGTTTGGTGAAGTCTCATATTTCATCACTTGTTTTAGACTGGTAAGA
AAAATAATATATTTGATGGAAAAAAAAGTGGGGTCGAAATTGACTAATGT
CGGAGCATGAATGCAAAACACCATGCAAAAAAAAACATAGCGGACTTGCA
TGGCGAGGGGGGTTCGAATGCTCTGGAAGTGTGGAAGATGTCTTTAACTT
ACAGTGCACCGCGTTTATCTGGTGTCGTCTATCGAGTAGTGATTTCAGCC
AGCAAAAATAGCATACATGTATAAGGATATTTTTTTCAATTGATATAAAT
ATTTTGCCCTTTCTTTGTCGGGAATTACATATTTGGAGTAGAAAGGATAT
TCTGAGCAACTCACACCACTCCGACGCGGTTTTCCGAACGACCAGAGCTC
GAGCGTATTGCCCAATTTTCCGAGATTTGCCTACTTAATGACATTTAAGA
TATTTGTTCTTCTATTAGAGTTTTATTTATATCTTGGCCGAAAAAGACCG
TGTGTATTATCATTATTATTCAATCAATCTGGTAAAGTATCCTCAGTATT
GATTACTGGTCATTGGATATTATGGAATTCTAATCAAGTATAAATGTTCA
TATACGTATACAATTAAGATAGTATCACAGAATTGGAATGTATGCTTTGT
AGAGTCTTACTGAATAAGTGTCAAGGAAAACTTTTTTATTTTTAGGGAAT
GCTCAAAAGGAGGTTAAGTGCCAGATGGTCCAGATAAATTCCATTCTAAA
TCAAAAAAATAATATTCATATTTTTTGAAATATACAATCTGTGCCCAAAG
CAAACAAATCCATCAGATGAATGTTTTTTCCATGAGCTTGATTACTATTC
AGACAGAACGAAGTTGCCCCAAAAAAATGCCTAGAATTGAACTAAAAAAA
TACCTTATGAAGTTACATATTTGCCAGAAAAGGAATATATAAATACTTAC
ACATTTGGCAAACAATTACATAGCTTTCGCTCTCTCAAGATAAAGAGTGA
GCCACACTTCAAAGCTGATACGGAAGATAGGCCTCCTTGGCAGGGTTGGG
CGAGTGTGTGTAATCGTGTATTTCCTACATATTAAAATAGGTTTATGCCC
GGGCGTCAACACTTCACCAACGAATGCTAGTCAAGAGTGAGCCTGTGGTT
ATACCTCAAGGGAAAGGTAACAGCAATCCATGACAAATTCAAAGCCAAGG
GCATTCCCTGCCCTATGGCTGGCTTAATCCCAATAGTGGTGTCTCATTTA
TCAAACCCACCTTATGAAAATATGAATATTGTAATCATATTTGGCCACTG
AAGAGGGTCAAACAGCCATTGTAGCTGTTCAGACAAATGCAAGGTCCAAT
AAAAGAGACTCTTGTGATACCCACCTCGGGTCCTCTTTTACAACATACGT
CTCGCTATTATGTGTGACAAGTGACTGGAAGTGTTATTGTAAGCGATTGA
TAGATCATCACTTGTGTGAGTGGTAAATTGGACCAGTTATTCCTGTCTCC
AGACAAGCTTCCATTGCACCTTCCACCCAGTACTAGGTGTAATTATCAGG
GCTATAGTGATCCAGTGAAGTTGTGTCCTGAAATGAATGAGCCGGCTGAA
CTCTTTCAATATTATTATTCCTACACTCGAATGTGTCACCTCCGTTAAGG
AACTGGCTGAGTGATGCATGAACGTGTCAGAGACGACAACTGCTGCATTT
GGGCCGTCGAATGTGGTTGAAAGGTCACTGAAGAAGGCCCAAGTGTGTCT
GGTTGAGGTTGCCAAATAGCTTTTGGGCTGCAGTGAAATGTGTGTGGTTA
TTTAGATCTGGCCCGGTTGCGACCTCGAAACCTGAATAATCTCCTCACAG
CCTCCAGACAATGGGTGTGCTTGGCCGTTATCCTGTACATACACTGTGTA
CGTATATAGGCTACCATGGCTTGGCGAACAAAGAGTTGCAACTTGTCGAG
AAATTGGTCTTCTGAGACCAATCTACGTAGTAATCGAAAGACTTATTGCC
CCTCAGATAGGCTGATGGCACAATTGCTATCATCCAACTGGCGCTGAAGA
GGCGACCACGAGGAAAAACTCAACTGAATCCGGCAAAAAGTCATCCGGGA
GGAAATTTTCTTCGCTCATCACTTTACTACTGGACTGAGTCTCCTGAGGA
AATGGTGCCAGAGAGGGAAAGCTCAAGATTCATGGGAAAGTTTCTTCGAA
CTCCTTCAGGAGTTCCTGGCCCCATTTTGAGCCATCTCGGGCTGAATGTC
CAGTGGAATCATGCCTTTGAGCCAATTCCAAAATGGACTTCAAGAGCTGT
AGTGGAATGCCTTCACCTCCTCAGGCCAGAGACATTATATTGCAGCAGCG
GAAGTGGCCTTGATGACCTTGGACCCTTCAGAACGAATGGAACTCGTCAT
CCTCCTCTGGCATGCGAGACTCACTTGCGACATATTGAACCAACAGAGAC
ACGTACGTGTTTAAAACAACCACAATAGGGGAGTAAACTCTATTAGGGGG
GACACTAACTCTCAATTTTAAACCGGTTCGAGGGAGCTTTTGTTTACTTT
GTCCTTCCTCGAGAAAACGGTATTCCTGGACAAGGGATACCAAACATCCC
CAAAAGTAGTAATTGGCAATTTGGATTTCCTTGAAAATTGACAATTTCGA
TAAAATTGCTTATAAAAACTCCAAAGGGACATTCATGGTTTGGCTCAACG
TGACCATTTTAGTCATAGAAGGTGAAAATAGGTTGTAAAATAAGCAAAGA
ATTGAAAGGTTGGCTGAACAGATCAAATCACATGATTGTTCTCGCCAATG
TTAATTTTGGGTCTTTTCAGTTTGCAGTTTACTTTTGGTAAATATGTTTC
ACATCTTTGACGAGGCACTAATCGCCTGGTTTATTCTAGAAATCCAATTG
ATTGCATCATGAATTGGCCAAGCCAGAGAAATATATTCTCGTGTTGAAAT
ACACTTGGATATTCCAGCGCAGGTTCATACCCTGCCGACTGCGCCAAGTT
TAGAAAAGATTGACGCTTGCCTGAGTGCAAGTATACGTACATGTATGTGT
ATGTATATGTAGACTGACGCTTTATTCGCGAGAGAATCAGCTGGACAATT
AGTTATCAGTGTGGCTGTCATCGGGAGAGACAGCACACAATACAGGACGA
CGGAACAGATTTAACAATTAGAGCTGAGTACTGCTCCATATCAACTTCTT
GTTTAATTCCTGTTCTATTAGGTTTAAAGACACCTCCTTTCTCCAGCGTC
TCTCTCAGATATACTCAGTCTTCGATCGTATGTGAACGTGTCAACATTTC
ACCTTCAATAAACATCTTCATTAATCAAGTCACATCCTGGGGACATTACA
TATGTGTTTTACTTCTTGGCATGTTTGGGCACTGCGTATTGTAGGAAATC
AGTGTACATTCACACACAAAAACTTCAACCGAAGTTCGTGCTTTAAAAAG
CTTGGGCGCTTTTTACCCCTGTTCTTATTTTTTACCAGTGTCTAATCCTG
GGTTCGCCCTCACTTTGCGCCCAATCACTGGGGATTTAAAGATTTGCATT
CATCATAGTGTAGATGCATTGAGAAATTGAATCCATGCCAAGATCTTCTC
ATCATTGCCAATGAGGTGAAGAAGTTAAAAAATTGGCCGGGATATTCGAT
CGCCAAGGTGTATTCTAGAGGCAGAGAAACCCCAGGGAACAAAGTTTTGA
GCGGACTCTTTCCCATGGCTAGGTTTTAGAGCTCGCGTGGAGGATAAATT
TGAAGTCAATGGGGTGACCCCTTTGGAACATGGAACCTTAATCCAAAAGA
GTTTGAGCATGACGTGGGAACTACTCACTTGAGGACGACAACAGCGATGG
TGATGTTCCAGGGTCCGCACTCCGAGTGACCGGGACGATGAGAAGTGCAA
AAGTTCAGGGTCACCTTGGGCCTGGAAATGAAACTATCGTGTTCATCCCA
GAGCTTTCGTACATGGTTGGAGTAAACTACCTCATCCATCTCAAAAGCGG
GCTCGTTCGTTAAGCAAATGAACTCCAGAAAGTCAGAGGAGATGTCTGAA
AATTCGTCTCAATCAAGTCAGAAGCCCAGTCAAGCTACACTCTAAGCCAC
CTTGCTCTAACGGGAGGCTACTCAGATTTCACTGTGTTACGCTTACATTG
GAGCTAAAATATATTATAGTAGAGAATAAGAGAAAATTCAAAATCGGCAG
ATGCATAGAGGAGATATAAGGCAAACTTATTGAATTGCGTCATCCAAGGG
TCGTTGGTGCGATCCCCGGGCTGGCCACGTTCCAGCCATTAGCGGTGTTC
ACTCACAGCTAGTGTTGGCTTCCCTGGTGAGATTAAAGTGGACAAACCTG
TGGTCATTCCTCGAGGGTTTGCTAATAATGCACGATATATTTGTCCACCA
GGCTGACCATGTCTCCTCGGATATGTCCTTAGGTGGGCAGTAATGCCTGG
GGCCTTCCACACAACCAAAAGAGGAGATAGAGGGGCAATTAATGTGCTGT
AGACAACACATCCTATCCATGCACAAGGTTCCCTGCCATGCTAAATGGTA
TTCAGAGTGACCAATAATGTTTACTATCACCACCGTATGTCAGATATCAT
ATCACCAATCCTTTCTGGTTACTGGCTACCCTGTCTGAGTAAGGAGGCGA
AATTGTTTCATTTCAAATGGAAGTGGATATTTAGAAAGTTCCATCGAGGA
CGTCGTCACACATAAATCTCGTTGTCTATGGTTCCATATACTCCTCGGCC
TGCAGGGGCTGGATTTGCTATACTTAGTAACATTATTAGTGCATTTTGAT
CTTTTTGCGTCTCTATCATCTCTGTGGCATGTGTCACTTTATCCACATGA
AATGTTCGAACATCATCTAACCTCTAGTATTCTCAATTCCAGTTATGAAT
TCACAAATCAAACGGGATATCGCTCAAATGAGTACAGTATTTGTAATTGT
TTTGTTGCTCTTGGTCCTAAGACTGAAGATGTAATAATAGAATAATATCA
TTCTTATACATTGTTCATTGGAAAAAAGCAGTTTAACATCATACTATGCA
TGTATGAGAGGAAAAGGGAAAGGGATCTGGTTCTTCCTACTTGCCTAAAT
GTCTCGGTGTGACTCACAATTCTTTCGAGGGTCTAGCCATCCTTCACTAG
GCTGGCAAAAGTTGATAACGATACCCCTGTGTAGTTCTAACCTGTCCTGA
ACATTCAAGACAATCAAACGGAGCATCACACATTTGATTCCAGCGCCAGT
CACATCTGTAATAGAGCCCTGTAACACTAGTGGAGGCCCGAGGTTTCCAG
CAAGTCAACCCTGGCTATTATCGATTGCTGGTAGATTTCCCAACGGAACT
GGCCGTACTTACTTACAAGTGTGCCAGCAAAAGACCATTGGTAGAGGTCG
GTGTGGCAGCGAATGGAAATGGCAGCCCTGGAGGAGAACAGGAAACTGGC
AATTGGCCGTTTCAGTCCACAATTCGATGCACTTTTCATGTCGGGCCGAA
CGAAGGGAGTTGAAGATGGCGGCTATGAATGGGCATATCATCGCAGGCTG
AGTTCCACTTCGTAGCCCGGCCCATACTGTATACATTGTAATAGAGTGAG
TTCTCACTGGTTCAATCGTTCTTCGACCCAGGAGACTTGGCTGGGTGCAA
GATGAACAACACATTTCAATGGCATCATAAAAGAATGGAACTCGGTGCAC
TTTCCCCAATGGCCTGCCTCTGTTTCCGTGTCTTTCAATTGTTTTACTTG
GGGAAACGACTAGATTAGGGCTGTCAAAATCGGGATTTTCCACTCAATCC
AATGACTGGCAGATGTAGGTTTATTCGCCAATATCTTCGTATTTACGGTA
ATCTGACTCCACCACGCTGGAACAAATTGAAAGAAGCATCTCCAGCCATC
AGGTTTTCATAACTCGCAATCGTTCTCCCATCAACGACATTCCCAAGCAG
ACCCCATAAGTGCCTCATTCATCCATAACTAGGTATTGAAACACTATTGA
ACCCAACCCAAGTAGTGAAGGGGCTAAAGTAGGGCCCTGAATCCTTACTG
TCTGCAGGGTCATCAGTCATCACTAGTTCCGATTACCAATTCCAGTGGTC
AAAAACGAATTGGAGAAAAGCGTGTTTTTATTTTATTTTTTGTTGGTTGT
TTAAGCTTTCACCATTCCTTTGAGTTTAACAAGCATGGGATTTGTTCCCC
AACAATCACATATATATTGCCAGACAGAGCTTCGAATAAATGTATATCCT
TCATCAGTAGGGGGTCGATCTTTTTTGGAAAATGTGAAGTACATAATAAG
CCGTGGAAATGTAAAGAAAATCAAAATGTGATGAAAAATGTAGCATGTAC
AGCAAAAGTTTAGCGCTTTTACACGTGAATTCGGTTGGATTAGTTTTATA
TTGCACTTTTTTCACACATTAAAAGTAAGTAGTTGGATTTTTGCGTTGTA
TTCATTTTGAGAAAAAAGATGAGTTCTTATTTGTTGTTTGTTTTTGGAAA
AAAATGCAAGCATGAATCCAAGTTTGTTATCAAGCATGTTATGATGAGGG
ACTGTCTCTCATATGTTGTAGGTAGAGCTCACAATGGCCTCCAAGATGCC
AAAACACAACCAATATTTGGGCAGAGTAAAGCCTTTTTGACCCTACACAT
CAAAATCGCGAGGCTCTGAATAACTAAACACTTTTTGCAAAAAAACTATT
TTATGAGGAAAACACTCAGAAACATCAAAAAGTGAAGATTTTTTTTTCTT
CCGACCATTTTATTCCTAACACGACGACAAGGGTGACTTTTCTTTGCCCT
GAACAATATTTCAGCAGCCCGGTAATCACCCTGTACATATACGAACAGCT
TGTTACAGCACACAGAAACTCGTGGATTCCAGCGTTGCCAGTCGCTAGAT
CCAGTTAAGAAGTGGGAAAACTTCGATGCTCCGATCTTCATTAGCGGATG
AAATGTGGTCAATTGTCACTTGAACCAGTGGCCTTAAAACCCAAAGACCA
GCCTTGCCACACCGCTTGACCCAAAGTGGCTGATGCTCGAGGTGATTGTT
GGCCCAAAGTTCCATTAGACTTGAATTGCAGTATCATGTGTGTACTCAAT
TTGCCCGCGGACCAAAAACGAGATTTTCTGGGGCTCTTTTGAGCTGGCAG
AGAGCCTCGAAGGCCAGCGCTCCAAGGCTGCACAGGCAAGGCTGTCATGC
AATCCAAGACTCTGCTCAAAGCTCAAATTACAACAAAAAGGTCGGACCTT
TTTTGTTTTTGTTTGGATCTGAAGTGCAGAGCAGAACTAGTTGCCATCAT
CCTAGGCCAGCATTAGGTTGATGGTTTGGAACCTTAAAGTCCCATTTGCA
CCTTAGCCCCAGTGAGCTAGGTGGCGAAGTAAACTTTCTGTGGAAAAATA
AAGTCGTTATCCTCGGTGATATCAATCCAGGACACACAGAAGCTTCTTGG
GCTCTTCTTCGCGCACGGGGTGAAATAAGGAGAAGGAGATTAATTATGGA
TTAGCTCAACTGCAGTAAATATCCCCATGGCCTCTTTCTCGTCTTCATCT
GTCCACTTGGCTTTGCCCGATTCTCTAGAAGAGAGAGAGAGGAGATATCC
GAGGAGCATTTAATTCAATTTAGTTGTCTGACGACATTTCTGGTGGGGGA
AATGCACTCTGGGGGTTAAAATATGGCCAAATTTATTGCCGTGTAATTTC
AGCATGCAGAAGAGCTTGTCAAAGTTGCAGCATTTTGCTAGTATTCTAAA
GAAGAGCTCACAGTAACAAAGCTGATTCATAGTGTTTCGCTTCAGTACGG
GGTCGAGATTACCTTCAAAGATCCTAACCGTTGTGTAAGCAAGCCAAGTA
TCTAATCAAAGGTTAGGGTTGGTCAATGATATACCTACTTGTGAGCTTTA
TTTGGCTCTTGTACCATTCCTCAAAAGGTGAGCTGTGTGTGTAATCGTGT
GTATTTTGGCAATGCGTGTCATTAAGGAATGTCATCAAAGGAATTGCAAG
TAGCAGTGTTTGTACAAAACAAGAAGATGATGAAACAAAGGAAGAAATAT
TACTTTGAAAATTGACTAGAGGGTTGGCAAATTTCTGACAGAGGATTTGG
GGCCATTGCAATGATTAAATGGGAGCAAATGCTGCAATTGCCCGGGCCGC
ATATTTGGCCTCTCCCTTCGTCTTGGCAGCCCTCAGAACCGGATGGAGGT
TCCACAGGTGAACACCGTAGTCTGCCAGGGTGTTGGCAGGCATGGACAGT
GGCTGTGAGAGGCCTGAGAAGGGGTGAAATTGCATAATCAAAGAATAATA
TGCATGTAAACGGCTTCATTTATTTTAAACAAAATGGAAGACCAAATGGT
ATCACCTATCTTATCCACTGTTTTTACATTCAGCACCTCTTAGCAGGCCT
CATGGCTGAACTAGGGTCTGCTGGGCACCTCCTCATTTTCTGTTCATATC
CTCTTAATGATTTAAATATTGTGTTTGTCAATCCAAACTTCATGCTTCCA
TGTGTTTACTTAAATGGTATAAAGAGGCTGAGTCAAATGAAATAAACAAA
CAAACTTGAGCTCTTACGATGGAACAATGGAAGTTTGAGTTTGGGTCACC
ACCAATCGAGCGAGTGTTGAGTGAAAAAGTAGATAATCTATCTTCAAAAA
GGAGTTGGTGCCCTGTCTAAGACATGGATCATAGTGCTACAGTGCAGTTG
AGCACCCGAGCTCCCCAAGTGGATCCGCATAATCCTTTCACAGCGAATGT
GTTTTGAACTTTATACTCGGGGCGACAACCCAATGGGGACTATGGGGCCC
TTGGGAGGTGGGTGTGGAACAAGCAGGGGCATTGCTTGATCTCTTCTCTC
TTTCAGACCCTCAAACGGAGATCCTTGGAGGGAAGGACATGTTCATCAAT
CAGCATTCCATCATCAATCTCACGTGTCTGATTCATTCGCCGGATCCACC
CGCTCACGTGTTCTGGCTGCACAACCAGAAGGTGATTATCGACAATTCCT
TCAGTGATTTCCATAAAAAATACATGCATTTCGACTGCCAATTCCACCAC
CCTGTTCAGGAGACAGAGAGACAACCAAAACGGCGAGGATTCAAATCAAG
CCTGACGTTGATCGGTTTCTCTGTCTGCCTCGATCTTCGGTAATCACTTG
CAACACGCAATCGTGGTCTTGAAACCCAACCACAGATATCAAAATACTGT
CTCCCAAAGCCCCCATCTTTTAAATGATTGATTGACCACAGGGTCTCGAA
GATCTAGGCCAGAGCTTGGGTCAAGTTAGCCTCGAGGTCGAGCTCTCGAT
CCCCCCTGAGACTACAGTAAGAGCTCTCTGACTTGCACCATGTTTCGGGA
CAGTTTGCATGGCAAAGTCAATGTTGACAACGCCATTTCAAGACCCGAAT
GGGGATCAAGGTCGTGTCTGAGTCCCATTGGAACCAGTGATTGGCTCGAT
GACGGCAACACCTTGTGTACTTCATCCATTTGCTTTCCAGCCCATCCTGC
CCTCGTTGCCCGAGTCCGGGGAAACCCGTGTGAGTATGTCTCGATCAGAC
CAATCCTCGTCCTCGGTCGTGAGCTACCTGATCATCGAAGAGGCTGGTCC
CAACGACTCCGGGGTTTACCAGTGCAATCCATCAAACACCAGCCCAGCCT
CGCTCACGGTCCATGTCCTCGATGGTGAGTGTGGGACACAGGGAAAAAAC
TAATTAGGGGCCCCTTGATGTATTATCAAGGAAAATACATGTAGTACAGT
ACTCCAATTCGACACCAGAAGGGGCTTTGAGTGCCAATCCTCGGTGTTAA
ACCCTTGATTGGGGGCTTAAAAGACCGATACGGAGTTCAATAACTTTTGA
GGGAACTTTAAGGCTAAGGGATACCTTATCACTAGGGTCATAATTGTGAT
TCCTTTGTTAGGGTGTTTACAGGGCCAATGAGATCTGCCCACCTATTTAT
TTTCTTTGATTCGGACAAAACACACTCATGGTTAGGAAGGATATACTTGT
ACATAATGACTCCAATTCTCATGGGGATTCCCAGTTGTACAATAGATGTG
GATCGGGTTCATACTGAGCAAGTTGGGGTATTACTGTGTTGAGTGCCTTT
ACACGACCATTTGGTCTCCAATGAACAAGTAGTCTGATCCAAGAACTTCT
TCAAATTGTCCTTGTCTAATCATTAGAGTTGTAAAAGACTGGTGAAAGTG
CCCCAAAAAGAGCTGGAAACAGCTGAAAAAATGACGTTTACAGCAAATAA
GACTCAAGAAAAGCCGTTTTCCACCAAATTAAAAAAGCGCGAACCTTTAA
AAAAAGCAAAAAAATGTTAGAAACCAAAAAATAGCCCAAAATTGGAGGCA
ACAGCCTATTAAGTAACGAAATAACATAGTTTTTTTGACAAGTTATATTA
ACTTGCAGATTTAAATACGTAAATATCAGTAAATTAAATTCGCATATCAG
GAAAGGAGGACCACAATATGAAAAGAAAGCCATAAGTGGACTTCAGTTAA
AGCACGATTTTTTTGTAAGCTGTTTATCAAAATCAGTATTTTCTCAACTG
GACGATAATTTGACACGCAGCACCAAGTTAACAATGACGTGGAAAACACA
ATTTCAGCTTTTTTTTTAGCATTTAAGATTATTTCCAGTAGAAACAGCGA
AAAAGAGCAGCAAAAAGCTTTATACATTACCATAATAAGTTGGACAGACT
GATTCCTGGGTAAAGCGATGGTGTGGCTTTGTGTTGAAATAATGCAACAT
GTGTGTTAATGTGCATACTTGGCCATGTTCACGTTCACCATTGGTATGAG
CTAGCTAACTGAAATAAAACAACCTTATACAACGAAAAATATCCCCTATG
TATGGCAAGAAATAAGCAAAACAATGGGACTTATCGAAATAAGGGTATTG
GGGTACGTATGAACGAAATAAAACGGTCAAAAATGTCAATATCAATCATA
GTATTCGAATTCAGGCGGAATTTTAGAAACAAATGCAGATCTCATGGTTT
GTGCAATGGCCACGTGCTCTAAAGGAACCAAAGGAGCATTTAATAATGTC
TTCAACTCTCGATGGGATCAACTATGTTCTCGGGTTCAGTAGTAACTTCA
GAGTGTGGTTGTATTTAGGCATGATTTGTATTAAGACACACATTTGGTGT
GTTCTATTCTAGATGATTGAAACGGCTTCATGTGGATTCAGAAAGCCAAT
TTGGACTCTTGGCGACAAATAGAAAGCTGTGATTGTCAACCCCCCTTGAG
ATTCAAGTGTTCCCCAAGGGATCTCTGATTTCTTGAGACCAGTACGAGAT
AGAGCTGGGTTCCTTGTGAAGGATATTTCGCTCCATGTACTGGTTGTGTG
GCTTTTATTCGACATTAGCAGAGGGCAAGTGGATGGATCATCCATCTTTG
AGCTTAAATATGACTTGTCAGATGCCAGGCACGGACTAATCGGTGATTAG
ACCGGGATTAATTAGGCCTAATGCCTTGTAAATGGCCCCCCTGTGGGGCT
AGAAATCTGTTTGCCTTGGGTCAGAGCGTGTACCTTTGACTCGCGTTAAG
TCCAGCAATTCCACTCAAAACCCAAAGATCTCACTTGGCACACCCAAGGG
AATGTGGGACGAGATTAGAAAAATTGACTTTAAGTTCCGGGCGGGCAAAA
AGACATGGGACGAGTGGACTCAACGCGACGCGAAATTGATCCACTTTTTG
TTCATTTGTGGGTTTGGAAACAAAAAATGGGATGACTTTGGACCGCTGCC
AAGCGGGTCCCTTCTCCTTCTTGACCATTACTTTTAATAACCTCTCATTG
AAGACAATGAAATGATTGTCTGGCATGGGTCTCATGATCCATAATACATT
GGGCGCAGACTCCAGACAGGCGAAGGTTAATCCTCCCCAATGGCGTGGGG
TCAGCACTTTCCAAGATCCTGGAACATTTCCAAGCTGGATCCATGTACAA
TCGGCTTTTTATCCCACTAGCAGATTTTGGTTCGGGTCATGAATCATGCC
TTGACAAATGGGTCCCCATGGAGCTTTGTAAATGAGTAATTTGCTCCGCT
GCATTATTCTTCAGTCTCTATCGATTTCCGGAAAAAAGCACCCCGAGTTG
TTCCACCTCAAACAACTCTATTATTTAGACCCTCGAAGGCCACAAAACAC
CTTTGTATAAGGGCCCTACACAATTAAGGTGGAAGGCCATTCAATATTGA
TACTTTACGACACACTGATTATCTACCTCCCAAATGGTCGTCCAGGAAAG
GCTTAATATTTCATTCCATCCTTCCTCTGATGAAGCCATTTGACGGTTTC
ATGCCAAATTAGTGAGACCCAGATTCGTTCCCTCGGCCAAAGAACTGAAA
ATAGAGCCAGGCTCTGATGAAGTGGTTTTTGGACCACCAAGCCGAGCGTT
TCCAGCTCACCCACCAATTTTGAAGTTTGCACAGTCTTCACATTCTGTAA
ATTGAGAGGTCAAAAAATCCAAGTTCCAAAGCTTGCCAATCGCAATTGCA
AGCCTATTCAAGGACTTGCCTATCACTCTCAGGTACAACTCAATTTGGAC
CCCATCTTCAATAGGAGAACACATTATAGACAGCCTTTTCTATGCATCAC
ATTCCACAAAGAAACTGTTTTTCTTCAGCACTGGAACTGGATATTGTTTA
AAATCACATTCCGCACCTACCCTGCAGGAAACAATGATCCTGCATGCAAC
TACAAAGTTATTCAAAGCACATATCTATGGTCTCTTGTGTCATTGGGTAA
AACACCTGATTTGATGAATTTTTGGAAAAAAAAATTGGATTTAGTACGGT
GTAATCGAATTGCATGAATTACATAAATACCAAAATAGGTTTATGACGGA
GTCAACACAATGTGAAATCAAACCCGAATGCCTTATCTCAGGTCGTGGTA
CCCAGCCCATCAATTACTGCTATATGTCTCGCTTACGAAACACAATTTCA
TTACCATTCGAATGTTACCAGAGAACAATAAAACAATAAACAAACAAACA
AACAAATAAACAAACAAAATAACTAACTAACACAAACATTTATCAAACAA
GGGCTAATTTTTAGTTTTGGGGTATTTATCAAATAATTGATGTATTCTGA
AACAAGTTGTATAGAAACATTTTGATAAAGTGCAAATAAAGATCCAGATG
GAATTGCGGTTGGTGGCAAACAAGAGGCAAAACCATAAAATGTAATATCT
TGAACAAATCCACACATGCGAGCAAAAAAAGGGAAAAAGAAACCGGACAT
AAAACATATTGATTAAATTCCCTTCATCACCACCAAAAGATATTTTTGTG
GTGGGTTGAGAATTTCAGCAACTGCTTAAACGAGTAAAAATTTATGGCAT
TTTTTCTCCCGCCTATGGCAATAAAAAAAGGATGAGCACGAGAGAGATTT
CAAACCAGATCCCAGTTCCTACTTATTTGGGTAAACCAACCATGTTTCTA
TGGAATACATGCTTTTGAAAAATCTTTATTAAAAAGACAATATATTTAAA
AATAAAGAACATGCAAACTCAAATTCAAACTGCTAGTTGCTTTTCAGCGT
CTTAGACTGCACCAAATCGTTAGAGAGGTTGAGTTCAGCATTCTTTTCAA
TGTACTTCATCAAAACGTGCGTGCTCATTCACTCACAATATGTCAACCTC
ATTTTCGGAATGTAGTATTGACACATGTACATGTTACAATCTTTGTCACA
GCTTGGTTTGATGAATTTGAAAGCGAGGCAAACGTTTGAGACTTGCATCT
GCTTTTGGTCTTTTCCTCTCGGGTAACCACTTGACTCGCTCTAATCCCAT
AAGCCTAACCGCAAAGTCTGTTCAAACAACAAGAACCCTGATCTTCAGCA
ACTAGGTCTTGGAACGAACACAAATCCATGACAGGACGACAAGTTTCCTG
CCTAATAACGTTCAGTCCGTGACGTTTTTTGCACAAGATCTTGTGCACCC
ACCAAAGTACGAGAAGAGATTGATTAATAGCTGCATACCTAAAACGTACA
TTTGTGTCATTCAATCCCATCTTATTTCGGGATCATACTCATGACTCGTG
ACTAATATTATCATAAAACTCAATCAAGTTTACTCGTAGAGGTGTTTCAA
TGACATTTGGTCCATTCCATTTTGGGATGGACAGGGTGACCCGAATAAAA
ATGTGGACGTGGACAGATCTAGGACGCAGTAAAAAAGTGTAAACAATAGT
AAATCTGACCGAGATTCACACGTTTTATAAAATATACTGTACATCATTTT
ACTCTGAAGAAAACATGAGCGTCACAAATTCACTTGGCACAATTGTCAGT
TTTGCCTACGCACCCTGTATGGCAAATAACAATGATCCAATAGAACAAAG
ATGTAACAATAACCATAGGCTAAACAAACCCCTTCCAAAACTTGATTCGT
AGCCTAACAGCTGGCTGAAAAAAAACCTTTGGAATGTTTAAAACGGTAAT
TGGGTCACAATAGTGTGAATGAATGACGGATCTCGTTGGCTAGGGATTGA
TTCCAAAGCTTGATCTTTCATTTAATGTCAAGACTGAAGGCAGAGGGAGG
TGGTTTTTGCGTTAATTATGACGAGTGTGATAACTCCAAAATGTAACCAA
ATTTGCAGGACTCCCTGCACTGGCCCAATTGTCTATTATTTCTGTAGTGT
CTCTCACTACGACATATCAATGGCAATGACCACGATGAGCCTTTGGGTCG
AAGTGGGACCAAGGATCTGTTCCCTGGGGTTTCTTTTTTCTTTGGCCCAA
TTGAGCTCTGACTTGACCCGAAGTCGTGCTCTTTGTTGGACTTAAGTCAG
GGATTATTGCCTAGATCTGGAGGCAGCCTAACTATAAATCTGGCCATAAC
AACACCCTAAGCCCCCCGGGGGGTTCTTGAGCTGCAAAACAGTGACCGAC
TTATTTTCTTCCGGTGACTCTTCGACTCGGCAGGCATTGATTGTTATTTG
GAACTGCTATTGGAACCAGAGATTGTCTTAATTTATGCAGGCCTGCCAAA
AAATAGCGCCCTTGGAGACTGGGTGCCACCAAAAAGCTGGCGAACGCGTT
CCAAGTCGTTCCGCCTCATCAATTATTACCCCTACGTTCTTCATTAAAGA
TGTGGAGGGCACATTTTCCAGAAAAAGAATAGGAGATCTTCCTCTTCCCC
AGGCTTTATCCGACCTTTCTCCAACGCGATGCATTCATTATTCAAACTTT
TTGCTCACACTCGATTCATCAACTCATTAACCCTTGGAACAAAGGGTGGA
GAGACCAGTCCAGAATTTCGTGCTCCTTTTTGAGTGTCCAATATAGAACT
TATTTCCCCGGACAAGTTTTAAACCTGCCAAAGCTAACAACCAATCAAAC
CTGGAGCAGTTCGGTAGAGTGCCCACATGCCTACTTTTTAGTCAGTAAAC
ATCTAGTGGATATGCAGAAGTCCGGATCCCACGCGTAGCGTACATGTGCT
GGTCATAAGCGCAAGAGCATTATAAAAATTAAGAATGATAATAACAAAAA
TCACCGAAACATGCCGTGAGAAACATATCACAAATATCGCCAGACAATAA
GGGGATAATGCTATGTAAGGCGAATAATGCAGAGCTAAAGTTTGATTGCA
AAACTTTTAATTTACCAAAAAGTAGAGTAAAATTGGACTCAGATATGAAA
ATGGAAAATGTCCTTGCGTTTTGAAAATAGACAATAGTACAGAAAGGAAT
TAAGATATAAATCATTCAGACATGTCCTTGTCAAAAAACACAGAATAAAA
ACCGTTATTTTAAACTTATAGAGATCGATAGGTGCATTTTTTTGTTAATA
ATTTTGTCTCGAATTATCGGACGAGAAACTCTCAGGTTACTGTCGGATCA
ACTAGGAAATAGTCGTTAAAAGCCGAAATAGGGAAACTTGAAGACACGTC
GCAAATTTTGAACCTGAATTGGAACTTAACGACAAATTACTGTCGAGTCA
ACTTTCCCTTCACAACGATTACACAAATGCAACATTGTGTAAAGCTTGGT
TAAGATATGAAAATAGTATTGAACCAATTCAAATCAAAGAAAAATCCTAG
TAAAGAAAATGCCGACTTGAGCGGCGTTTTTGCCAAAATAAGAAGGCATC
AATAGTTGAATCTCACAAAACCACTCTGTTCAATGTATTGCCTGTTAGCA
GACAGTATTTCACTAGCATCTATTGGCCAGCCGTTGACTCTTGGACCTAG
CACTATTTTGAAATGTCGGACATCAGATTCGATACAAATACTCATTAATC
GATTATCGATAATCGAAACAAGATTTCAAATTTCGATTATCGATATTCGA
TATTAGGTTCGTTCCATATTCGATATTAGGTTTGTTCGATATTCGATATT
AGGTTCGTTCCATATTCAATATTAGGTTTGTTCGATATTCGATATTAGGT
TCGTTCCATATTCGATATTAGTTTTGTTCGATATTCGATATTAGATTCGT
TCGATATAAATCGATCGCTATTTTCGACAACATTAAGGAAAGATCCTAAC
TCTGGCTATCAAGTTAGAAGTTCCCATTCCTGTTTTTGGGAAAATGGCGC
GATTATTTGTCTTTATCGTGTCTCTTTCCCGGGATGATTTTTCGACCCTT
GTAATCCGATTAACTGGCGCAAAATTGACCCAGGAAGTGGAAGTCTTTAA
ATTCATAAGTACAAATACGTTTTGGTTTTGAATATTTGCAAATCCATAAG
TTCGGTAACGGGGAATAATTGGTTTCTTTTCTAATGTAAAAAGAGGTATT
TGCCCGGGAGTCGGGACTCAGCTCTTGACAAACAAGTGCTAGTCAGCATT
GTAGAATGAATTTCCAAAATTACCGCAATGGCGCCAAAATGGCCAAGTTA
ACCAGGAATGTTGTTTTTTTTATCTGCAGATTGAGATTAAGATAAAAAAG
ATTGATCTTTTCGGATCTAAATTCATTTCCAAAGCCGTATGTGCCTTTTC
CGCAAACGGCGGTTTAAGTGGTTCTGATATTGACTGAAGGATTGGCCAAA
TCGGCTATCGGTGCTTTAATTACATTACAAATGCTTTAAACATGCTTTAA
ACATATTCAGGCCAATATAATTTGAAACGAACGGGCTTTTGTAATCATTG
TCCTCTATGTGGTGAAAGTATTTACCATTGCGCCTTGGCTATGCATGTAT
TCCACTTCTCTTCGCATGGTTACAAAAATGCCATTTAGTGACAAAATGGG
AAATAAAAGCAAATAACAAAACCTGATGTATTTTCCCGTGCAACCCTTAG
TGTGTTCCTGGAGTTCTGGGAACTGCAGTTTCAAGAGTGTACCTACAAAG
ACAGAAAAACTTCCGGTACGCTAATTTTTAAAGGAAAAATTGATCATTTA
ACTCGATAATCGACGTCAAATTAACTATGGATTTTCGACCTGAAGTGAAA
TATCGGTTATTGATACAATAATCGACCTGAATTTAACTATCGGTTATTGA
TGCAATAATCGACCTGAATTTAACTATCGGTTATTGATACAATAATCGAC
CTGAATTTAACTGTCGATTATTGATATTGATAATCGACCTTAAGTGAAAT
ATTCATTATCGATATCGATAAGCGACCTGAATTTAAATATTAATAATCGA
CCTGAAGTGAAATATCGATTATCAATGTCAATAATCGACCTGAAGTGAAA
TATCGATTATCAATGTCAATAATCGACCTGAAGTGAAATATCGATTATCA
ATGTCAATAATCGACCTGAAGTGAAATATCGATCATCGAGAATCGACCTG
AAGTGAAATATCGATCATCGAGAATCGACCTGAAGTGAAATATCGATCAT
CGATAATCGACCTGAAGTGAAATATCAATTATCGATAATCAACCTGAAGT
GAAATATCGATTATTGATAATCGACCTGAAGTGAAATATCGATTATCGAT
AATCGACCTGAAGTGAAATATCGATTATCGATAATCGACCTGAAGTGAAA
TATCGATTATCGATAATCGACCTGAAGTGAAATATCGATTATCGATAATC
AACCTGAAGTGAAATATCGATCTCGTTAATCAACCTGAAGTGAAATATCG
ATTATCGATAATCAACCTGAAGTGAATTATCAATATCAATAATCGACCTG
AAGTGAAATATCGATGTAGATGATCAACTTGAAGTGAAATATCGATATCA
ATAATCGACCTGAAGTGAAATATCGATGTCGTTAATCATCCTGAAGTGAA
ATATCGATTATCGGTAATCAACCTGAAGTGAAATATCAATATCAATAATC
GACCTGAAGTGAAATATCGATCTCGTTAATCAACCTGAAGTGAAATATCG
ATTATCGATAATCAACCTGAAGTGAAATATCAATATCAATAATCGACCTG
AAGTGAAATATCGATGTAGATGATCAACTTGAAGTGAAATATCAATATCA
ATAAGCGACCTGAAGTGAAATATCAATATCAATAATCGACCAGAAGTGAA
ATATCGAACTCGATTTACAGATATCCATTTTTGAAAATATCGCAAAGCCT
TAACACTCACACTATTGGAGTGTAAATGAATACCCGCACATGAATAGGAT
TCAAAGGGTGAAAACCCTCTTGTTTGAGGCCATCAAAATCTACCCTATAG
TCAGGCTAGTTCGCCTAGGATCTTGAGACCTGGTTGACATATGTCGTGCG
AGTGCCAAAAAGTGCATTCTCTTGTCACGTTCCAGGCAGCTTCCAATTAC
TGTTCCCCATGTCTGAGGGCCTTCGATCCCCCCAAAGGCTTCGGGTTTGT
CTTGGTGTGATTTTTCCCATGCCAAAACATGAATGTCGTGGAACAAGGCA
CGCTTTCTCCCTCCTCATTGTTAGTGTGATAGGTCTCAGAGTGACTCACC
ACAAACAAACCACTGTTCCGTGGTACGTACGTATAGGATTGTGGAGGCAA
GTTCCACTGCTAGAATGGGGCCAGAAGCCCTGGTGGTATTCTTCTCATTG
GTGAGTCAAGAAGAGCCATTAAAGCAATAGGTACGACCTTGATGAATATT
TCTCGAGCTAGATCAACGCTGGGGGACAACTTGATGTGTTTGTCTTGACT
TGGCCTAAGAATGCTTCAGAGATGCGGGGGAATTCCTCTATGTACCGATG
GGAACGCACATTGCTGATCTTATTCGCTAATCATGATTTTTGCCAGGCCT
GCTTATAATTTATATCCAACTACATGTGCAGTATAGGTACTCTGATTGGA
CCCAATCGCTTCCCTAAAGAACAACAATGGTCATACTGGGCTACGATCGC
CTGGATGCCAACAAGACGGAGTTATGTACTAGTGCTATGCATTTGAATAG
CTAAACAGGGGTCGTGGTTGTCAATCCATCCCTAATTTTGGTTCGATTGC
CGCTGATTGAACAGGGTTTCCCAACCATTCAGTGGTCAAGAAAAATTCTC
AAAAAATCGACCTCTTCACATTCATGAGGCCTGGTTTTTTTAGAACATCA
GCTACGTATATACTGATAAGTAAAACCTTCCAGTTTGATAGAGGCAAGTT
TTTGCAAGTTTGATTCTGCGGAAACTCTGAGCCACTGATGAGATCTGCTC
AATTGGCTCATTTCCCGTCCAAATGAGTAATCATAGGTCGGTGCCCAGCC
CCTGAAAATCCAGTACATAGCAGTACATGGATCTGTTTTGTTTACATCCC
TGCCAACTCAGAAGCTCGAAAGGTTGCGAGTGTGCCTTAAACTTCGACAG
GAAAATCAGTCTCGATTATAATGGATATGAGGAGAAGTATCACTGGGAGT
ATGAACACTTGAATAATGAGCCAACATTCATGAAAACTATGCAAAGTCTC
CAGAACATCATCCAACTCAATCTAATATCTTTTTATACCTAGAAAGGCAG
TCTTGATTAACTTGATGAAACGGTTATACTACGCGTTCCTCAAACAGATT
TGACTGCAATGGCTATGGCTTCTTCCCTTTTTTTAATTTTGAGTTAGTTC
GCTATGTTTAACTTTTTTCTTTGTTTAAGTATCATATTATTATCACCTGG
AAAATGAACAATGAGCCAACATTCATGAGAGCAATACAGGGTTCAGATCT
TTTGGAAAAATATCATCTGGTGTAGGACAACTGATCGTGTTCTTGTTGAA
CTTTTTTGACGCAGTTAAACAACGTTTTCTTCAAAGAAACTTAAATCTAA
TGGTGATGATTCCAATTTGTCTAGAATTGCTACCTGATAAGATCATGCAT
GTCCACTTTCCGTAGCAAAATCAATTTATGGTAACATTTATCTTATCATC
ACCAAGTTGTCAACAAATCGTCAAGATGGACTGAAATATTGTCTAATTGT
ACCATTTTTTACCAATTACCTAAATTATTTAATATCTGGCCAAAAGTGCT
CCTTTGCAAGAAGGTTGTTGGCACTTGTTAACAGATTCTTAGTACGTTTT
GCATGTTCGTGATCGTGTTTACTTCATACTGTAAATATTAAAATAAATTT
ATGTCCGGGAATCAACACTAAGTAAACGAATGCTAGTCAATAATCTTAGG
GCAATTTGTAAAAATATGGTCGAGTAATTCCGGCAAAAAAAATATATAAG
TAGAAAACTACAGAAACAGAACCACATTAAATCAAACTAAGAAACAAAAC
CACGCAACAGAATCATGGAGAAACACTATACATGTTGGCTATCCATTATA
AATCAATTTTTGTTCACAAAACTAAACAACACACGATGAATGTTAGCAAA
ACTTTACCAAACAATGGAAGTTTACAAAACTATACCAAACACAACAAAAG
GCTCTACATAATAACAAATTGCACATATCGTATAATCATAAGAATCAAAT
AACAACGTCAGTCAACAACAGAACTGAATGACATTCATCAAATAGGATTC
GATTTGGATATTGATTTGGCCACGTTCGAAGCCATCCGCTTGGTACTGGC
ATCTCGCAGGGCTGGGAACTTGTTCCACATGGCGATTCCATTGTCCACCA
GAGTGTTGGCTGCATAGGTTGATGACGAACACACAGAATATACAAATGTT
CCCACAGCAATGGTCCTCTTTAGTCGTACATTTTCATGTGCACGGTTGTA
ATGTCGAAAGAACAAATGCGTTTGAGTGTGTGTGCATGTGTCTGGAGGAG
TCTACCAAAACCTTCAGAGTGCTGCTCTGAGTACAATATCTATTTGGTGG
TGTCCCTGACCTCGAAATTGGGTTGGATCTATCTTGAAGGCTTTGGCGAT
AGATTCCATTGGTCCCATGTTAGCCTCCCCATGAAGAAGATGTGCTGCTG
GGGTCCTGAAAAGCAATTTCCTCCTCGTCTTTTCAGGTGAATCTCCCGAT
GCCCTTCAGACAAGTGGCCTGTCAACGTTCTCTACCTCAAAATCGTTCAC
TTTTGTCCTCATTTCCATGCTTGGGGTCTCCCTGTCAATTTAATCTGGAG
ACAATGGATCAAGTTTTTTCCTCCTCTCGCACTCTCTCCCCAAGGCAAAC
TTGGAGGGGAGGATTCCTTGGAGAGCAATGGCCGCAACCATCGCGTTCCA
AGGATTCTAGTGAGTGCTTTTGGCCCATAGATGGAACACATAGGTGAGTG
AAACACTAGAGCTTCGGCCATTAGTTTCAATTAGTCCGTGGGGCGCAACC
ACCGCCGAGGGTGGCTTTTCATTGGATTTTCATTGTCCACTAAAATCGTG
GGCTGCTCTCAAAATTAATGGATATGACCCAAAACTCGTTTGTGTGGCTT
TCCACCTGGGTGAAGGGACTCTCATCTATCCCACCTTGGCCTAGTTAGAT
GGCGACATGAAAACTAATTGGCCCGAGAAGAATCTCCTCACCAACTTTTT
TGGCACCTTGCCAGGAAGACACAGAACTCATGAAAGTGTGTCAAGTTGCA
CTTTGCACCAACGTACTCTAGTGGCCTTAAAACAAAGAGAGTTGCTGTCT
TTAGGAATGATATTCGATCCCTGCAATGAGTGAAACAGATTGGCGGGCCA
ATACAGCTGGAACCACTTTTTGGTTCCAATTCGAAAAGCGGTTCGAATTC
AGGCAAGAAATGACTTGTCCATCAAAAATCTTCTAAAAGGCCAAGACTCT
TTTATACATGTATCTCCATTGTCATCGGAAGTTGAAGTTGGTATTTATGG
CTTGATAGGCGATTTACCAAGGCTGTAGGAATACCTGTCAGTTATTCAGC
AAATACTGTACAGTCTTTGTCACTTTGTGAGGTTTTCGCCTCGACTTCAT
TTTTACGCCAGAAAGACTATTTAGAGACTTATAACCATGAAACCGCCTCA
TTGGTTGAGCCCTCAGATCTAGGAAATGATCCTCAAAGCCCCTGCCTTAC
CTGAGAAGAAGATCACCTGAGCCTTGAAGACACTTGGACATTGTTGTTTT
TGAGATGTGGGTTATCAAATTACGAAACGATTGGCCGACTGTTAATTGTT
TTGTCTAGGGTGCAGCATGATTTGCAGTTTCTTGAGTTATTTAGAGGCTG
AATGATTGCAACATTTTGGGACCACGTTGGTTCGTGGACCTTCCTGCCAA
TATTTGCCTTTTTGCCATTTCATGAAACAATCACTAGAATAGGTGCAATT
TCTATTTGCAGGCACTCGTACGTCATCCGGTGCTCCGATGACAAATGACT
TGACTTCAGTGTTCCATGAGTTTCAAGCACTCGTCGTCCCAGTGCCAGGT
TGGCAGTCAAAGCCAATTTGCAGTGCTCCAATCCACACTGTGACGGCCTC
CAGCCGAGGCTGCTCATTCGTCACGCCCATGGAGGCCATGTACACAATGT
GCACTTGTAAACGCTGAAGGAGACAAATTGTTGACTTTCCATCTCCAGTG
AAGAGTGGTGTTCCAAGAGGCGTCAAATATTGTCACTCGAATGATCCACT
TGACATGTTCCAAATTGAAGTTCCCAATTGTTCGAGAGCTGACTCGACAA
TGGGCGGGAAGCTCAGGGATCCCGAGTGTGGCGTATCTTCAACACCAATG
TACATAAAAAACTTGATAATCAGACAGGGAATTCAATTAAGAGCCCACGC
GTGGATCACTGAAGAACAATCGCCCATGGAACACTCGATGAGGGTGCTGA
AGGTGGGGAAGAGGGAACGCGATGGAGGAAGATCTCCCGAGGGAACTCGA
GTGTTCTGATTGATAATGAAACTTCGTTTCTGGGGGCCTTTCTCCTCCAT
CCAATGGTGACAACGCTATCTGATGCTCTGCTCCCTTTTCGATTTGCCCC
GAAGAAGCGACCCCGAATAGAAATATGGGCCATTCGGTGCAAAATTACAA
TCGATATGCAAATCGCCATCTGTCTTGGCCAAGTTTGTGCGATCCTTGAA
ACTCAGGCCAACTTCTTTGGCGGTCGTGGATTGGAAAAAGTTATCTCCAA
ATTCTTTTAAAGTGGAGCGATACTTCGTCAGCGAAGAAAGGACAAAGAAA
AAGTGAACAATGTAGACAAGAAAAAGAGCTGATATCCTCTGGGAGTCGAT
CACCCATTTTGCACCAAATCTTCGAGTCTGGACGAGACCAAGAAGTTTGA
GCGTCTGCAGCCATCTACCAGGCTCGAAACATCACTTTTAATTCAAAACC
ATATGATTCATATGAAGCAATATAGTAATGCAATATTTGAATACAATAAC
CACACTCCTTACTGTTCCACAAGACTCGAGGTGATGGATTCCCTCAAATT
TGAATAAGCGACATCATGACGAATTTCTGAGATGCGTACAAAGGTGTCTA
CGTAGCTACTTTAGGCAGGAAATGCATATAACCTTGAGAGTCAATATGGC
GAAGGAAGCTTTCGTAAGGTAATACGATTACGCGAAAACCTCGCTAAAAA
TACATTCGGGCCCTTCGGTCGGTAAGTACACTCGCGTTTACAGCTTTTGA
GTGGCAAATCTTTGCGTATCTCGTGGGATGTTTCGTTGATTCGCAGCTGT
GTGGTGTCTTTCTCAAAGGGAACAACTTCAAATAAGGCTTCCAGCACGGC
TAATGGATCACTTTCAAAAAGTGTGGTTCTCTGCGGCGCTGTTCTTACCT
TGGGGAAACCAATGTACGTATCTCTTGATCATTGCCCCAAACCTAACCGC
TTCTTCCTGTCGAGCTGAGCTCCTGGTTTTATTCGTCGGAGTTGTACGGG
CACTTCAGGTTAGAATGCTTGTCCAGTTTAATGTGTCTCTTTATGGTCAG
AGAAGGTGTTATATGTAGGCACCATCTCCCGTTTCGGGTAGTGGCAAGGG
CGATGGGTGAGCCTCTCAATCTTACCGAGAGTCGAGTCGACATTGAGCGA
CTATTCTACTGATTTTCGACTGACTTCTCTGTCAGGGAGCTGTTAAAAAA
TACCGAGTTGGCCATATCCAGCTCCGTGATTAATTCAATGAATGAAATGG
TTTAAACTCATACGAAGAAGGAATAATTGTTCATGCTTGATCGGGGTGTC
TCAGAGAGGTGGCCAAGGGAGTTAACTGTCAAGACCTTTGGAAGTGATTG
GAGCTTCGGTCGAGGCAGGGGGCGTGTATGCCCGTTCCAAAGACACCCCA
GGATCACTTGAACCGCATTTGAAGCTACCAATCAAATTGCATTGCCCACC
AATGATAGCTCTCCCTGCTTAAATGAACTTTGTAACTTTATAAACCAATT
TGAACGCATATTTATCTTCAATGGGGCAAGTTTTTAATTGAGGCAATTTA
TTTGTTTTGGATGTGGCACCACGATTGGCAGTTTGTTGTCTGTCTTTTTG
AAATTTGACAGTTGACTTGCAACACCATTCAGTGATCACCATTCAATGGT
GTCTCTCATATACTGTATCTCTATGTGTTTATCCCGTTGAATGCCTGTTC
AGGTATCGTTGTCGAACTAGCGTTGTCAAAATCAACCGCAGAAGAGGCCA
ACTCGTGACCAGATTGGTATCATTTGGACCCTGTTTGAGAAAACTGTTGT
CATTGAGTTTTTAACCCTCTCTCCTGATTATTATTTAGATTTAACAAAAA
TTAGTTGGCGTGAGGATGAGGCTGGATGAGTGGTGAAATGGTGGTGTGAC
AGGAATTGAGTAACTCTTTTGTTATACTGTAATTTGGGCTCAAACTGTTC
TTCATTGAACGAAATGATTGTGGTTGCCAATCATGTCAACATGATAATGT
TGCAGTTTAACAACTGATATTAATGCAATTAGCCAACTGAGACAAAACTA
CAAATAACGCATCAGGTGACAAAAATTGTAAAAATGAGATGCACTTTTTA
CCTCATTTCCATTGGCAACGGTCGCTTTGATTTGTTGAAATTTATTTGGG
CCAAAGTTTGAAGAAAAAAGAGTTCTCAAAAATTAGCCAAGCCTCAAGTA
ATGTCTTGAGAGTCCAAAAGATGGCCTTTTGGCACTGTTAGAAAATGGAT
AATTGGAGACAAGATTTGGTGTATTGACCTTATTGGGAACTGGCATCCCT
AGGCGAGTCGTCAAACCCATTCCGGACGTTCCGGATTTCCATCGAACTTC
GACGAGGCTATATTTGGTGATGCTTTCGACTCAATCCGCCCAGAGTCGAA
TGCAACCTCCAAAACAGCCTCACTATGGAGACATTTCTCCGATCAACCAA
TCAACCATCAATTGGCTTATGCGAGAAAATAACATCTGTTCCTGGCTCGA
AACAGAACTGGAACCGCAAAAACTGTCGTCATTTGCATTTCCTTTCTGTG
GGGCACTTAAGAGAGAAAATGGGACTCCTTGGTCGTGGTGTGGACTAAAT
CAAGACTATTCCTCGGGAATATATTTCCACACTCATCCGGGATAATATCC
GCTTTTGCTGCCTCAGTTTGGCCTTGAGTTGTACTTTACCATTTGGAACA
TGGAGCAGGTTTCTTTCGTTAGTGAGTCCCTTTGGGTTCAGCTTGTACCT
AAATTTGATAGGTCCTAAAAACGTTGCTTCGGATATGGCGGAGTCAATCC
ACTTTTTCCCCACAGTCCGCTTCGAATCAGCCTCACCCACCTGAGGCCAC
GTTTTTTCCATCATAAGGTGGGAAATGGATCAGAAAATGAGGCCGGAGGA
TATGATGATCATCCTCGTCGGTGGGAGCCTCCCCGTCCCGTGGATGTGGC
AAAAAAGTGCGAAAATGATTCCAGTCACGCAAATTGGGTGGGTCTCATCT
TGGTGAGGCCCGACGAGCCAGGCTCAAAGTAGGTTACTTGGGCTCGAGAG
CCAATGGAAGTGGAACACAGAATTGGAGCCAAACGCTATATTGTTCTATA
CCTTGGAAAGCCCAAGGTGAAAATACGGAGCGAATATTTAGGGCTGTCCT
GTCGAACTGCGTCCAGTGCCCAGAGTCTAATATGCACATTTATCTCAGTG
AACCTCTGGTCCAAGCAATAACCAGCGATTCCTATGCATACAAAAGTCTG
ACGGTGTCAGCTTGACAATTTTCAGTAACGAACATCATAACCGAAGAGGT
TGCTACTCATGAAAGTCCCTAGTGTTGCCATGAAAATGTGAACCTAAGGA
GATGGAAGAGAAGCTCTGTTCTGCGTCCATACAAAAACCTCAAACGTTTT
CGAGTCAGGGAAAGAGAAATTGTCCTGCCTGTCTGTGTTCTACCTTGTGG
CATATCTAGTCTACCATTATTTCCTTCCCGTACATCGAATACAGAATTCA
ATAGTCCAGTGAGCTCTGAAAATTTAAGGAAACACTACTCGCCACTGTGC
CGGCCCCAAAGAGGGCCAATTTGTTTTCCAGCACTGCCATTTTAGCCTTC
AACGCCCAAATTTGGTAAGTCTACCGGTTACAACAGAAGGATGACAGGGT
GAAAAATATGACCTTTTGTGAATACATCTCAAAATGGGAAGCGGCTTGGC
CTAGTGGATAGAGTGGTGCTCTCAGAGTAACCCTATCGCTCGCCTGCCAT
GCGTCTGGGGTTCGATCCCAGCGAAACTAGTTGGACCTGGCTTTCTCAGC
TCAGAGCCTCTGGGGGATCTCTCACTGGTTGCCGAGTTGAAGTGTATTAT
GACCCTGCTGGTTCCAAGTGAATGCCGTGGAGTTCCTTATGTTGGTGCTG
CTGGTTCCGCGTGCAACCGCTGCCAAACTCCCATGAGCGCCCTCTGCCGG
TTACCGAGGGCAACCGCAGCGGCAAATAGCCCCTGCTGGTGCAAACCGTG
GAGGTCACCATGTGGGCTGCCTTTGCAGGCGAAACTGAGTGAAGCTGTGG
TTATTCCTCGAGGGTAAGGTAACAATTCATAAATACGGTCAGACTAAGTC
TCGTCAGAGATGTCATATCCGGACAGAAACGTCCGGGGCCAGCACAACCA
ACCAACCAACATCGCAACATTGGGTAGGCAGGCCTTCTTTGGTGTTGGTA
CATTCGTGGGTTATATTTCCTGTGTTCAGGGTTCCAAAGTACTGGGCGTG
CTGAGAGCTAATGTGTTTGTAAAGCAATGCTGTTCCCTATAGTAGTAGCT
GAGGACGCAGGAATTCAAAAGCTTAGGAGATCAGGCGTTCCATGCTGTTT
ATATGCGTTAATCTCGAGACATATGCTTCATGCCTAGCTCTCAAATTTGT
GTCATGATCCCCTTCCCCTCCCCTTATTCTCTCGAGTAATACCCCCAAAT
GGCAGCTGAGCATGTTGGGCATGTTGCCTGGTTTACATTTTTATAGGCAT
TGATTGCACTTACTGTGGATTTAGCCTTCTTTCTCCACGAATACTTCAGT
GCTTAAGAGATTCACTCGTCAAAAATGAGTCCGATTTTGTTGCCGATATG
GCATACACTGGACTATCAATCCATGGGCAACGTAGGCACACTTAGGCCTT
GGGGGTCGTGCTCAATTCTCAACCAATCGTAATTTTTCTACAACAAGAAC
TGATGCAATCTGAATGTCACTTCCATAAAGCCCAAAATTACTGGCCGAGT
TCGTCACATAGAATAATGAACATTGATTTCTTTCTTGACTGCATTTGCAA
TGCGATGGTTTTCGATCACCTGAAACCGTGCCAACACATTTGATCTGCCA
ACTTTTTATACAAGATGGACACTGGAAAATAAATTCCTACGAAAGGAATG
GGAGAAAGAAAATTGGTGGGCGGGTCTCATTATGTGCCACACACTCTAAA
AAGACTGTCGCCCCACAATGTAAGAGTATATATCACTTGACTGTCTTAGA
AATAATATGAAATTGATTTAGAAATCACTAGCAAAAAGGACGCCCTACGG
GCGTCTTTTTCCTAGTTCCTGCGGAAGGCTATGTCCGACCTTCGGCTCAT
TCCCAGCCTTCGGCCCATGCACGGCCTTCGGCCGAGTTTCACTTCTCGCA
CACACTTGATGAGCCTTCGGCCATCCCCGGCCTTCGCCCATCCCCAGCCT
TCGCCTTCGCCTCCGGCCAAGTTTCGATTCTCGAACTCGCTTCGAATTTC
GCGCCCGTCGTGGCCGAGCGAAACTTGCCCTTCGGGCAAACGGAGCCGAA
AATGTTTTAAGACACACTTTTAAGTGGTTAGGTGTGTAAAGTTTACAAAC
AAAAAGTGAATGGCACATCCTAGGGGCGGGCCGGAGGTTCCCTGAAATTT
TCACCCGCATCTAGTTCGCCGTTGTTGAGAAAATCGTGGGACAGACAAAC
GCACAAACACACAAACACACAAACACACAAACAGAATAAGCTCCATTATA
GTATAGATAAGATAGAAGATATAGATAGATAGGTAGATAATTTGAGCTAA
AGCTTTGATATTCCAAACGAGCAAAAACTCGAGTCTTGAACCACTCATTT
CTAAGCGGATCTCTCTCGTAAGAGTATATATCACTTGACTGCCTTATAAA
TAATATGAAATTGAATTAGAAATCATAATTTGAGCTAAAGCTTTGATATT
CCAAACGAGAAAAACTCAAGTCTTGAGCAACTCATTCCTAAGCGGATCTC
TCTCAGTTCCATTGTCAACGTTCCCAATTGGTTCGAGTAATCTGAATGGA
TTTTTAATGGCCAATTGCTAGTCCACATTAGTGAAATTGGAATGATTTGA
GCTCATTGGTTTCTACTTAGTAAATAATATAAAACCCACCTAACTAACAA
GCCCGTCCCAGACGCTATCCAATCGTGGCCTTTGAAGAGGGAGAAGGAAG
CATTAACGGCTGCGTTTCAATTGGAGAACGTAATTGAGCAATTAACCCTT
CTTGGGATACACAAATTGAAGAGGACAGTTAGTGCTATTCATTAGGCTAA
TAAAAATGCACCGAGTGGGGTCTTTCATGTGCTTTGGATCACCATCGAGT
GTGGATCGGAATCCTCCCGAAAGGCACAATTCACCCCTGCTTAATGGCCA
ATTGCAGATTTCTGGAACCAATAAAACAGCCAGAGACACTCGCTCCCCTC
GGATGGGATCAATTAATATTGGAACACCAAGGGATCTCTCCCGGTATTAA
GTCTGGATCCCAACCCCGAAGGGTGGCTCTGACAGTGAAAGGGTTGGAGC
TATTCATCCTGACAGCCTCCAATCTGGTGAGTCAATTTGGGGAGGAAGAT
CTGTTCCGGACACTTGGTTCCGGGCTCCTGATTGGGAGTTCCAATCAGGG
GAGGAAGAAGCAGTCGAGGGGTGGTGGTGCTTGGTTTATCCCTAAAAGAC
ACTAATGGGATTATAATAACTGCTTTGATAACCAACTTTGATAGTGGGTG
TCTTCATTTGGAACCCGCTCACATCTTCAAGGCGATGGATAATCAGGTTT
GGTTCGGGCTAATGCTCCAAGCGTGAATGCATTGCATTCTTCATCTACTA
TTGTGTGCTATTCCGTTGCGAATCATCGGTGCCAAGCCATTCCCGTGGCC
TCTTAATGTGGACACCCATGCCGAGATAATTGTAATTCATAGCTTCTGCG
CTCCGATCTTCACCACTGGACAGCGCTCAATACATTCCCCAACCCAGGCC
TAACCCATAAGTTATTGAGCTCGTATCCTGGCTCTCTGAATCCGAGGCTC
TTGCATCGACTACAAGCTTGGCACGCTCAAAATCTGGAAAACCGGGTGAA
AATATCAAAAATAGCTGTTGCATTAAACATGATGGAGAAGTCATAGCCAT
GCCTTGATTGTAAAACGGGCGATACTTGGATTTGCTAGCGTGTAATTGAC
TTACAATAGAGTGCATGAATGTGGAGATAATGGTAATTTCGTGGCACTCC
AAAAACTGTCGCCTCGAATGAAACTCTAGTCGCAGCTCTTGACCAACCTC
AAAAATACACGAGTTCCACGTTAAATTTTAGGGTTGTTTGTTACGGAATA
TGAGACGAAATTCTTCTTGTTGGTTACAGGTTGTTTTTGTATGCTCACTG
AGTCTATCATTGCATTTTACTTGTGCCCACTTATTAATGGTAACGGTGTT
GTATGTACACATTTTAGGAATTCACCACAAGTAGAGATATGCAAATGGAA
ATGTTTGGAAGTTTTCACAATCCACTTTTTGTCACATTGTTGTTAGACAA
ATCAGCTAAATTGTACAGGATGATGAATTTTGTTGATATTTGATAGGCTA
AATGCAGAACAAATATGGCTGAAATGGTTTATAGATCTTTGACAGGCGGA
GATATGAGCTGAATTTCCCAAAGCATTGGGCATATCGGATTTTTACTATA
TTTACTGCGAACGAATGTAAACATATGTACGCAGTCGCAAAAAGGAGTGT
GCTAACTTTAGGACAAGGTCGCTGATATCCTGTATGTTTTTAGAAAATTT
GAGTCTATCGAGGTAGTTACCAAAAAATGATACTATCAGTAAATGGTTTA
AAGAATTGGGAATTATTCACATTTTAATGAATTTTGAGCGAGATATCTTT
CGGTGAACATTTTTCCGGACATACTTGACAAAAATAGCTAGTATGGCAAA
AGTGTATTCTCCATTGGTTTCGCCTTACGTCTGTATGTGACACCAGTCTA
CCTATGTATATTGTAAGAGTAAGAAGTAAGAGGATTCTGAAGAGTGATAT
GCCGGAATGGTAGTTTAGGATTTCGGATGAAAGCAAAATATTGGTCAGAC
TGATATTCGACGGGATTTGAAATTTCAAAAGTAGGGATGGCAAAGGACGA
AAATTCGAAAAATAGCCAGCAGAACATTTGTTATTTTTGAAGAATGCTTC
GTCGTTGCTCCACAAGCATAAACTATTATTACGAAGATGCTTTCGGCCAG
GAAATCAGGCTTGGGTCCGCTCTGGATTTTTGGAGCAGCTCCTGTTATTT
TGGAGCTGCTCCGGTTGTTTTGGAGCTGCTCCGACTCCAGTTTTATTTTG
GAGTCGCTGAATCCGCTCTGGGCCTGCTCTGCATTTTTTGTGCTCCGCTC
CGACTCTGGTGTAGGTACATTTGAAGCAACGCACTCTGTTCCGGAGCAAA
TTTTAAAATTGCCGTAGTGGTTTTCGGAGCAGCAAATATTTGCGATGAGT
AATGAATTAGAAACTGAACCAATGGGGACAGACCTATCGGGATAGGTATT
TTAAGCCTTCCAATTAGCGTTGATAAAAAAAATATGTTTAGAAATATCCA
GGACAGAGTCTGCTCCGGCAAACGACCCCGGCCGGTTTCGGGGATTTTGG
TGTCGGCTCCGCTTCGTTTTGGGGTCAGAGCGGACTCTGCATACAGCCCT
GCAACGGGACATTTTTCTCTAAAGAGAATTCCAAAAAAATACAATAGAGG
AAACTAAGCCAAAATAAAGTAAAATGGAGGATGTTATATAGACCATTTTA
ACATTTTATAGCATATTATTTTACTCAAGTCGTCATAAATAGCTAAAGTT
TGGACGCAGTTTTCCTTTCTTGGAGGTAACCCTAGCGAGATCGATTTGAC
CTCTTTTTCTGTCTGAATACTTTCTCTCAGAGTTTTGCCAGCAGCAATGG
CAGATTTTACTTCTACCATCTTGAGACTTTTCTCACTGATGAAGTATTTG
TTGCCGTGGAACACTAGAATCACCTGGAGGTCGCACAGAACGAAAAATGT
GTCCAAAGACGGCATGGTTCAGGCAGCTCGAGGCCCTTAATGTAAGCAAT
TGACGGACTGGGGTTGCACATGACATCTCTACCAGTTCTTTAGGGTTTAA
GAGCCCATCAACTAGTCACTCTGAAACCCTTTGGAACTTGGTGAAAATCT
CCCGCCCGTCGATTGATTGCATGGAGGGCAACGTGACTTCCTGAAGCACT
AAATTTTGCGATAAATTGCTAAATCTGGCATCACTGAACTTAACACCGAT
ATTTGAAATTAATAAACAAAACGAAGACGCTCCCAGCTGCTGCCGGCCAA
AATGCCCACGCCAAACTAATGCTTATCACACTCAACCACCCAACCTCATA
AAACTTGATAAATATATTATGATAATGAACAATTTGCCTAGTTGTTGAAA
TCATACAGTGTTTTCTCGGAAAGTGGGAAATAGAGGATGATTGTTGTCCT
CTACGTAGAGGATGTGCTCCGAAAGTATGGGTCCTTTAGAGGATATACTG
TAGAGGATTGCGTACTAGGGATGTGCGTAGTTCCACTCCAGGAGCGGACC
CAACGCTGCAGGAAATGAGGCGAAAACCGAAATTTTGTCAGTCTACAGTA
TATTTGGTGCAATACTAATCTCCTCTCCCCACACTTCAGTGTACCTAGTA
GACAAAAATTGATTAAATCCCATCTCAAAGGTGTTCTGAGCTTTCCCTCC
GTGGATATGTGACCCCGAATACCAGATGGAAAAAGTGAATATTTGATAGT
TTCACCCAAATGGTTAATCGGACAAGCTAACGAGAGTTGCAGATCTCTGG
TGGTAATCATTATTGCCTCGGCGGGAATTCCTTTCCCTTGACCGAGATTC
TCATCTTTGGCCCAAAAACCTCTCAACCAACTCAATTGTCACCATACGCC
TGATGTGGAGATAATGACATCAATAACCTAGAAGCAAGGGATCTCATGAG
GAGAGCAATAATCAGCGTCAGATCTAACCACCAGGGTTTGACATTCACTC
ATTTTCCTCCAATGTTGACCATTTAGGAGATTATTAGATAACCGAACCAA
CATACACAATCCACCCTAGTAAGTGAAGAATATCTCAGGCCAAGGCATGT
TGTGTGTGTTTTGAGTGTACACATATTTGATTAAAATGCTTCTGCCATAA
GAATTGTGTTTATTAATTGCGAAAATGCGCGATAGTTAAAATAGTCAAGA
CATAAAAAAACAACAACAACCAAAGAGTGGAACCCAATGCAACACTTAGC
ACGTAACTTGCTAGTCCGTAGTGTTAGGGCAAATCAGGTACAACTATATC
ACAGCAATAAAGTAAGGGATAGTGTTGGACACTCTGGACGCTGCGCGCTC
GGTCGTGGCGATTCGGAGAGGGAGTATTGTATAAAACAAGAGAGACAGAT
TGGTTTAAAGCATCATCCCGAAACAAGCCATCACTAATGCCAGAGAAACA
GTTGTATGTAGATGGATGGATGTTAATGCGTTGTGCGTATGGAAGCCTTG
TAAAGTTGGTACTGTAGATATTCTTTTTAAGGAACCGATAATTTTGGAAC
CAACACTATTGAGCCTGATTTAGATCTCACGTTAGAATGAGTGAAATGGG
AGTTTTTATTGCCACATAACTTGCCAAGTTTATAATCAATTAGTAAACTT
AAGAACAACAGGTCGGTTTTTTCATTATTTTATTGCGACATGCACATTTA
GATATATACAGTAAATTTAAGTAAATTAAATTCGCATTTGAGTTGATTAA
CTTTTAACGGTGAATTTTAATAACACAAAATACAACACAAGGAAAGTCAT
CAGTGGACTTCAATTCAAGAACGTTTTCTTTCTGAAGGCCATAAGTCAAA
AGTTAAAGAATTTGAAAGAAAATGGTGACCAACAGTATTTTCACAACTGG
CCGGTTATTCGACACGTAGCATCCAGTCACCAACACCCAATTTTAGGAAA
AATATTACTGAATCTGTGATTACCACCAATCTTACAACACTGGTATCAAT
TGGAATGGTGCCAAAAATTCGCACATGATTGTCAGGGTTAGTTAAAGAAA
CGTTGAATCCACATCACCCTGGGAAAACGAAACAAAAAAGTCCGGCTGAA
TTTAACTGAAATCCTGTTTGAACCTACTGTGATCTTTAAGTAGTTTGGAC
TCTAGTTTCAAGATTTTCGTCCATTTTGAAGCACATGACCATTAATTGGC
CGAAATCATTGCTTTTTCCTTCCATTAAGCTGAAGTCCTGCATTTCAGAC
CATTTCCAGCATTTCCCATCATTTCCAGAAAAAAGCGAAAAAAGCAGCAG
AAAGCATTTTCCAACCTGTTATAGCCCTACTGATGAGGGTCCTATTTTCT
AGATTCACCCAATTAAACCACCGGGCTGAACGACGGCTCTGAAAAAAATG
TAAACGAAAATTTGGACTAAAGCAACCAGTGAAGGCTACTGTTATACTTA
CAGTGGTCGTCTTCACCTTGGAACCAGACAAAAAATAGAATCGTGTCTCA
CCTCACAATGATCAAAACCTTAATCCAACCCCTTGACGAGCCCAACTCCA
ATGGTTCCTGGTACCAATCAACAGGTTATGTACCACGTCGATGGATCTCG
TTCCACTGCTCACTTAATTGCTGGGAATTTATCCTGGTTGCCATTTGTGC
TGGGAATATTTAAGAGGGAAATTATTGGCAGTCCCACACCATTCCTCTCC
ACTTTCCATCCAGCAATTGTTTGCTCCAACTCTCACGTTGTTTCTGGGCT
GGAATCAACGAGAAGATAGTGTGGAAAAATTGGTTTTGAGCTGGGAATCT
GTCTCATGCGCCAGTTGCTCTGACAAGCTCACTTTAAGTGTGACCAATGC
GTATACAAGGTTGACATGGTTAACAAAACCTGTAAAATTCTAAGCCATTC
ATTTTCATACCACCTGGAGTTTATTGAAACAGCAATTTCAATATGGAAAT
CTGGCCACTTTTGATGTGCTGGCGCCAAGTCTAGCTGAGGGAGTAAACCA
TAGAATATAACTTTACAGGGTTTCCTACCTTGCGGTGCTAATCTGCTTCA
TCGCTTTTTTCCACACAAACTCATTAATTCACCCATGCTCTCAAGGCACG
CTTTAAAAAACTATTATTCAGGAATAAATTGTGTGAGGAGACATGAACAG
AAGATTTTTTGACGACTGGGTGGTGAATGAATGCGTTTATGGTTCTACGT
ATTTCAAGCACATTTCCCCCCTTTTTCTCTGCTTTAGCAAGTAGGTTTAC
ATTTGTCCTCACTTTTGCGATTTTTACAACTTTCTTTCCCCTTTTCACAA
ATTATTTTACTCCTTTCAGACCTTTTTTATAGTTAAACTTCTCACTTTAT
CTCACAAAAAAATATATTTTCAAATTCATCACTTTTATGTCGATCCCTAT
TCAGAAACCATGGATCGCTAATGATTATGTTGCCAGAGCTCTTCCAGACG
CTCTATCTTCTTTTTGGTGGGAATCCAATTGGGGCTGCATGGAACTCAAC
AGCTGTAGTAGGACGACTGCCTAGAAGTCCAATAAACTCACATGCATTCG
AACCCGGGCAGAGGAGGAAATACTGGATATTCCTTTGCTTCTCAGACCGT
GGAAATTGCAACATTTCGTCCCCTGAAGCCTCAACTGTCTGACTGTTCCT
CTTGTTAAAGGGTATAGTGGGAATGCATAAGAAAAAAGAATGCTTTATGG
GATAGTTTTGAGGCCGCAATGGCTGGGCTGCAAATTGCTCTGCAATAATT
CTTGGGGTGCACGGAATATGTCTCGAAAATAGAGCAAATACATCACATCG
AGGGACAAGAATAACACGGACCTGTTGCAGCCCACTGGAATACCGTATGA
TCTAGATGCTATTCAAGTCAAAATTGTAACCTAGTTGGTGCTAAATACAA
CATGATTGTGTTTTTGTTTGTTTGTTTGGAAGGCCCTAGAATTGATCAGT
ACAGTACAATCACTTCCCAGTTAGAAATCTCCGAAGAGACATATTCGACC
TTAGGACTTTCTGAAAAATTTATTCTAATCTTTGGACCGAGTTCAAGATA
GTCATGGTTTGACCCAGAAGGGACAGGACTACCTTGGGATTCCAGTCCAG
GGATATATTGGTGCCGTCGTGAATACTAGCCCACAGACGGCAGGTTGCAG
GGCAAACTGTCGCTAGATGACAGGGCGATTCCTCCGTCTTTCCGCATAAG
CGACAACTTTGGCCAGCCACTTGCCCCGATCTAATACATGATTGTATTTT
CAGTGTGTGTAATCGTTTATTCTTATGCACACATAAAAGGTAGATTTATT
TGCCCCAGAGTCAACACTTAGCATACGAATACAAGTCAATAGTGTTAGGG
CCATTTATAAATAAACTATGCACATTAACAGAAAACAAAGATGATGTAGA
CAACATTGCAGCAAACTATGTATACAAAACGGAACAACTCAAACTAATTC
ATGTCTGAAACAGCAAGATGATCCAAGAATAGTCAGAACCAAGACTTCAA
ACAGACTATCTTGAATCAAAGCTGAAAGATACTAAACACTAGTGACCTCC
TCCACCAAGCCAAATTATTCTTCCCTGCAAGCCTACTTCTGCCTCGAAAA
TGATGTCAGAACCTGCTGCCAATTCTTCTCAAAAGGAGTTCTTGTTAGAA
GGCATTCACAATCTGTGTGTGGTTGGTGTGTGTCATCGTTGTTTCATAGT
ACCTTCCGGTGGTACAGACACATACAGGCCGATATGCATTTTCACAAAAT
GTGATGACCTGGAAACAACAGTCCAGATGGAGCAAAGCTAAAGGAGGAGT
AGTTCTTGGTTCAGCTCGAGAATTCAATATCTTACAAAACGGAGCTACTA
CGTACAGCCAAAACTACACGACATGTGTCAATCATTAATCCAATTTGTCA
CATGATCAATCCAGTTACGAGTCACATATATGGACAATGTCGAAGGGTGT
GGGATGACGAGGCCATCTTTGTGCTCCGAGAGCCAATGCGGCTCAATTTG
CCAATTTGAGTCCCATTTAGGGTGCTCAAAGTTGAATGGTTATCCCAAAA
TTATAGCCATAGTTCCAGAGAACATCATCTCCTATTGTAGACACAATTTC
TCAATTACTCAAATGAGATCCAAGAATATGCTGACACCACGTTCCAAACA
AGAACTAATGTGATAACGTGTCTGAATTCCGCTCGTCTGGGTTTTAGAGT
GTTTCTGTTTTTATCTCAGCCTTTGTGTGTTATCGAGTTTATTTCTAGAT
GATGTATGTATAAAAGAGAGGTTTGCGCCCAAGAATCAACAGTTAGCAAA
CAAATGCTAGTCACTAGCGATAGGCCATTTTAAGAACTATTGCATACTGA
ACTTGATGGTTCGTCAAAATTTCGACAATTACTTATGTACTTTCGTCAGA
GGTAGCTATAAGATGTTCAAGGTAAATAGGATATAGTTTGTGAACAAACT
ATTGTGAACGTGGTCTTCGTCTGAAAGGTAAGCTGAAAGGAGACAGCGTC
CAACATCCTAGTCACACTAACATTAAGAGTTGTGCGACCAGTTCTTTCCT
TCACGGTAATGTCAGCAGCTGCTCGTATTCTCAGCTAGTATCTCCGGCTC
GAAAAGCTGCTTTCTCGCTCTGGCCGGCTCAAAGGGCTAACCGGTTGTTG
GCGCAGCGTGACCTGATTGGTATAATTAAGACCATTTTTATAATTGAGAA
GGCTCTGATATACATATAACCAAATTATATTTAATAGAACGGCTGATTTT
TGGTAGAATTTTATAAAAAGCCGACAAAAGGCCAAGAAAATGGATAAAAC
AATAACCAAAAGTGACGATTTTTGTCCTTTTTGGCAAATATTTTTTGGTT
ACGTACTTTTTAAAAGATATTTTGTTGAGCTTGTTTATTTTCTTGCCCAA
TATTACAAAACAAATCTAAATTTAGGAGAGCCTGTGCCTTTTTAGAAAAT
GATATGATTTGATATAATTGGAGACAATTGGCATAGTGACCTCTGTGGGA
TCTGACATCACTGAGTTGCCGTAACTCAGCCAAATAGGGCTGTGGGCCGC
TGACATCACAGATTTGGCGGGAAACGTATTTTTGAAAAAATCAGCTCCTT
GTAGGACAGTCCCTCCCAGTCTATTGTACTGGATCAGGCAAAAACAAGGC
AATGCTTCGTAATCTGAGCTCAGATTGCCACTTTGGCCTCCAATTATCGA
CAGTTGGAGACATATTTCCCCATTTCAATTGCCTAGCAAGTTCATCAAGT
TCGCCGGGTTCGTCATCAGCCGGGACGACATCACCCAGATGGGAAGATAT
CGGACTTTTCCCATCTGCCTTTCGTCATAGGGTTGTGGTGGGCCTCGTGG
TAGGATGTGGCTGGTGTGGTGTTATTTGTTGTGGTTATGGTCTCTTTCGC
CGGTATTTTCTATTCCCTGTCTCGCAACCTGGCATCACCACTTGACACTC
GACTCGTCTACACTTCACTTGTTTCAACTGGCGCAGTCGGCAGGCCTATT
GTTCTGGAAGACTGATTTATCTTCAAGCCAAACTCCAGTAGGGCGACCAA
ATTCGCACGGGTAGTCAAAGTTAATTTTCGCATGAAGAAGCAGCTGATCG
TACTTTTAGCGTAAAAGCTATAAAAAAGTCCAGGCCATACTGTCCAACAG
TTTTGCATACCTTGGCCAATACGTTGGTGATGCTGTGTTCATAAACTAAG
GTGCTGATCAGCGGAGGGCCTTGCCCTGGCTACCCTGATTTAATAGCGAC
GCTCTGCGGCATCTCCAGTGTCTCCTCGGTCAATCGTGCCACAGCCCTAT
AGTGTCCGTCCTCTCTTCACTGTGGCGGTTATTTCCCTCGAGTACCAGGG
TTGCGAACTCCCAACCCCAAATCCCAGAAGTCTGGCCTAATTGAAACCTG
TTTGGCTACCAGATTTTTAAGTCGGGAGCCAACCTCAATTTGGCTCCAGT
TCTTGGCTCCCTGGCTCTTTCCACCTAGTTTGGCTCCCGTACAATTTGTT
TGGGAGCCAGCAGCCCAGGGACTGTAATGTTTATTTAAAATTAGGTATAA
GACATGGATGGAACTGAAGAAAATCGAAATTGATTCGCGGATGGATCCAA
ACACGATTTCCAGGGTGAAAAATGACAAGAGGGATTTCAAAATTTGGCTC
CATTTTGGGTTTATTTGAGATCCAATTTGACTTCCAAACCTCACTTAAGG
ATTGCAACCCTGTCGAGTACTACATGTACAGAAGTACTTCAGGAAGACAG
ATCAGGTCTCAGGTCACCTAGAGATCAACCCGAAGTGCTCCCAACAGCCT
AATATAATGAAACCTAAGTGTCTCACTACTAAGGGGAAGAGATCTTTCGA
TGTGTGGTCAATCCGGATGTGGAATTCGCCATTGCTTAATATTCGGGAGG
CCCCTTAGGTGTCTTGTTATAAAACATGTTTGGAACAGGTAGACCTGGGG
GGTGCGTTATGCGACCTTCCTCACCTCGCCAGCCGCCCATCCATCAATAA
ACTTGCCATTCGGGCCTTGGCCTTGAAGACCTGGTAAGCGTTTGAGAGCT
CAGTTGGGAATGCCGGTGGAAGGAGCCCACTTAGTCGAATTGTCCTTGCC
TCTGCCAACGACAGTCTGGAATCCAAGCGAGTGGCAAGATCAAAAGCGGC
TGGCCTTGTCTCCAACCCGTGAACACTTGCTGTCCATGCTGCCAATCTTT
GGAACAGATTTCCCTCCCGAGGGTAACCAAGACCAAAGGTGCTGTATGTG
CAGTAGCCAAATCAATCGGCAAACATGCACCAATCTAGCCAAATCGCTTT
TAACTCTTTACCGTGTGACACACCAGACTAGTACAAAATACTAAGTGTTG
ATAGGTGTAGATCGATATCCAAGCAATGGCAGAGTTTTGGGTCGATCACC
CTATCAACTTGGGAGAAGAGGAACGGAAATGAAAGGTTGCGTGAACTTTT
CAGGCCACAATATTCCGCCCAAACCGGTCTGTGATACGTGTTCGAGGTTT
GTTTGGCAATAAAGCCCTGAAGGCTTGCGTGCTGTGAATTGGTGCTGAAA
TTCATGGTTGGCATGTTTCAAAATACTTGGCACTTGCCTTTGAAGATTTC
ATTTCGATAAGCTCATGAGTGGCTTGGAAGGTTTTTGAGAAGTAAATCAC
ATTTCCAGACTCTTTGGCCAAGAGACCTCCTTCACGATGGGTGGTGAAGG
GCATTTTGTGTTCGTTTACGGAACCCTCAAACAGGGTGAGCCCAATCACC
ATTGGCTCAAAGACGGTGATAATGGGAAGGCTGCACTGATGGGGGAAGGA
ATAACCATGACCCAGTAAGTATTCACACAAGACATTTTATTTCGCCATTT
GTGTTTTGTTTTGTCACGGTCTGCTGTTGTGCTGTCTTCACCACACCCCT
TTGTCCCCGTTGGGCTAGCATAGATAAAGTAACATTATGGAACCCAACAT
ATTTATATAAATATTTAAAGGAGTGATCATTAGACCGCAGAAAAAGGGAG
CCCCAAGGATCATTGGTCATTGTGACCTGAACTACTTAAACGCAATCAGA
TCAGGGCAAGTGGGTGGCCAAAGTTGTCGCTTATGCGGAAAAACGGAGGA
ATCGCCCTGTCATCTAGCGAGTTTGCCCTGCAACCTGCCGTCTGTGGGCT
AGTATTCACGATGGCACCAATATATCCCTGGACTGGAATCCCAAGGTAGT
CTTGTCCCTTCTGGGTCAAACCATGACTATCTTAAACTCGGTCCAAGGAT
TAGAAAACATTTTCAGAAAGTCCTAAGGTCGAATACAGTGTGACACGAAA
GTTTTGTCCTGTTGGTAAAATCTACATAAATTTTTTATTTCATTGTAGAA
CAATTATAATTTATAACCCAATATGATCCCCCCGACATTGGACAACCTGC
CTCATTCTTCTTGGCATGCTTGCAACAAGATTTTCAAGGATATCCGGATT
CAAACTTTCCCATGCATGTACCAATTGCTTTTGGAGGCCATCAGTTGTGG
TTTCAATCGGTAACTCTGCAACCTTCTGTTTCAATATGGCCCAGAGATTT
TCAATCGGATTCAGGTTCGGGGAGTTGCCAGGCCATTCCCCCTTCCTCCA
ATACAATGGAAAATGGTCAGTGAGCCATTTTTGGTTTGCCAAGGCTGTAT
GAGGCGGCGCTGAGTCTTGCATAAAAATGACTTTTGAAGTGTCCTCGACA
AGTTTACGCGATACAATAGGTCCATCCATGGAGTCCCTAGACATTGCTTC
CATGGCACACTTGGCAAGAATTTCCTCGCGATAGTAATGCTGATTAACAG
TTTGCTTAGCCGGGACAAAGTGCAACCTGGAGACTGCACGGTGGCTGAAC
ATTCCCCAGACCATCAATTTTGGAGGATGTTTCACAGTCTGAACAATGGG
AAGTCCGTCCTTGTTTGAGGCCCATATCCGATCTGTGGAAGAATTAGGAG
GCGAATACAATTGAAAGAAGGATTCATCGGACCACAGGACACGCTTCCAC
TCGTCAATGGACCATGCAAGGTGGTCACGGGCGAACCGTAGTCGGGCAGC
CTTCATTTTAGCCGTCAAAAGTGGTATCTTGGGCCGGCGATAGGCATGGA
GGCCAAGTTGGCCCTTGAGATGTCTCCTTACAGTCTCTCTGGATACCGGA
TATCCTTTCTTGGTTAAACGAGCGGACAACTTTCGGACACTTTGACCTCT
TTTGCCAACGCTTAAAGTGATGACGTGTTTGGCCACAGCATGAACCTTCT
GAGGCCGACCACTNGCCCATATCCGATCTGTGGAAGAATTAGGAGGCGAA
TACAATTGAAAGAAGGATTCATCGGACCACAGGACACGCTTCCACTCGTC
AATGGACCATGCAAGGTGGTCACGGGCGAACCGTAGTCGGGCAGCCTTCA
TTTTAGCCGTCAAAAGTGGTATCTTGGGCCGGCGATAGGCATGGAGGCCA
AGTTGGCCCTTGAGATGTCTCCTTACAGTCTCTCTGGATACCGGATATCC
TTTCTTGGTTAAACGAGCGGACAACTTTCGGACACTTTGACCTCTTTTGC
CAACGCTTAAAGTGATGACGTGTTTGGCCACAGCATGAACCTTCTGAGGC
CGACCACTACGAGGCTTGTCCTTCAAGGACTCTCCAGAACGATAGCGAAC
CCACCAGCGCCGAACGGTTCGGTCTGAGACTTTGATAGTATCAGCGACCT
CTCGCTGGGAACGACCAGCCTCTAGCATCCCGATTGCCCGGTTCCGGAGG
TCAATACGCGACGGCATGTCTACCTGATAAAGTCATAAAAAGTCCAGATC
AACCATCTTTCACTTTTGTTTAGTAACTTTCAGTGATTACTTTCAACTCG
AAACACGATCTGGTTGACAGCTCTTTGATGACCGATTGCAGGGTTTTGTT
GTTGTGGAAAATCTGTTATGTCATTCCGTTGATGAGATATTTTGGAAAAA
GCGGGAAATTCAAATAGGACAAAACTTTCGTGTCACACAGTATGTTTCTT
CGGAGCTTTCTAACTGGGAAGTGATTGTCCTGTACTGATCATTCCTAGGG
CCTTCCAAACAAACAAAACAAACAAACAAGGGAGCCCCAAACGTCCAAAA
TGTAGAGGGTTTTAGAAAAAAACACAAAAGATTTTCTTTTAGATAGAAAA
AAGAAATGTAGACAAAGAAAACGTTTTGTTGGTCAACATTCTTACTTCTT
TGGGGAAAAAAATATTTACGCCTCGTTATTATGAACATGAAACCAGCCCT
ATCTCCAACGGAACGTGGTGTGATCCGGCTTTTTTTGGGCTTGCAAATTG
AGATCGAGAAGAGATACACACATTTTACTGTAATTGCCCCTCACTTTAAA
TGGAAGCAATTGAGTCAAATGGTACTCAACGTGCTTCAGGTACCTTTAAT
AGCAAAACTGAGAGAGAAGTGTAATTTCATTTGGTTCTGCTTCGACCAAC
CAGAATCCGGTCTTCAGGTACAAAAGTACGCGATTGTCTCCTTAAGATTA
AAATATTTTGCTTGGAAGTCTACGTTTTGCCAGCGGACGTAAAGTCCACC
TTAAGTTCAGATTACATCAAGGTTTTTAAAATTGACGAAATACAACCTGA
ACTAATCTTTTGCTACTCAAATCGGAATTGATCTTGGTAAACATTGGCAA
AAAAGATGTAAGACGCATATAAAGATGTTGGGACATTGCTCTGTTGTGTT
TTCTCTCATTCCCTATTTTAGGTAATCTAAATCTTTGAGGACTCTACTGT
ATGTCATTGTCATTTTCAAACAGGGAGCTTTATATTTTTGATTCTGCATT
TTGGTGTTGAATGTTTAGAAGTCTGATTGATCTTCGATTCTAAATCATAA
ATTGTTCCACTCATCTGTGGGACTTCATCCTTCAGCAGATTTTATTTTGC
GAAACTCCAATATAAAAATATATAGCACTCACTAAAATTAGAGTTCGAAT
ACTACAGTTGTATCACTCATATCACAAATATGTTACAAATAGTACAACTA
TTTTATAAATAGTACAACTATTTTATAAATAGTACAACTATTTTATAAAT
AGTACAACTATTTTATAAATAGTACAACTATTTTATAAATAGTACAACTA
TTTTATAAATAGTACAACTATTTTATCAATAGTACAACTATTTTATCAAT
AGTACAACTATTTTATAAATAGTACAACTATTTTATAAATAGTACAACTA
TTTTATAAATAGTACAACTATTTTATAAATAGTACAACTATTTTATAAAT
AGTACAACTATTTTATAAATAGTACAACTATTTTATAAATAGTACAACTA
TTTTATAAATAGTACAACTATTTTATAAATAGTACAACTATTTTATAAAT
AGTACAACTATTTTATAAATAGTACAACTATTTTATAAATAGTACAACTA
TTTTATAAATAGTACAACTATTTTATAAATAGTACAACTATTTTATAACT
AGTACAACTATTTTATAAATAGTACAACTGTTTTATAAATACTACAACTT
CTTTACAAACACCACAATGATATTACAAACACAACATTTTTCAAATACAA
CAGCTTACAAATACAACAACTTACAAATACAACAGCTTACAAATACAACA
ACTTACAAATACAACAACTTACAAAGGCAACAACTTTCAAATACTACCAC
CATGTTATAAAACTACAATTATATTAGTACAACAAATTGTAAAAATACAA
TTGTTTTACCCAAACAATGCAAATGCGTCAGTTAAGTTAAAATTGATACA
ATTATTTTACTTTTGCTTTGGGATGGCTGCAATAAATTTATGATTGGCAA
TAACACCTGTATTGAAGTTAAGTCAACAAATGTTATAATTATTGTTCAAC
AACTGCATACCACGGCAAAACAGTAACTCCAATTCTGACTAGTGTTTCCA
TCACCCAAACAAGTAGTTCTCTCCATAATCCAATGCCAATAGGTGACTGA
TTGACATTCACGACCCTGGTTAAGTCAGCTACATTGCAGTACATAACTCT
GTCTTGTTGGCATCCCGGTGATCATTGTCCAGTGTGACCATTGTTGTTCT
TTAAGGGTAAGAGTTTGCCCGATTAGTAAACGTACTGTATAAGAAGTGGA
AAACACACATGTTTTGTTTTGGTCAACAAAATTGATGAGATCTACAATGT
GCCGAACCGTAGTTGGTGCACTTTTCAACAGGCCTGGGGCGCAGCTTTAG
GATTGAGCGAGCGAGGAAAGCCCAAGATGTGATTGTGTCCTTTTTCTTCA
ATGATTATCTTATTCACTGACTACGAGTTTATCAAGTGATGCACTGAGAT
CCGTTTCCAACGCAACTTTCCCATTTTTACCGAGGAATATTTTTGCCAAA
ACTGCGTCTCCCAATTCCACATCCTATGCTTGGACCGAATTTGTTTCCAA
AATATTGTTTTGGAGCTTTTTATCTTGCAAACATTTACGTAGACTAGTAT
ACTTAAGTGTTTACTATGAGAAATCTGAGAGATTAGTTGCAATCGTGTGA
CTCATGGTCTTGGACTACTGGAAGACGCCGTTTCGAGTTTTCAAGGAGGC
TTACAGTAGGTAATTGGCCATAGCTTCATTATGTTTCAACCAAAGTGATT
CATCTTTTCATGCATGATGAAGAACTGAGAGTTTCTTCTGAATTGAGCAT
GGGAATGTAGTTTTTGGCGTCTGGGTGACTGAAAATTACCATTGGGAGGG
CATCATTGAAGAAGCCGAACTTGAGTGGAGCTCTGTTTGACCATCCATGG
TCTGGAATTGGACTATTTGGGGGGCGACACCTTATGCACCCGATGATGTG
AATCCAACTTAAACTCCTGGCGAAGTTTGAAGGCATTCACGCCTAAGAGG
GTGAAGCACTGGACACCAATACAAAAATAAATTCGGCCCCAAATTAGAGC
CACACTGAGGTCCAGTATGAAGGCCAGAATCATGGTTCAGTGTTAAGACT
TAGACTTAAAATACTCAGCACTCGTGGCCATTTAAATGAGATATAGCCTC
TAGTTCCTCCTTAATTTTGAATTCTATACTGATTTAATTGATTAATGATT
TTGTAAGTTTTGCCTACGCACCCTGTAGGGTTGATTGAACCCATGGATTC
CATTCTGCAAACTTTTGTATGTCATAGCTTTTGATACGGTCGGGGTTCCA
TTATCAAAAGGGCCAAACAGAAGGTATGTCGGGAGATTTGTTTCAAACTA
ATGCACATTCAATAGCCAATTATCTGAAAGAGTAAGATTTAAAACCGGAT
GATCTCGGGTTAAAGTTAAAGTATCTTCATGCCTTTTTGTGACATCCAGT
TGGGCCAAAATTTAAACCATCAAAGGGCTAAAGCGACGGCAACTCAAGGT
GGGCACAAAACTGGCCCAGGCTTTAGTTACCTCTTTGAAGGCTTCAAACC
AGTTCCGAAGTATGCCACCAGTTCACATCTTTGGCCGAGTTCAGTGGACC
CAATCCAGACGGACAGTGTTTTGTTTTGAATCCGACGGTCGCAACGAGTT
TGAACCAAACGGGCTGATCCAAATACCCCAAAGTACTACGTCAAGTAACA
AGTCTGAGATTCTGAACTATTAATATATTTCAGTAGGCGAAGACACTGTC
AAAAAACAAGGTCTCCTCTGTAGTCTAGCAAAGCTAAACATTTGGAATCC
CGTAATTGGAATACATACAGGAGAGGGCTGATGAAAAAGTCAAGTACTAT
GGGAAAATGGTTTCCCTTTTTGGCCAAAAGCACTTCTCAGCCGAACATAA
CACTATTTGCCCTTTTAAATTCATATCCTAACATGGTGGGCATTCTCCTT
CTTTCATTTATAGGAAATTTAAAGATCAGAATTAAGCCCTTTTCCGATTG
TTTCTTTCGTCACCTAAGAATTGTATCCCAGCCCACACGGTTGATGAGCA
GGATAATTCTCGTCAGCGGAGCAAAACGAAACCCGTCAGTGTTAATAAAA
ACAATTTAGCGCTATATCTGCGCAGTTTCGACGGATCGTCTTCCGGCACG
TCTTAGGATGTATCCTATCCCGTTTAGGAGTCAATGCAGTTCGTATGAGA
GCGCACTTGGGATAACTAGTCAAGACTAGATTTTTTGGCATGAGAGGAAC
CATCAGTCCTGACCGCTGACTAGTCAGTACTAATTGGGGAAAGTTGGGAA
CACTTTCGAAGACACCTATTGCGAATTGGGTCTACAGTATACACTAAGTT
AAACATGGCTTGTAATACACAAGATATTTTAACTTCTCATTTATATTTTT
TGTTATGTGTGCACGCTCTGGAGGCTCGTGATCGACTGTCTTTATTCAAA
AAGGGCAGAGAGAGTAGAGAACACAAATAAAAAAGTTAAAATCAGAAATC
GTTGGGCAAAGTTAAAGAAACTCAATTATGTGATACTAGTACAGTACTGT
ATGTTTATTTATATGAACATTAAGACTCGACTAGTATTCCGTAATTTCCA
ATGACCAGTAATCAATACTGGACACTTCTACCAGATTGATTGAAAGTGTA
ACATTAAAATCATGATTACTCACACACACGCTTAAGGACAAATCAGTTAA
TGGAGAGAACATTCAATGGTCATTATGAAAAAATGTAAATCAACTTTTCA
AACATAGTTAGAACAATGTATTGAAACAACATTGTCTGAAGCATACGTAC
AAATTTAAATGAAAGTATTGCAAGGAAACATGTTAGTCTCTTTACTTGTA
GGGAGTGCCAGACCGCCATTCCTAATCTGTTCAGGGTACAGTTAAAGACC
CTCTTCGGTTTGAATAGCATGTGTCATGCAAACGCTGACAGCTGAAAGTC
ATTAGACCTATCGAAGTGGTGAACGGTGATGACCATGGAACTTATGCATC
CCGGCATAAGCTGGGATGGGCATTGAATGGTCCCATTTTTAGACAAATGA
AGCACGAGGTCAAGAGTGAAGGCGCGACCAACGAAAAGCCCTTGGTGTAT
TGAATATTAAACCATGGCACTGCACAAAAGAGGTTGCCACGTCACTGCTC
AACATACAAATGAGACGGCTGTTGCCAAGGCGAAAACACTTATTTTCCGT
GAATCACGGGCGAGCAAAGCCGCAGGAGTGGCAAAGAAAGAAGGAAGGAG
CAATAATTATCTCGATGCATAAAAACGTGACATGGATGAGACAACACATG
ATTTTGTTGACATTTATTGCGTGCTCTCGTTGAAAATGAGCCTCGTAAAA
ACTGCCATGAAATTCATAACTCTAGGAATAACCAGCGCCCTTCTAGTGTG
TAGATCAGGACGTATCACAGACTATGTGTGGATAGCTAAAGCTCCACTGG
ATGCAGGTCAATCGAACTAGTAGGAGATGCAACCGAGAGTTGAAGCAATC
TCCTGAACTGCCGAGCTAGGCTGAAATGGCACTGCAACAGGCTGCCGAGA
TCCGCTGCTGATTTGTTCCACTTTTCCTGGATGATAATGCGTTCGCTACT
AAGTCTGTGCCTGAAGGGGAGGGATCCAAATTGAGAGGCAATATAATATT
TTCGCCAGCATTTCAGTCATTTGGGAAGTGTCTCTCCTCAAATATCAGGC
AAATAGCGATCCCCAGGAAAAGATTTCGAGTTTAGAGTCAAGTGCGATGT
TATGATGAAGCAGGATTAATCATTCACGCCTTTTAAAGTACAGGGACATT
GCCTTTGAGCTCTGGGTTTCAGCATTTCAAATTATATCCCATTAAATTGT
CGTCATTTATGGATGACTTCGGGTAACATTTAACTCAGTCACTTGATCCG
TCGGCCATTTTCACAGTCCGACGCTTTCTAAACGAAATTTTGGTTCAGAT
TAATTGCAATGAATTACTAGATCGCATATTTAAAAGCGAATAAAACCAGC
AAAAATGATGTTGCGACCAAAAATGTCAAATAAAACACGAAAGTATCACC
CAAAGCTACTTTCTTTTGCAAGAGCTTTTCTTACAAGAATTTGGCTCTGC
GTGGAACCTTGTACACATTGAAGAATTACACTTGCCAGACCTTGGGCCAC
CGTCAAAAGTGACCAGATTTTCAAATAAGAAATACAGATGCATTCAGCAC
AAAATTGGTTGCAAAAGTATAATCACAGCTAATGCAGCATTAATGGGCTG
AACTTGGCCAGCCTGACATCGCTGAGAGCTTCCCAGCGTGCCCAGAATCA
GCAATATGATCTGCCATTCGTTTTCGTTATTGGAAACTTCGACCAGCTCC
AGTGTTTACCGTAATGCTGGATTTCCTTGAGTACAGGGTGGGCCCTAACA
CTAAAACCCTTTACTAAAATTGGTTTGGCACACAAAATTTTGCACAAAAT
GGCAACTCTAACGCTTTCCAATGATTCCTAAGGAAATGATAACCAAACTT
GATAACAAATCTTAAAGCTTGAGTCGATCATTCATGTCATGGACGAGAAA
AGACAAGAGATCGCCACTTTGCTTCGCGCCGGCTACAGCCAGGTCAACAT
CATGACCACCTTGAACGTGTCCAAGACCATGGTGTATAATGCCAAAAAGC
GTCTTGATGCTTCTGGAGATGCCCGAAGATATCATGGAGGTGGCCGACGA
TCTGTGAGGACTAAGGCACTGGAGACTGCAGTCAAGGCCAAAGTCCGGAG
GAACCCCAGGAGGTCGGTCCGGAAATTGGCCAGAGACCACAATGTCAGTC
GGAAGACCATGAGATCGATTGTGGAGGATCTGGGATTGACGTCAAGGNTG
GCACACAAAATTTTGCACAAAATGGCAACTCTAACGCTTTCCAATGATTC
CTAAGGAAATGATAACCAAACTTGATAACAAATCTTAAAGCTTGAGTCGA
TCATTCATGTCATGGACGAGAAAAGACAAGAGATCGCCACTTTGCTTCGC
GCCGGCTACAGCCAGGTCAACATCATGACCACCTTGAACGTGTCCAAGAC
CATGGTGTATAATGCCAAAAAGCGTCTTGATGCTTCTGGAGATGCCCGAA
GATATCATGGAGGTGGCCGACCCCGATCTGTGAGGACTAAGGCACTGGAG
ACTGCAGTCAAGGCCAAAGTCCGGAGGAACCCCAGGAGGTCGGTCCGGAA
ATTGGCCAGAGACCACAATGTCAGTCGGAAGACCATGAGATCGATTGTGG
AGGATCTGGGATTGACGTCAAGGGTCATTCCAACTCGGCAGCTCATCACA
GAGGCCTCTAGGGTAAAGAGGATTGAGAGGTGTGCCAAGATCCTGAACTT
CTTAAAGCACAAGCCTGCTCCGAGGACGGTGATTCTCTTCTCAGATGAAA
AGTTGTTCTCCGTTGATGTTGCCCCAAACAGAAGAAATGATAGGTACCTA
TCAGCAGCCAAGAGACCTGATGTGGTCAACTTTCGGACCAAACACCCTGC
CAGCGTCATGGTATTCGGCCTTGTAGCATCTGACGGCAAAGCCATGCCGC
CAGTGTTCATCGAGCAAGGCGCCAAAATCAATACCGACGTCTATATGTCC
ATCTTGGCGGACAAGGTGAAGCCTTAGGTGATCAGGAACTATGGACCAGA
GGTTCACGTCGTCCTCCAGCAAGACGGAGCCTCCCCACATACGTCCAAGA
AGACGCAGGACTGGCTCATGGAGAACTTCAGCGAGAAATCCGGCAACCTT
GGATTTTGGGCCAAGGACTTTTAGCCCCCGAGCTCGCCGGATTTGAATCC
TTTGGATTACTCCATTTGGGCAGAAGTTGAGAGAAAGGCCTGCAACAAGC
CCCACATGTCAATTGCCTCATTGAAGACCAGCATCAAGAGCGCCTGGGCC
TCCATGACGTCTGACTACATCATCAATGTCTGTGCCAGCTTTTTGTTGGA
GGCAATGGGCCATGGGACACTTATTCAGTGCATAGAAGTGGCTACTTCAG
GGTACAATATCAACGTCACAAGCCAAATACATTTGATCAAAAATTTGATT
TTTCACTAGAAGCATGATTTTTCAGATCTCTCAATATGGGTTGCCAAATT
GGTTCCGAACAAATCACATTTTTAATGCTCACCTTCGGAAAAGATCTTTC
TTCTCCAGTCTTTCTCAAAAGTGAATCCTTCCTCGTTTTTGATAACTTGA
TGACTACAGGTTTGATATTCAATTTAAACGCATCGCAAATGGTGAAGGCA
CAATTCATGATAAATTCGTATTTGCATTTTGTTCTTGATTGCTCTAAATT
GACACAGATAGGGACAGTAGAGTATTTGGTGGTAGTGCTTTATCTCCTGG
TCGGCCAAAGCATTAGAAAAGTTGTTGCTAGAAAGGAACGCTTGGCAGGA
CCGAGAAAAGCTGGCCCCTAAATCGTCCTTATCCCTAAAAATGAAAAAAA
ACACAATCGAAGTGATGAGAATAAGATCATGAACATAACTAGCAAACCAG
AAAAATCTCTCCCGACAACTACTTGTTCTCGTTTCGGCATTTGGTCATAA
TTGGGTGAGCAACTACTCGAGGATGTACATACACTGTACGTAATGTAGAG
GTGGAATACATTCAGCCATGGGTCACTCGAGTCACCAGATGACATCCTCT
GACTGCACATCTAGACTTCGAATTACTGCAACAGTTCTTGATTTAGAATT
ACTGCAACAGTTCTAGATTTAAAATTACTGCAACAGTTCTAGACTTCGAA
TTACTGCAACAGTTCTAGATTTAGAATTACTGCAAAAGTGCAAGACTTCG
AATTACTGCAACAGTTCTTGATTTAGAATTACTGCGACAGTTTTTGATTT
AGAATTATTGCAACAGTTCAAGATTTAGAATTACTGCAACAGTTCTAGGC
TTAGAATTACTGCAACAGTTCTAGACTTAGAATTACTACTTGGCGTTTCC
TTTGATGCAAACTTCTCGTTAGAGGGCAATAGCCTCACCCTTGCGAAGGC
TGCACGAATACGTTCGGGCGTCTTGTTTTCCCCACCTCAAGTTCAATGAG
GACATCAAGAGCTGACTCGGCTGGGATAGTACCCCATCCACTGTCCAAGC
CCGCCAACACCTTGGCAGACTACGGAATCTCTCTTTGGAATCGCAATCCC
GTCCTAAGGGCAGCCAAAACGAAGGGAGAGGCCAAATCTGCCGCCTGTGC
AATAGCAGCGTTGGCTCCTACATAGGAAATCTCCTGAGGTCGCCCAAATG
ATCCGTCTTAAATATTTGGGAACCATTTTCGCCACCTGTCAAATAATTGT
TTGTTTCCCCTCTTTTAGTTTTATTATTGTTTTGTCGCCCTAACATGTGA
ACTAGCAATCGATTGCTAAGTGTTAGCTTGGGCTTAAGTATTGCCAAGAA
AATACACACGATTACACACTGCAACAGTTCTTGATTTAGAATCACTGCGA
CAGTTATAGATTTAGAATTACTGCGACAGTTATAGATTTAGAATCACTAC
AACAGTTCTTGATTTAGAATTACTGCGACAGTTCTAGATTTAGAATCACT
GCAACAGTTCTAGATGGTCAATTACATAGGCATACATTATGATGCATATT
ACAAAGGTCTCTGGTCCACACAGCACTACTTTCCAATGGAACAGTTGATA
GTCCAAGAACGTCTAGATTAGTAGAGGATGGCTTGCTTTTTAGCGCTTAT
GCAAGTTGGAACCGAGCTTGAGGAGTGATAGAAAGATGTGAGGTTAATGA
TACGTCTTGCAAAATGAAATAATATGAAATAAAGGCTGTAAACAAAATAT
ATTGTTGAAACAACATTATTGTGAGTATGGTTACTGTTCAAGCCAAGTTT
TTGATGTTGTATAAAATGATGCCGCACATCTCTCTATCGCTTCTCAAGCT
CGGCCTCCATTTTTATAAACGCTAAAAGAGAGTCATCCGTCGGGGTTGCA
AGATTCCTCTCATTTTGTGTGTTATGCCGGTAGACAGCTTGAATGGTGAA
GAGCTTCTCATCGATGAATAGGACTGGAACGTTTCTGCCGTTGCCTCTCC
AGCCTTTTGGACTCAGTGGACTCCGAAAGCAGTTGAAGTTTCACCTTTTT
GATTGGTTTCATCCCATATGTGATTAAAATTGTAGAGCAATTGTCTATCC
GTTCCTGAGGTATAAAAAAAATCTATTTTTTTTCAACGAGACATCGGGAT
TTGGAACTTTTGTTTCATTTCGGAGTGCCGATGTTCTGGCTTTACATTTT
TCAGGTATCCACTGGTGATTGCCTCCAAGTTCAATATTCCGTTTCTCTTG
AACATCCCCAATGAGGGTCACTTGATCAAGGGCGAGGTGTACAATGTGGA
CGAGGAGAAACTTCAGCATCTGGATGTCCTGGAGGACTATCCCAAGCTCT
ACACTCGACGCTTGGAGAAGATCAAGGTCCTCAAGCCCCTCAACACATTG
GTAGAGGGTGTCGTCGAGTTGGAATGTATTGCCTATTTCCTTATCAAACA
CAAGGCCGAAATGCTGGAACTGCCCTATTTGGACGATTATTCATCCTCGG
GCACCCATGGATTGCCCTATTCTAGCTGGTATGAGCAGGTTAAGAGCGAA
TTGTTTGAAATTGTCAATTAAATCACTCATCCTGGCTCATGTTTCGCTTT
CCTCATCTCCTTTTCAGCAATGACGACCTGAGCGATCCCAACGACATTTA
AATGGTCAAATTATCCATCTACTGTCCAATTCATTTTTGTCTGACTTGAT
TCCTGAACTCGATTCGCGAACTCTTTTCGCTCAAGTCTTGATGCACTTAG
GCACAGCCACAAAATGTACTTGAAGCGATGCACCCCAAAGTTAGCTACCA
GCCAATGACAATGTCGAAGTTGTCACTGGGCAAGATTAAACTCAGAATGA
TTTCATTGATGGGAAGAATCCGAACGTTTCGATTCTGTCAAAGCAAATGC
TCTCCTTCCAAGAGCCTGGTACACCGTAAACTGCAGTAATTATGGTTCTG
GATTGGCAAAAACACCAATACAAAGTACCAAGGCTCTGGAGTAGAGGTAT
GGGCATTTCGAACCCTGTTGGAAAAGAAGTGATGACGTCACTCTGTGGGG
GAAGAGTGGGAAATTCAAATGCGACTGGACTCGTGGTCTCCTGCCTCGCA
TTTATTCAGGTTGCGTGAGCAGACTTGAGATGTTCCGGAATTGAACCTCA
GGACCAAATTTGTCATACTACTTTTTTAACTTTCCCGCTCAATCCCACAC
CGTGATGTCACCCAGGCAGTTTGCTTGGACTCTCCAAATGTCCCTATCTC
TAAAGGCTGCAGGGTTTTGCATAGTACATTATTGCCCTCCACCAACAAGG
TCTTGGTTGGGCGAAATGCGTCATTGTTTTGAGTGTATATTTACCCCCTT
CTGCTTTGCTCGTCTTCGTACTTTTTCCGCCCTTTTCTACTCTACACTCT
TTCATGTCTACACTTTTTCATGTTCTTATTACACAATTTTCCTCATCAAG
GAGTGTGAGTGTCTGCTCTGACATGGCTTGCATGTAGTGTGGGTGGTTGT
TATCTTACCTTCCGGTGGTTTTGTGTTCGCACCATGGACCACCTATGGGA
ACATGGCCCACTGATATTATTAGCTAATTTAGCTAGTCGGGGTGCAGCCC
CGTACAATCCAGTTCCAACCACTACTTTAATTTGTGGGAAACCAGAAGGG
ACCCTTCTTCAAAATATGGCCGCACCTGTGTCCGACAAAATAAATCTTTA
ACATCTACTATACAGTCCACTAGTTTTACTACGATCGAGGACAAAGTGGC
AATCCATCCAATCTTGAGGGCTGCCAATCTGACACCTACTCTTTTAATTA
AAATGGTGCTTATCCAAACCATCAAAAGGGGCCACTTAGAATGGATCGGT
CCGTGGAACCTGTTGTCTTGGCTTTGATTCTAGGGCGTGTCTACTCAACA
TCCTGATTCCATGATATTTGTCTTCAGAAACATGCAGATCAGTGTATATA
AGATTATGGGAGCTAAGTTACAAGGCCAACATCGCCTTCACTTGCACGTA
TCTGCAAACCCATTGCCAACCCTGGGGCACACTATAATACATACTAGCCA
TAATCGCTAATAGTAATTGATATATCATGTGACCACCAAACCAGGTTTTG
ATGCGTTGTTCAATCGAGACAGAGTGCGTTCCCTCTAGGATTGTCTGCAA
AACATAAAAGTTCTTATGTAGAGCTCCTTGGCCAATGCTACCATTTACGT
ACTGTATAGACTACAATGTCAAACTCATTAATAAATTATGGCTTTCTCAT
CCATTTAGCCGCCAATAAAGGGCCTGAGATGTGAAGGGTACATTTCGGAA
AATCTGGTTTGCTTCTAGTATTTGTAATGGAATGTTATCATCGGGTGCAA
TCGCATTGCAAAACCCAGACATGAGACTGACGAAGACACAAAGCTGTCCA
AGCGGATCATTGGGCACAAAATGGGAATGCGCATCGTTTGGACGCCGCTC
AACTGATCCAATGTATTATCGACATGGCAGAATGGCAGACTAGAAATTGC
AAGATGCATGGCGTTTGGTACGTAGATATCACCTCTAATCTTGATTCGAC
ACTTTGAAACCAGGTTTTGATGCGTTGTTCAATCGAGACAGAGTGCGTTC
CCTCCATGATTGTCTGCAAAACAGCCTGCATCTTGCAGTCTGCCATTCTA
CCATGTAGAGAACACCATGACTGATCCACGGTCATTTGGTCTTTGGTCGT
GGCTGTATTCGGTAGCGATAAAGACACTGTATTCCAGGAATAATGCATTT
GAATTGTTTGACTTGAACGCAGAATGAAGGCGTTTTGCAGTTGTTTTTCC
TTGTCATGGAGATTGGAACCAACGATCATGGTAACAGCTTGGCAAAAACT
CAATGTTAAATACAACGTCTTTTCCTAATAGGGCTTCCAAAATTATTGCT
AATTTAAATTAGCGATTGCCAATCCTTTTTTAAAAAGATATCGATAGTTG
GTCGACTCGAAGATTTTGTGTAAATGGGCTAGTGTTCATAAATCAACCAA
AACAGTACAGAAGAAGTTCACACCGAAAGGAGTGTAATAGTCATGTATTT
CCCACATATTAAAATAGGTTCATGCCGGGAGTCAACATCTAGCCAACGAA
TGATAGTCAATAGTGTTAGGGCCATTTATAAAAACATACCGGTAATTACA
GAATACTGGAAAAATATAATACTAAATGTGAACAAGGCTGTCCACATCAA
TAAATGTTAACAGTACTAATACACACACACAATAAATGTTAACACAACCT
CACCAGGCAAAGGTTGTGTACAAAACTCAAAAATTGTACACGAACAATTC
AAAGCACAACAAATATTTAAATCAAGAAAAAATGATGAATATGCAATAAA
AATTATTTTCCTATTTATTTGCTTAAACAGAGAATCTCGAGAAAACCGTA
AAATTCCTGAAATTTGAATTCCGTATCAACTTCTGAATACTTGGGCGGAA
ATAGCCTTCCAAAAAAACTACTGTACCAGAGAGACCATATTGTACATACT
GTATAATATAGCCGTAAAATGAGATACATCGAAAAGAAATCAAAAACTTG
AAGAATATGGAATGGCTTAAAAAACATCAAATATAAGCTGAAAAGTCATC
AAAAAATGTTGATTTTTCTATGTCAATCATACAATCTTGAAAGTGACGAT
AGTGGCATTAAAATTAGCGATAATCAATAATTTGCTAAATCTTCGACGAT
TAGCGAATACCAGTTAGCAATAATGAAAATACCAAAACCATTTGGTTGGA
TAATATCCCCTGGGTGCTGCTTGGAATGTCCTCTGATCTCAAGGAATACA
TTGGGACCTTAGTGGCATAAATTGGGTCACGCCATGGCCGCTGTCATAAG
ACCGAGGTTGGGCGAGGATTCCCCCATGTTCACACACGTCAAGGCCATGC
AGGTCGCCCTAAATGATGTGGCTCAAACGATCAGCGGCTCAAGGAGGGTG
GATGACATCAGAATCCAAGATCTGATGAGTGTTGCCAAGTTGACCGCCAT
CAATCACCGCGCCACCGTTGCCACAACGATGCGCTGCTGGTGA

Synonyms

The feature 'AGAP011128-PA' has the following synonyms


Synonym
Tk12762

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