hypothetical protein EAI_01984, maker-scaffold387_size188669-snap-gene-0.14 (gene) Tigriopus kingsejongensis

Overview
Namehypothetical protein EAI_01984
Unique Namemaker-scaffold387_size188669-snap-gene-0.14
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of hypothetical protein EAI_01984 vs. L. salmonis genes
Match: EMLSAG00000003542 (supercontig:LSalAtl2s:LSalAtl2s1945:43386:44893:-1 gene:EMLSAG00000003542 transcript:EMLSAT00000003542 description:"augustus_masked-LSalAtl2s1945-processed-gene-0.2")

HSP 1 Score: 424.476 bits (1090), Expect = 3.938e-146
Identity = 213/445 (47.87%), Postives = 284/445 (63.82%), Query Frame = 0 
Query:   26 RSEKRVYKMVLTGGPCGGKTTGQAKLATFFENLGWKVYRVPETATVLMSGGIAFGELNTEQVMDFQ-----------ENLIRTMLALEDTYFSMAQKSGQNCLVICDRGTMDASAFISRDQWLKLLEKVDLDEEHICEGRYDHVVHMVSAAVGAEDFYSCDQHAARFEGIELARERDRNAMNAWTMHPYVDIVDNRIDFDNKLKRLVDIVVRRIGLEIGDQFKANSRKVKFVIKGPMPAIAQFPSYADFEVEHHYLRSGLAGIQSRLRKRSHQGRTTYTCTVRRPEKKGQIIEEKTSLSKKDYENLLNHVDERHMPIFKTRRCFLYQHQQYQLDVYRDPCHPRCRGLILLETFTTLPPSELQSHLPPFLQVALEVTGDPAFSMFNLALRSDWIEKSHHFCHRLSLSASAIPENDLERLKTQSQEAQSAQKRFTETIDQYSSDYSS 459
            +S+K V+K+VLTGGPCGGKTTGQA+L+T  E +  K +RVPETATVL+SGGI F EL+ E  M FQ                              ++ +NCLVICDRGTMDASA+I+  QW  +L    LDE  + + RY+ VVH+ SAA GAE FYS D H  R EGIELAR+RD  A  AW  HPYVD+VDN  +FD K+K+L+ IV  R+G+ + D+ +++++K+KF++ GP+P  + FPS+ DF+V H YL++     Q RLRKR  +G+ +YT TVR+    GQ+IE K+ ++ +DY +L N  D  H PI KTRRCF+Y  Q +QLD+Y DP H RCRGL+ LET+TT    E+  +LPPFL +  E +GDPAFSMFNL+L  +W   +  FCHRLS        +D E  K  + E + A+KR   T  +  S Y S
Sbjct:   18 KSQKIVWKLVLTGGPCGGKTTGQARLSTXXEXIXXKXFRVPETATVLLSGGIDFSELDEEGAMKFQVKNDSXXXXXXXXXXXXXXXXXXXXXXXXXETKRNCLVICDRGTMDASAYINHQQWENILTSNSLDEVELRDNRYNQVVHLTSAAKGAEQFYSLD-HPTRNEGIELARDRDTRAAEAWXGHPYVDLVDNSSNFDTKIKKLIAIVAFRMGINVSDRLESDAKKLKFLVNGPLPQKSIFPSFRDFQVTHTYLKTDGRNTQCRLRKRGIKGKWSYTHTVRKV-VNGQVIEVKSPINHRDYLHLSNQQDRSHFPIIKTRRCFMYNDQYFQLDIYEDPVHERCRGLMFLETYTTKSVKEITENLPPFLDIDSEASGDPAFSMFNLSLHEEWT-NNKEFCHRLS--------DDEEDGKFSTTEVKEAEKRLANTRSKQGSKYHS 451
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BLAST of hypothetical protein EAI_01984 vs. L. salmonis genes
Match: EMLSAG00000009389 (supercontig:LSalAtl2s:LSalAtl2s5:1377738:1378415:1 gene:EMLSAG00000009389 transcript:EMLSAT00000009389 description:"augustus_masked-LSalAtl2s5-processed-gene-13.0")

HSP 1 Score: 265.774 bits (678), Expect = 2.105e-87
Identity = 119/207 (57.49%), Postives = 161/207 (77.78%), Query Frame = 0 
Query:   26 RSEKRVYKMVLTGGPCGGKTTGQAKLATFFENLGWKVYRVPETATVLMSGGIAFGELNTEQVMDFQENLIRTMLALEDTYFSMAQKSGQNCLVICDRGTMDASAFISRDQWLKLLEKVDLDEEHICEGRYDHVVHMVSAAVGAEDFYSCDQHAARFEGIELARERDRNAMNAWTMHPYVDIVDNRIDFDNKLKRLVDIVVRRIGLEI 232
            +S K V+K+VLTGGPC GKTTGQA+L+TFF++LGWKV+ VPE ATVL+SGG+ F EL+ E  M FQENL++TM+ +E+++F +A++S QNCLVICDRGTMDASA+I+ +QW  +L    LDE  + + RY+ VVH+ SAA GAE FYS D H +R EGIELAR+RD  A  +W  HPYVD++DN  +F+ K+K+L+ IV  R+G+ +
Sbjct:   18 KSRKIVWKLVLTGGPCSGKTTGQARLSTFFKDLGWKVFCVPEAATVLLSGGVNFSELDAEAAMKFQENLLKTMIQIENSFFDLAKESKQNCLVICDRGTMDASAYINHNQWENILTTNSLDEVELRDNRYNQVVHLASAAKGAEQFYSLD-HPSRNEGIELARDRDTRAAESWVGHPYVDLIDNTSNFEIKIKKLIAIVAFRVGINV 223
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BLAST of hypothetical protein EAI_01984 vs. SwissProt
Match: gi|122063637|sp|Q7K556.1|TTD14_DROME (RecName: Full=TRPL translocation defect protein 14)

HSP 1 Score: 451.825 bits (1161), Expect = 2.972e-155
Identity = 201/388 (51.80%), Postives = 285/388 (73.45%), Query Frame = 0 
Query:   28 EKRVYKMVLTGGPCGGKTTGQAKLATFFENLGWKVYRVPETATVLMSGGIAFGELNTEQVMDFQENLIRTMLALEDTYFSMAQKSGQNCLVICDRGTMDASAFISRDQWLKLLEKVDLDEEHICEGRYDHVVHMVSAAVGAEDFYSCDQHAARFEGIELARERDRNAMNAWTMHPYVDIVDNRIDFDNKLKRLVDIVVRRIGLEIGDQFKANSRKVKFVIKGPMPAIAQFPSYADFEVEHHYLRSGLAGIQSRLRKRSHQGRTTYTCTVRRPEKKGQI-IEEKTSLSKKDYENLLNHVDERHMPIFKTRRCFLYQHQQYQLDVYRDPCHPRCRGLILLETFTTLPPSELQSHLPPFLQVALEVTGDPAFSMFNLALRSDWIEKSHHFC 414
            +KRVYK+VLTGGPCGGKTTGQ++L TFFENLGWKV+RVPETATVL+SGG+ F +L  ++   FQENLIRTM+ +E+TYF +   S +NCL+ICDRG MDASA+IS+D+W K++   + +   + + RY+ ++H+VSAA GAEDFYS + HA R EG++LARE D  +  AW  HPY D++DN  +F+ K+ R+++ V +++G++IGD+ +A SRK+K+++   +P  ++FP + DF+V HHYL+S    +Q+RLRKR  +   +Y  T RRP   GQ  IE KT L+ +DY NLL   D+ H  I+K RRCFL  +Q +QLD+Y++P HPRC+GL+LLET+++L    L++ +P FL +  EVTGDP +SMFNL+L+ DW   +  FC
Sbjct:   63 DKRVYKIVLTGGPCGGKTTGQSRLCTFFENLGWKVFRVPETATVLLSGGVKFSDLTEKEAYKFQENLIRTMVQIENTYFELGNSSNRNCLIICDRGVMDASAYISKDKWEKMMAGNNWNPVEMRDNRYNQILHLVSAANGAEDFYSTEDHACRSEGVDLARELDYKSAAAWVGHPYFDVIDNSTNFETKMNRMIESVCQKLGIDIGDRLQATSRKLKYLV-ALLPPDSEFPPFQDFDVVHHYLQSAGPKVQARLRKRGQKNHWSYIHTQRRPNVHGQARIEVKTQLTHRDYMNLLAQRDDAHFTIYKKRRCFLINNQYFQLDIYKEPGHPRCKGLVLLETYSSLTGDALKNCMPKFLNIVKEVTGDPDYSMFNLSLKEDW-STTKKFC 448
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BLAST of hypothetical protein EAI_01984 vs. nr
Match: gi|1325256248|ref|XP_023321488.1| (TRPL translocation defect protein 14-like [Eurytemora affinis] >gi|1325256256|ref|XP_023321496.1| TRPL translocation defect protein 14-like [Eurytemora affinis])

HSP 1 Score: 561.607 bits (1446), Expect = 0.000e+0
Identity = 252/391 (64.45%), Postives = 315/391 (80.56%), Query Frame = 0 
Query:   29 KRVYKMVLTGGPCGGKTTGQAKLATFFENLGWKVYRVPETATVLMSGGIAFGELNTEQVMDFQENLIRTMLALEDTYFSMAQKSGQNCLVICDRGTMDASAFISRDQWLKLLEKVDLDEEHICEGRYDHVVHMVSAAVGAEDFYSCDQHAARFEGIELARERDRNAMNAWTMHPYVDIVDNRIDFDNKLKRLVDIVVRRIGLEIGDQFKANSRKVKFVIKGPMPAIAQFP-SYADFEVEHHYLRSGLAGIQSRLRKRSHQGRTTYTCTVRRPEKKGQIIEEKTSLSKKDYENLLNHVDERHMPIFKTRRCFLYQHQQYQLDVYRDPCHPRCRGLILLETFTTLPPSELQSHLPPFLQVALEVTGDPAFSMFNLALRSDWIEKSHHFCHRLS 418
            KR++K+VLTGGPCGGKTTGQA LA FFENLGWKV+RVPETATVLMSGGI+FG+L  EQV+DFQE+L+ TM+ALEDTYFSM +K  QN L+ICDRG MDASAFI ++ W ++L K+ L++  I + RY+H+VHM SAA+GAE FY+ + H+ARFEG+ELARERDR AM+AW  HPYVDI+DNR DFD+K+ +L+D+V +RIG+ +GD+F ANSRKVKF+I   +P   +FP  + DF+V HHYL S   G Q+RLRKR   GR T+T TVR+PE +GQ +E K  +S++DY NLL H D+ H+P+FKTRRCFLYQ+QQY LD+YR PCHPRC+GL+ LETFTTL   E+ S LPPFL+V   VTGDPAFSM+NL++RSDW E    FCHRLS
Sbjct:   14 KRIHKLVLTGGPCGGKTTGQASLANFFENLGWKVFRVPETATVLMSGGISFGDLTEEQVLDFQEHLVVTMMALEDTYFSMGEKCAQNVLIICDRGVMDASAFIDKEAWDRILSKLSLEDIEISDNRYNHIVHMQSAAIGAEKFYTTEDHSARFEGLELARERDRRAMDAWRDHPYVDIIDNRSDFDSKINKLIDLVAKRIGINVGDRFNANSRKVKFLISS-VPKDEEFPVKFTDFQVVHHYLHSAKKGFQTRLRKRVRNGRPTFTFTVRKPELQGQTVEMKQQVSQRDYLNLLTHRDDSHLPVFKTRRCFLYQNQQYSLDIYRSPCHPRCKGLVFLETFTTLEDKEILSSLPPFLRVKRNVTGDPAFSMYNLSIRSDWQESVDQFCHRLS 403
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BLAST of hypothetical protein EAI_01984 vs. nr
Match: gi|1325299671|ref|XP_023331703.1| (TRPL translocation defect protein 14-like isoform X2 [Eurytemora affinis])

HSP 1 Score: 497.664 bits (1280), Expect = 4.634e-171
Identity = 226/396 (57.07%), Postives = 302/396 (76.26%), Query Frame = 0 
Query:   23 KGFRSEKRVYKMVLTGGPCGGKTTGQAKLATFFENLGWKVYRVPETATVLMSGGIAFGELNTEQVMDFQENLIRTMLALEDTYFSMAQKSGQNCLVICDRGTMDASAFISRDQWLKLLEKVDLDEEHICEGRYDHVVHMVSAAVGAEDFYSCDQHAARFEGIELARERDRNAMNAWTMHPYVDIVDNRIDFDNKLKRLVDIVVRRIGLEIGDQFKANSRKVKFVIKGPMPAIAQFPSYADFEVEHHYLRSGLAGIQSRLRKRSHQGRTTYTCTVRRPEKKGQIIEEKTSLSKKDYENLLNHVDERHMPIFKTRRCFLYQHQQYQLDVYRDPCHPRCRGLILLETFTTLPPSELQSHLPPFLQVALEVTGDPAFSMFNLALRSDWIEKSHHFCHRLS 418
            K  + +++++K+VLTGGPCGGKTTGQA+L+TFFENLGWKVYRVPETATVL++GG+ F EL      +FQENL+RTM+ +E+++F++A+ S +NCL+ICDRGTMDASAF+S+++W ++L K   DE  I + RY  VVH+V++A GAE FYS D HA R EG+E ARERD  A  AW  HPYVDI+DN  DF+NK+ RL+  V  ++G+ IGD+ K N+RKVKF I GP+P  + FPS+ DFEV HHYL++    +QSRLRKR   G+ +Y  T+R+ +  GQ+IE KT L+ +DY +LL+  D  H+ + K RRCFLY +Q +QLD+Y+DPCHPRC+GL+L+ET+TTL P+E+   LP FL +  EVTGDPAFSMFNL+LR +WI  +  FCHRLS
Sbjct:   24 KAEQKKRKIWKLVLTGGPCGGKTTGQARLSTFFENLGWKVYRVPETATVLLAGGVNFAELPQYAATEFQENLLRTMIQIENSFFALAEASERNCLIICDRGTMDASAFVSKEEWEEILLKNGCDEVDIRDNRYHQVVHLVTSAKGAERFYSIDDHATRKEGLEEARERDTRAAEAWIGHPYVDIIDNNSDFENKINRLISCVAVKMGIHIGDRLKVNARKVKFAISGPLPPDSSFPSFRDFEVVHHYLQTASRTMQSRLRKRGRLGKWSYIHTIRK-QVSGQVIEVKTPLTHRDYTHLLDQQDPLHLTVNKIRRCFLYNNQYFQLDIYKDPCHPRCKGLMLIETYTTLAPNEVIDRLPKFLNIDQEVTGDPAFSMFNLSLREEWI-NNKKFCHRLS 417
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BLAST of hypothetical protein EAI_01984 vs. nr
Match: gi|1325299675|ref|XP_023331705.1| (TRPL translocation defect protein 14-like isoform X3 [Eurytemora affinis])

HSP 1 Score: 497.278 bits (1279), Expect = 7.300e-171
Identity = 228/412 (55.34%), Postives = 307/412 (74.51%), Query Frame = 0 
Query:   13 PGLAEPEQFIKGFRSEKRVYKMVLTGGPCGGKTTGQAKLATFFENLGWKVYRVPETATVLMSGGIAFGELNTEQVMDFQENLIRTMLALEDTYFSMAQKSGQNCLVICDRGTMDASAFISRDQWLKLLEKVDLDEEHICEGRYDHVVHMVSAAVGAEDFYSCDQHAARFEGIELARERDRNAMNAWTMHPYVDIVDNRIDFDNKLKRLVDIVVRRIGLEIGDQFKANSRKVKFVIKGPMPAIAQFPSYADFEVEHHYLRSGLAGIQSRLRKRSHQGRTTYTCTVRR--PEK----KGQIIEEKTSLSKKDYENLLNHVDERHMPIFKTRRCFLYQHQQYQLDVYRDPCHPRCRGLILLETFTTLPPSELQSHLPPFLQVALEVTGDPAFSMFNLALRSDWIEKSHHFCHRLS 418
            P   + E  ++  + +++++K+VLTGGPCGGKTTGQA+L+TFFENLGWKVYRVPETATVL++GG+ F EL      +FQENL+RTM+ +E+++F++A+ S +NCL+ICDRGTMDASAF+S+++W ++L K   DE  I + RY  VVH+V++A GAE FYS D HA R EG+E ARERD  A  AW  HPYVDI+DN  DF+NK+ RL+  V  ++G+ IGD+ K N+RKVKF I GP+P  + FPS+ DFEV HHYL++    +QSRLRKR   G+ +Y  T+R+  P +     GQ+IE KT L+ +DY +LL+  D  H+ + K RRCFLY +Q +QLD+Y+DPCHPRC+GL+L+ET+TTL P+E+   LP FL +  EVTGDPAFSMFNL+LR +WI  +  FCHRLS
Sbjct:    5 PAGIDLEMMMEAEQKKRKIWKLVLTGGPCGGKTTGQARLSTFFENLGWKVYRVPETATVLLAGGVNFAELPQYAATEFQENLLRTMIQIENSFFALAEASERNCLIICDRGTMDASAFVSKEEWEEILLKNGCDEVDIRDNRYHQVVHLVTSAKGAERFYSIDDHATRKEGLEEARERDTRAAEAWIGHPYVDIIDNNSDFENKINRLISCVAVKMGIHIGDRLKVNARKVKFAISGPLPPDSSFPSFRDFEVVHHYLQTASRTMQSRLRKRGRLGKWSYIHTIRKQTPSQAGGVSGQVIEVKTPLTHRDYTHLLDQQDPLHLTVNKIRRCFLYNNQYFQLDIYKDPCHPRCKGLMLIETYTTLAPNEVIDRLPKFLNIDQEVTGDPAFSMFNLSLREEWI-NNKKFCHRLS 415
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BLAST of hypothetical protein EAI_01984 vs. nr
Match: gi|1325299667|ref|XP_023331702.1| (TRPL translocation defect protein 14-like isoform X1 [Eurytemora affinis])

HSP 1 Score: 495.352 bits (1274), Expect = 5.406e-170
Identity = 227/402 (56.47%), Postives = 303/402 (75.37%), Query Frame = 0 
Query:   23 KGFRSEKRVYKMVLTGGPCGGKTTGQAKLATFFENLGWKVYRVPETATVLMSGGIAFGELNTEQVMDFQENLIRTMLALEDTYFSMAQKSGQNCLVICDRGTMDASAFISRDQWLKLLEKVDLDEEHICEGRYDHVVHMVSAAVGAEDFYSCDQHAARFEGIELARERDRNAMNAWTMHPYVDIVDNRIDFDNKLKRLVDIVVRRIGLEIGDQFKANSRKVKFVIKGPMPAIAQFPSYADFEVEHHYLRSGLAGIQSRLRKRSHQGRTTYTCTVRR--PEK----KGQIIEEKTSLSKKDYENLLNHVDERHMPIFKTRRCFLYQHQQYQLDVYRDPCHPRCRGLILLETFTTLPPSELQSHLPPFLQVALEVTGDPAFSMFNLALRSDWIEKSHHFCHRLS 418
            K  + +++++K+VLTGGPCGGKTTGQA+L+TFFENLGWKVYRVPETATVL++GG+ F EL      +FQENL+RTM+ +E+++F++A+ S +NCL+ICDRGTMDASAF+S+++W ++L K   DE  I + RY  VVH+V++A GAE FYS D HA R EG+E ARERD  A  AW  HPYVDI+DN  DF+NK+ RL+  V  ++G+ IGD+ K N+RKVKF I GP+P  + FPS+ DFEV HHYL++    +QSRLRKR   G+ +Y  T+R+  P +     GQ+IE KT L+ +DY +LL+  D  H+ + K RRCFLY +Q +QLD+Y+DPCHPRC+GL+L+ET+TTL P+E+   LP FL +  EVTGDPAFSMFNL+LR +WI  +  FCHRLS
Sbjct:   24 KAEQKKRKIWKLVLTGGPCGGKTTGQARLSTFFENLGWKVYRVPETATVLLAGGVNFAELPQYAATEFQENLLRTMIQIENSFFALAEASERNCLIICDRGTMDASAFVSKEEWEEILLKNGCDEVDIRDNRYHQVVHLVTSAKGAERFYSIDDHATRKEGLEEARERDTRAAEAWIGHPYVDIIDNNSDFENKINRLISCVAVKMGIHIGDRLKVNARKVKFAISGPLPPDSSFPSFRDFEVVHHYLQTASRTMQSRLRKRGRLGKWSYIHTIRKQTPSQAGGVSGQVIEVKTPLTHRDYTHLLDQQDPLHLTVNKIRRCFLYNNQYFQLDIYKDPCHPRCKGLMLIETYTTLAPNEVIDRLPKFLNIDQEVTGDPAFSMFNLSLREEWI-NNKKFCHRLS 424
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BLAST of hypothetical protein EAI_01984 vs. nr
Match: gi|939670891|ref|XP_014282160.1| (PREDICTED: uncharacterized protein LOC106684539 isoform X2 [Halyomorpha halys])

HSP 1 Score: 489.189 bits (1258), Expect = 2.748e-168
Identity = 215/395 (54.43%), Postives = 295/395 (74.68%), Query Frame = 0 
Query:   28 EKRVYKMVLTGGPCGGKTTGQAKLATFFENLGWKVYRVPETATVLMSGGIAFGELNTEQVMDFQENLIRTMLALEDTYFSMAQKSGQNCLVICDRGTMDASAFISRDQWLKLLEKVDLDEEHICEGRYDHVVHMVSAAVGAEDFYSCDQHAARFEGIELARERDRNAMNAWTMHPYVDIVDNRIDFDNKLKRLVDIVVRRIGLEIGDQFKANSRKVKFVIKGPMPAIAQFPSYADFEVEHHYLRSGLAGIQSRLRKRSHQGRTTYTCTVRRPEKKGQIIEEKTSLSKKDYENLLNHVDERHMPIFKTRRCFLYQHQQYQLDVYRDPCHPRCRGLILLETFTTLPPSELQSHLPPFLQVALEVTGDPAFSMFNLALRSDWIEKSHHFCHRLSLSAS 422
            EKRVYK+VLTGGPCGGKTTGQA+L+TFFENLGWKV+RVPETATVL+SGGI F +LN +Q   FQENL++TML +E+T+F +A+ S ++CL+ICDRG MDASAFIS++QW K++     +   + + RY+ +VHMV+AA GAEDFY+ + HA R EG+ELARE D NA +AW  HPY D++DN  +F+ K++R++  + +++G++ GD+   N+RK KF++KGP+P+   FP + DFEV H+YL S    +Q+RLRKR  +G  +YT T+R+P   GQI+E KT L+ +DY NLLN  D  H  I+K RRCFL  +Q +QLD+Y+ PCHPRC GL+LLET++ L    L+  LP FL+++ EVTGDP +SM+NL+LR++W      FCH L +  S
Sbjct:    5 EKRVYKIVLTGGPCGGKTTGQARLSTFFENLGWKVFRVPETATVLLSGGIKFSDLNADQAYRFQENLLKTMLQIENTFFELAESSNRDCLIICDRGAMDASAFISKEQWEKMMLSNGWNNVELRDNRYNQIVHMVTAANGAEDFYTTEDHACRSEGMELARELDYNAASAWVGHPYFDVIDNSTEFEKKIRRMIASICQKMGIDTGDRLLTNARKRKFLVKGPLPSDEVFPPFQDFEVVHNYLTSNHPYMQARLRKRGQKGHWSYTHTIRKPRIHGQIVEVKTQLTHRDYVNLLNQKDNSHFTIYKKRRCFLDNNQYFQLDIYKTPCHPRCNGLVLLETYSALEDGHLEEALPKFLKISCEVTGDPQYSMYNLSLRAEWNSAESKFCHSLKVPDS 399
[Close]
BLAST of hypothetical protein EAI_01984 vs. nr
Match: gi|805757098|ref|XP_012145538.1| (PREDICTED: uncharacterized protein LOC100875699 isoform X4 [Megachile rotundata])

HSP 1 Score: 486.493 bits (1251), Expect = 3.574e-166
Identity = 219/423 (51.77%), Postives = 309/423 (73.05%), Query Frame = 0 
Query:   28 EKRVYKMVLTGGPCGGKTTGQAKLATFFENLGWKVYRVPETATVLMSGGIAFGELNTEQVMDFQENLIRTMLALEDTYFSMAQKSGQNCLVICDRGTMDASAFISRDQWLKLLEKVDLDEEHICEGRYDHVVHMVSAAVGAEDFYSCDQHAARFEGIELARERDRNAMNAWTMHPYVDIVDNRIDFDNKLKRLVDIVVRRIGLEIGDQFKANSRKVKFVIKGPMPAIAQFPSYADFEVEHHYLRSGLAGIQSRLRKRSHQGRTTYTCTVRRPEKKGQIIEEKTSLSKKDYENLLNHVDERHMPIFKTRRCFLYQHQQYQLDVYRDPCHPRCRGLILLETFTTLPPSELQSHLPPFLQVALEVTGDPAFSMFNLALRSDWIEKSHHFCHRL------SLSASAIPENDLERLKTQSQEAQSAQK 444
            +KR+YK+VLTGGPCGGKTTGQ +L TFFEN+GWKV+RVPETATVL+SGGI F +LN E+   FQENL+RTM+ +E+T+F + +   +NCL+ICDRG MDASAFIS+D+W  ++     +   + + RY+ ++HMVSAA GAE+FYS ++HA R EG+ELARE D  A  AW  HPY D++DN  DF++K+ R+++ V +++G++IGD+ +++SRKVKF++KGP+P+ ++FP + DF+V H+YL+S    +Q+RLRKR  +G  +Y  T+RRP+  GQ+IE KT L+ +DY N+L   D+ H  IFK RRCFL  +Q +QLD+YR+P HPRCRGL+LLET+T L   EL++ LP FL +  EVTG+P +SMFNL+LR +W   ++ +CH L       L+ S   EN  + + T      SA+K
Sbjct:    3 QKRLYKVVLTGGPCGGKTTGQTRLCTFFENMGWKVFRVPETATVLLSGGIKFSDLNAEEAFKFQENLLRTMIQIENTFFQLGESCSRNCLIICDRGAMDASAFISKDKWELMMASNGWNNVELRDNRYNQIIHMVSAANGAEEFYSTEEHACRSEGVELARELDYKAAAAWVGHPYFDVIDNSQDFESKICRMIECVCQKLGIDIGDRLRSSSRKVKFLVKGPLPSDSEFPPFQDFDVVHNYLQSNNPKMQARLRKRGQKGHWSYIHTIRRPKMCGQVIEVKTQLTHRDYLNMLAQRDDSHFTIFKRRRCFLINNQYFQLDIYREPAHPRCRGLMLLETYTALTGDELKNILPQFLTIEKEVTGNPDYSMFNLSLREEW-NNTNKYCHNLHDYALAGLTESGSAEN--KNINTSEARGTSAKK 422
[Close]
BLAST of hypothetical protein EAI_01984 vs. nr
Match: gi|808117432|ref|XP_012176094.1| (TRPL translocation defect protein 14 isoform X4 [Bombus terrestris])

HSP 1 Score: 484.567 bits (1246), Expect = 1.626e-165
Identity = 222/422 (52.61%), Postives = 304/422 (72.04%), Query Frame = 0 
Query:   28 EKRVYKMVLTGGPCGGKTTGQAKLATFFENLGWKVYRVPETATVLMSGGIAFGELNTEQVMDFQENLIRTMLALEDTYFSMAQKSGQNCLVICDRGTMDASAFISRDQWLKLLEKVDLDEEHICEGRYDHVVHMVSAAVGAEDFYSCDQHAARFEGIELARERDRNAMNAWTMHPYVDIVDNRIDFDNKLKRLVDIVVRRIGLEIGDQFKANSRKVKFVIKGPMPAIAQFPSYADFEVEHHYLRSGLAGIQSRLRKRSHQGRTTYTCTVRRPEKKGQIIEEKTSLSKKDYENLLNHVDERHMPIFKTRRCFLYQHQQYQLDVYRDPCHPRCRGLILLETFTTLPPSELQSHLPPFLQVALEVTGDPAFSMFNLALRSDWIEKSHHFCHRLSLSASA--IPENDLERLKTQSQEAQSAQKRFT 447
            +KRVYK+VLTGGPCGGKTTGQA+L TFFEN+GWKV+RVPETATVL+SGGI F +LN E+   FQENL+RTM+ +E+T+F +     +NCL+ICDRG MDASAFIS+D+W  ++     +   + + RY+ ++HMVSAA GAE+FYS + HA R EG+ +ARE D  A  AW  HPY D++DN  DF+ KL R+++ V +++G++ GD+ +A+SRKVKF++KGP+PA ++FP + DF+V H+YL+S    +Q+RLRKR  +G  +Y  T+RRP+  GQ+IE KT L+ +DY N+L   D+ H  IFK RRCFL  +Q +QLD+YR+P HPRCRGL+LLET+T L   +L++ LP FL +  EVTG+P +SMFNL+LR +W   ++ FCH L   A A        ER  T S EA+    + T
Sbjct:    3 QKRVYKVVLTGGPCGGKTTGQARLCTFFENMGWKVFRVPETATVLLSGGIKFSDLNAEEAFKFQENLLRTMIQIENTFFQLGDSCSRNCLIICDRGAMDASAFISKDKWELMMASNGWNNVELRDNRYNQIIHMVSAANGAEEFYSTEDHACRSEGVVVARELDYKAAAAWVGHPYFDVIDNSQDFETKLCRMIECVCQKLGIDTGDRLRASSRKVKFLVKGPLPADSEFPPFQDFDVVHNYLQSNNPKMQARLRKRGQKGHWSYIHTIRRPKMCGQVIEVKTQLTHRDYLNMLAQRDDSHFTIFKRRRCFLINNQYFQLDIYREPAHPRCRGLMLLETYTALSGDKLKNILPQFLTIEKEVTGNPDYSMFNLSLREEW-NNTNKFCHNLQDYALAGLTESGSTERKSTCSSEAKDTSVKKT 423
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BLAST of hypothetical protein EAI_01984 vs. nr
Match: gi|749731922|ref|XP_011137457.1| (PREDICTED: TRPL translocation defect protein 14 [Harpegnathos saltator] >gi|307214868|gb|EFN89736.1| hypothetical protein EAI_01984 [Harpegnathos saltator])

HSP 1 Score: 484.952 bits (1247), Expect = 1.898e-165
Identity = 213/391 (54.48%), Postives = 298/391 (76.21%), Query Frame = 0 
Query:   28 EKRVYKMVLTGGPCGGKTTGQAKLATFFENLGWKVYRVPETATVLMSGGIAFGELNTEQVMDFQENLIRTMLALEDTYFSMAQKSGQNCLVICDRGTMDASAFISRDQWLKLLEKVDLDEEHICEGRYDHVVHMVSAAVGAEDFYSCDQHAARFEGIELARERDRNAMNAWTMHPYVDIVDNRIDFDNKLKRLVDIVVRRIGLEIGDQFKANSRKVKFVIKGPMPAIAQFPSYADFEVEHHYLRSGLAGIQSRLRKRSHQGRTTYTCTVRRPEKKGQIIEEKTSLSKKDYENLLNHVDERHMPIFKTRRCFLYQHQQYQLDVYRDPCHPRCRGLILLETFTTLPPSELQSHLPPFLQVALEVTGDPAFSMFNLALRSDWIEKSHHFCHRLS 418
            +KRVYK+VLTGGPCGGKTTGQA+L TFFEN+GWKV+RVPETATVL+SGGI F +LN E+   FQENL+RTML +E+T+F + +   +NCL+ICDRG MDASAFIS+D+W  ++     +   + + RY+ ++HMVSAA GAE+FYS ++HA R EG+ELARE D  A  +W  HPY D++DN  DF++K+ R+++ V +++G++ GD+ +A+SRKVKF++K P+PA  +FP + DF+V H+YL+S    +Q+RLRKR  +G  +Y  T+RRP+  GQ+IE KT L+ +DY N+L+  D+ H  IFK RRCFL  +Q +QLD+YR+P HPRCRGL+LLET+T L  +EL++ LP FL +  EVTG+P +SMFNL+LR +W   ++ +CH L+
Sbjct:    3 QKRVYKLVLTGGPCGGKTTGQARLCTFFENMGWKVFRVPETATVLLSGGIKFSDLNAEEAFKFQENLLRTMLQIENTFFQLGESCSRNCLIICDRGAMDASAFISKDKWELMMASNGWNNVELRDNRYNQIIHMVSAANGAEEFYSTEEHACRSEGVELARELDYKAAASWVGHPYFDVIDNSQDFESKICRMIECVCQKLGIDTGDRLRASSRKVKFLVKAPLPADDKFPPFQDFDVVHNYLQSNNPKMQARLRKRGQKGHWSYIHTIRRPKICGQVIEVKTQLTHRDYLNMLSQRDDSHFTIFKRRRCFLINNQYFQLDIYREPAHPRCRGLMLLETYTALTGNELKNILPQFLTIVKEVTGNPDYSMFNLSLREEW-NNTNKYCHNLN 392
[Close]
BLAST of hypothetical protein EAI_01984 vs. nr
Match: gi|156547010|ref|XP_001600611.1| (PREDICTED: TRPL translocation defect protein 14 isoform X3 [Nasonia vitripennis])

HSP 1 Score: 484.182 bits (1245), Expect = 3.828e-165
Identity = 214/403 (53.10%), Postives = 300/403 (74.44%), Query Frame = 0 
Query:   28 EKRVYKMVLTGGPCGGKTTGQAKLATFFENLGWKVYRVPETATVLMSGGIAFGELNTEQVMDFQENLIRTMLALEDTYFSMAQKSGQNCLVICDRGTMDASAFISRDQWLKLLEKVDLDEEHICEGRYDHVVHMVSAAVGAEDFYSCDQHAARFEGIELARERDRNAMNAWTMHPYVDIVDNRIDFDNKLKRLVDIVVRRIGLEIGDQFKANSRKVKFVIKGPMPAIAQFPSYADFEVEHHYLRSGLAGIQSRLRKRSHQGRTTYTCTVRRPEKKGQIIEEKTSLSKKDYENLLNHVDERHMPIFKTRRCFLYQHQQYQLDVYRDPCHPRCRGLILLETFTTLPPSELQSHLPPFLQVALEVTGDPAFSMFNLALRSDWIEKSHHFCHRLSLSASAIPENDLE 430
            +KR+YK+VLTGGPCGGKTTGQ +L TFFENLGWKV+RVPETATVL+SGGI F +LN EQ   FQENL++TML +E+T+F + +   +NCL+ICDRG MDASAFIS+D+W  ++     +   + + RY+ ++HMVSAA GAEDFYS + HA R EGIELAR+ D  A +AW  HPY D++DN  DF++K+ R+++ V +++G++ GD+ +A+SRKVKF++KGP+P  + FP + DF+V H+YL+S     Q+RLRKR  +G  +Y  T+RRP+  GQ++E KT L+ +DY N+L   D+ H  IFK RRCFL  +Q +QLD+YR+P HPRC+GL+LLET+T LP  +L++ LP FL +  EVTG+P +SMFNL+LR +W   ++ +CH L+ + S    +D+ 
Sbjct:    3 QKRLYKLVLTGGPCGGKTTGQTRLCTFFENLGWKVFRVPETATVLLSGGIKFTDLNAEQAFKFQENLLKTMLQIENTFFQLGESLSRNCLIICDRGAMDASAFISKDKWELMMASNGWNNVELRDNRYNQIIHMVSAANGAEDFYSTEDHACRSEGIELARDLDYKAASAWVGHPYFDVIDNSQDFESKICRMIECVCQKLGIDTGDRLRASSRKVKFLVKGPLPPDSAFPPFQDFDVVHNYLQSNNPKTQARLRKRGQKGHWSYIHTLRRPKMCGQVVEVKTQLTHRDYLNMLAQRDDSHFTIFKRRRCFLINNQYFQLDIYREPGHPRCKGLMLLETYTALPSDKLENILPQFLTIEKEVTGNPDYSMFNLSLREEW-NSTNKYCHNLNGAVSTTKTSDVN 404
[Close]
BLAST of hypothetical protein EAI_01984 vs. nr
Match: gi|998505522|ref|XP_015512980.1| (PREDICTED: uncharacterized protein LOC107219300 isoform X2 [Neodiprion lecontei])

HSP 1 Score: 479.945 bits (1234), Expect = 4.929e-165
Identity = 215/390 (55.13%), Postives = 294/390 (75.38%), Query Frame = 0 
Query:   28 EKRVYKMVLTGGPCGGKTTGQAKLATFFENLGWKVYRVPETATVLMSGGIAFGELNTEQVMDFQENLIRTMLALEDTYFSMAQKSGQNCLVICDRGTMDASAFISRDQWLKLLEKVDLDEEHICEGRYDHVVHMVSAAVGAEDFYSCDQHAARFEGIELARERDRNAMNAWTMHPYVDIVDNRIDFDNKLKRLVDIVVRRIGLEIGDQFKANSRKVKFVIKGPMPAIAQFPSYADFEVEHHYLRSGLAGIQSRLRKRSHQGRTTYTCTVRRPEKKGQIIEEKTSLSKKDYENLLNHVDERHMPIFKTRRCFLYQHQQYQLDVYRDPCHPRCRGLILLETFTTLPPSELQSHLPPFLQVALEVTGDPAFSMFNLALRSDWIEKSHHFCHRL 417
            +KRVYK+VLTGGPCGGKTTGQA+L TFFEN+GWKV+RVPETATVL+SGGI F +LN E+   FQENL+RTM+ +E+T+F + +   +NCL+ICDRG MDASAFIS+D+W  ++     +   + + RY+ ++HMVSAA GAE+FYS + HA R EG+ELARE D NA  AW  HPY D++DN  DFD K+ R+++ V +++G++ GD+ +A+SRK+KF++KGP+P  A FP Y DF+V H+YL+S    +Q+RLRKR  +G  +Y  T+RRP+  GQ++E KT L+ +DY N+L  +D+ H  IFK RRCFL  +Q +QLD+YR+P HPRCRGL+LLET+T L   EL+  LP FL +  EVTG+P +SMFNL+LR +W   ++ +CH L
Sbjct:    3 QKRVYKVVLTGGPCGGKTTGQARLCTFFENMGWKVFRVPETATVLLSGGIKFTDLNAEEAFKFQENLLRTMIQIENTFFQLGESCSRNCLIICDRGAMDASAFISKDKWELMMASNGWNNVELRDNRYNQIIHMVSAANGAEEFYSTEDHACRSEGVELARELDYNAAAAWVGHPYFDVIDNSQDFDTKICRMIECVCQKLGIDTGDRLRASSRKLKFLVKGPLPEDA-FPPYQDFDVVHNYLQSKTPKLQARLRKRGQKGHWSYIHTIRRPKMCGQVVEVKTQLTHRDYLNMLAQLDDSHFTIFKRRRCFLINNQYFQLDIYREPGHPRCRGLMLLETYTALSGEELKRILPQFLTIEKEVTGNPDYSMFNLSLREEW-NSTNKYCHTL 390
The following BLAST results are available for this feature:
BLAST of hypothetical protein EAI_01984 vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 2
Match NameE-valueIdentityDescription
EMLSAG000000035423.938e-14647.87supercontig:LSalAtl2s:LSalAtl2s1945:43386:44893:-1... [more]
EMLSAG000000093892.105e-8757.49supercontig:LSalAtl2s:LSalAtl2s5:1377738:1378415:1... [more]
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BLAST of hypothetical protein EAI_01984 vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 1
Match NameE-valueIdentityDescription
gi|122063637|sp|Q7K556.1|TTD14_DROME2.972e-15551.80RecName: Full=TRPL translocation defect protein 14[more]
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BLAST of hypothetical protein EAI_01984 vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1325256248|ref|XP_023321488.1|0.000e+064.45TRPL translocation defect protein 14-like [Eurytem... [more]
gi|1325299671|ref|XP_023331703.1|4.634e-17157.07TRPL translocation defect protein 14-like isoform ... [more]
gi|1325299675|ref|XP_023331705.1|7.300e-17155.34TRPL translocation defect protein 14-like isoform ... [more]
gi|1325299667|ref|XP_023331702.1|5.406e-17056.47TRPL translocation defect protein 14-like isoform ... [more]
gi|939670891|ref|XP_014282160.1|2.748e-16854.43PREDICTED: uncharacterized protein LOC106684539 is... [more]
gi|805757098|ref|XP_012145538.1|3.574e-16651.77PREDICTED: uncharacterized protein LOC100875699 is... [more]
gi|808117432|ref|XP_012176094.1|1.626e-16552.61TRPL translocation defect protein 14 isoform X4 [B... [more]
gi|749731922|ref|XP_011137457.1|1.898e-16554.48PREDICTED: TRPL translocation defect protein 14 [H... [more]
gi|156547010|ref|XP_001600611.1|3.828e-16553.10PREDICTED: TRPL translocation defect protein 14 is... [more]
gi|998505522|ref|XP_015512980.1|4.929e-16555.13PREDICTED: uncharacterized protein LOC107219300 is... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold387_size188669supercontigscaffold387_size188669:77895..113316 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
maker2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt2018-04-19
T. kingsejongensis proteins Blastp vs. NR2018-05-15
Properties
Property NameValue
Note-
Relationships

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

Feature NameUnique NameSpeciesType
maker-scaffold387_size188669-snap-gene-0.14-mRNA-1maker-scaffold387_size188669-snap-gene-0.14-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold387_size188669:77895..113316+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold387_size188669-snap-gene-0.14 ID=maker-scaffold387_size188669-snap-gene-0.14|Name=hypothetical protein EAI_01984|organism=Tigriopus kingsejongensis|type=gene|length=35422bp|location=Sequence derived from alignment at scaffold387_size188669:77895..113316+ (Tigriopus kingsejongensis)
CTGAGATTTTCATTCAGCCCTCAAGAACTTTCCCTCTTACCAAAACTGAC
AAGTCTCCAGGATTCATTCAGTTGTGTTGTTTTGACCTGAAACTCGAGGA
AGTTCAAGTCCAAAGCTGGGTGAGTGAACAATGGCTGCATTTAAGGATAC
TTATACAGTATTCATGAGATTCATCTCCGAGATCGCTCAGGTTCCTTGCG
TTTTGGTTCTTCCTTTTTGTAGAACATGAGAAACCTCTCCTTGAGCCCAA
GTCAGGCTCAAGCTAGTCGAGATCTGGACATTGTAGAGGTCGCAGGATTT
CGCCTCCGTTTGTTACATTAGCCCTTTGTTAGTGTGGACTGACACTTTTT
TTCCTCAGGCTAAATTTAAAAAGCCAAAAACTAAGTGCATTAGTCAAACA
CTAGTAGTGGTACCTTTGTTTTTTTGGTATCTGTTTTTCTGCAAGTTGGG
AAGTTTGCCAAGTGGTTTGAGGGCTGTGGAACAAGGTTAAACCATTTGCC
ACCCTCCAATTTTGTTTTTATTGACTATCAAAATCCTCGATTTAACTTGT
TGCGACAAAAAAAGGCTCATCATGTCATTGCCACGAAGTCATTTAAAGGA
GTCGAAAGGTTTTTTTGTGAAAAACCTTCAAGTTTTCCTTGGGCAGACAC
TGTTTTAGGCATTAGCTTTGTGTTAATTTGTTTACAAGTTGGGTTGATTA
TCAAATAAACTACTTCCCTTCACGTGTTAGACATTTTTCCCAAGTCAAAA
AGTCCAGAGTCCAAGAGAGAAAGACCAAGAGTCAAAAATAGTTAAGATTT
TTTACAAGGAAAGTGTTCCTAAGTTCCTTCAGCAAGGGAGATTTTTTTTT
TAATTGTAAAAATCCGAAACAAGGGTGCAAATGGGTTGAAAATATACTCA
GGTGGAAAAGACCACGACACATTTACAGAACTACTGTATTCCGATTATAC
ATGTGACACTATTTGATATTTTTTCAAATACTGTTGATTTGCTTTTCTTG
TACCTCGTCAAATGGGCTTGTATACCATACACTCATAAAACATCTTTTGC
ATTGCTTTGGGAAGGCACACAATGTGTTTTTAGTCTTAAACAAAGAATAG
ATCTTGAAAGTTGGGAAGTTTGACAAACAGTTTGAGACATGTGGAACAAG
ATTAAACCATATGCTACCTTTAAATATTGTTAGATCATGTTGGAGATTGC
TACCATCTATGACGGCAGGACACAAATAAATAGTCACAAAAAGGTGAAGA
TTGCGAAAAGTCTGCAAAAAGTGTAAAATTGTCAAAAAAATCTTTTCGGT
TTTTTTTCACCAAGTTAAGTTTTTCAGGTGTAAATTTCCATTTTGACTAT
GTTAATTACATTTCTGGTTTTTCTGGTACCTCAAAACTTACTTCCAATCG
AAGGCTGCCTAAATCTTTTTGAGTTATAGCAGTGGGTAAAATATTCCTGG
AGGGAAGAATGAAGGATCCCTGAGCGCATTGGGCGTTTCTTTTATGAGAC
CTTGTATCTCGCATAATTTTTGGAGTATTACATTTCCGAGCAATGGAGCC
AAAGTAGTCGCCAAGTCAAATTAAATCCCAATCCAATGGATAGTATTTTT
GTCGGCGAATGAGCTCACTTTAACGATATGCAGTAGGCAGTACATGGAGA
GCGGAAGATTGGCCCAAACGAAAAGATCCCTCGGCTTGGGGCCAACTTTC
TGCTCGTTGTGAGTTGTATACAAAACAGCGTTAATCGGATTTGTAATAAA
ACGCGACCTTTTAGGGCGAAAATTCGGATATGCGCCGAGCCATTGATTTT
GCTTCAATTTATACTGATGTCAAAATTGATCTCAGACAAGGGTGGAGAAC
AACTTACCCAATTTCTCACTCTTTCGGTGAACCGTTTTTGGCTGTTTTCA
ACCATTTCAAGCAGGTGTCAGATTTTTCTCCGCATTTGTTTCGAATTTAA
CATTTCTCAAAAAATCAATCTTTTTTTGAGGGTGGGAATGTGATTAAGGG
AATTGAACTACTGTATGTACATTTACTGCAGCTTTCGGCACAGGTGGTTT
GAAGTTGTACGCCATTGATCTTGAGTGACAGGTGTAAATTGAAAAAAATA
CCCGGCAAAAACAGCTACAAACGTGAATCAACTAGTTTGCATTACCCAAA
AATACAGACCCATGGAAACCTTGATATTGGAGATACAAAAATGCAATAGA
ATTAACCTTGCGAAGGCAATATGAGTGTCCGTCCGCTCATTGGGTGCAAT
TTTGAAACACCTTCTTCCCCTACTTTGGCGTGAGCTTTTCGCAAAAAAAT
ACGGAACACTACGTTCAGCTTGTCCAAGTCGTGGGGTAACCAAATCTAGA
ATATTACTGACTGGTCCTTTTTAAGTGGGAAGTCTCTTTTGGATGCGATT
TAATGAATTGGGAGAAAATGAAACGAGCAAATAGATCAAATACGGAACAC
TGTACGTTCAGTTTGTCCAAGTCGTGGGGTAACCAAATCTAAAATATTAC
TGACTGATCCTTTTTAAGTGGGAAGTCTCTTTTGGATGCGATTTAATGAA
TTGGGAGAAAATGAAACGAGCAAATAGATCAAATACGGAACACTGTACGT
TCAGCTTGTCCAAGTCGTGGGTAACCAAATCTAGAATATTACTGACTGAT
CCTTTCTAAGTGGGAAGTCTCTTTTGGATGCGATTAAATGAATTGGGAGA
AAATGAAACGAGCAAATAGATCATCAAAAGAAATGAATGTGAAAGTTTAA
GAATACACCGGGTTAAAACATATTATTCCGCATTATTCATGGCCATATAC
TGTATGTTTGAGGAAAAATAATCAGCGTAAGACTAGCAAGAATATACTTC
AAACAGGAATGCACAATATGCACCGATATTTAAGAGCCTGTGGAACACAT
GTACAACTTAGAACCAGGTGCAGTGAAGACGATTGGCTCTGAAAAATAGC
CTCTTGTCACTTGGTGCACGAATTCCGAACAACATAAGTAAGATAAGTGT
TTTCCAAGGTTGCCGAGCTTTAATTAACTTTCATGCCTACAGGAGAAACG
GATGGACTAGCTTTTGTTTGGGGTTCATAGCAGTAAGCTCAATTGATGCT
TTTGTATCAGCCTCATGGAGGGCTTTATCAGCTTTCGCGAAGCATATTAT
TCACTCTGTCGTCTTGGAAGGTTGGCAAAATGTGCCAAAGAATAGAGAAA
AACGCTTAGCCTGTTCCTATTATGCAAATCTGCCTTATGTTGGCCAACTT
GAAGACTCTTTTTGAGTGAAGACTCTTTTGCTAGCTTCTGCGCCAGAGTT
GACCATAGAAGCAATATAGAAGGCAGAAGCCCATGTCAAGCCCATGTCGA
CCCCCTGAGTATACAATCATATATTTCAGCTGTTGGGTAAAACAAAAACA
TTACCAAGGTGATCAGAAACCAATAATTGTAGACCACCACACCAGGAAGC
CGCCATAGCTCAGTGTCAGCAAGCCCTGTGGTGAGTTGCCGGGGTTGGAA
TAATGGGCTTCCTAGCTCATGGCAACTACTAGGGTTAAGTCGTTGTTCAT
TTCTGTTGCGGTATAGAATTGAATGGACATTTGATAACTTCTCCAGGGCA
AGATAAAAAATCATGATACATTTCCAAAGTTGGCTGATAATATATCAGTA
GAAATTTCCTTGCTGGACAAAAATGTAAGGGGCCTTCTAAACAGACAAAC
AAAATCTACCATAATACATGTCAAGACTATTTACCATAGTATGGCGCCTT
TAAGAAGGGAGGATAATGTTGACCCCATTTATTATTTTTGCAGTATACAC
AAGAGACTGATAACAAGGTATTGGACTGTTTATTGACAAAACTAATGTGT
GTAAATTGTTTTTTTTTCTGTGACAGTCTTAAGATCATAGTGATTGATGC
ATCTTATCACTTATGTAAGATTAGATGGCAGACAAACAGATAAACAATAC
AAATGAATTCCATTTCAACATATGAACATTCCTACTAGCTGGATGTTCCC
TTTTTAAAGCAATCCAATGCAATGTACCTATTTATCTGGTAAACAAATGA
ATGTGGACAAAAATTGAAAATTGAAAACAATAGATTTTGTTATGTAATAA
CGCAGATGACATTGGGCGAAAAACCTCTAAATTATGTAGAAACCTGTATT
GTTTATGGCTCATATATTTCAACTAAGCAATTACAGCTCAAAAATGCAAC
CTTGTAAATGGTCAAATTTTAAGAGTCAATTTGGACTGTTTCTAGCTTAT
AAAACCTTCATTAGTGATCATTCATCATTGTGTTATTTCCGAGGATGCAC
ATTGTCATCCCTAACTTGCTGAGTTCCTGTTACTTTAATTGTTATTTTGG
TACCTCCCTCCTGACATTTAAGTCAGGTGGTGTTAAATCTCAATGGAGGT
GTAAAATGTCATGCTTAATTTCTTTGATACCTTTGCTACTAATGTGGATT
TATTGGTCGAGGTGTAAATATTACTGCCTTATAGACAAATTTAAATGGCT
TACAAACACAGGAAAAAACACCTTTACTTTGTGTTACCACTACCCTTTCT
GGTAAAATTTAAGTTATATTCCCAAAGCTCAAGCTGAGTAGCATGTCCCA
ATCATAGGGGGCCTACTTTGCTAACAATGGCCGTAACAAATATGGATGCC
ATCAAATATTCCTGTTTGATTATTGTTAAGTATACATTTGTAGAACAGTT
GCAATTCAGTTGGTTTCATATTTTAAAAATGATTGATGCCCAAATAGTAA
GGCTTCACTACATACAGTATGACACATAAGTTTTGTCACCTCAAAATAAG
GGGCGTGGATCAAGGTCAAAGCAAATTTTCTTTATTGTTTTTAGTTACCA
ATGTATTCACCCTTCAACTTAATAACCTTCTTCACTCGGTCGGGCATACT
TTTGACTAAATTTTCTAAAACATTGGGATCTAGGTTTTTCCACACTTTTT
TAATGTGACTCTTGAGCTGATCGATGGTGGTTGCAGCTGGAAGTTCGGCG
ACCCTTTGCTTGATGATGGCCCACAAATTTTCTATTGGATTTAGGTTAGG
TGAATTCCCTGGCCACTCAGCCTTGCCCCAATACGATGGAAAATTAGCAT
CAAGCCATTTTTGGTTCATTATGGCCACGTGAGGAGGTGCTGAATCCTGC
ATAAAAATTGCGTTGGATGTCTCCTCAAGCATTTTGTTCGTCGTGATGTG
GCCCATATCTTGCGTTCTGTTCATGGCATCAGCAGCTGTTTTGGCCAAGA
TCTCTTCACGATAGTAGTCTTTGTTGACACTCGTATTTGGGGGTACAAAG
TGGAGCTCAGAGACGGCACGGTGGCTGAACATCCCCCAAACCATCACTTT
CGGGCTGTGCTTGACCGTGGAGATAGCTGGAACATCTTCCTTGTTTCGGG
CCCAGATCTTGTCCCCTGCTGATTTGGATGTTGGGTACAGTTCGAAAAAG
CTTTCATCTGACCAAAGAACTCTTTTCCAGTCGTCAACAGTCCACTTCAG
CTTGTCCTTGGCAAAAGCAAGTCTGGCCTTCTTCATTTTTTGAGTCAAAA
GCGGTCTTTTGGTTCGTCTGTATGAGGTCAGTCCAAGATTGTTCTTCATA
TGCCTCCGGACAGTCTCCCTGGATACGGCATACCCCTTTTTGGTCAGTCT
CTTTGCCAACTTTCTAGCGCTTTGCCCTCTTTTGCCTATGGCCTTGCTGA
TGACTTGCTGGGCAACTCCGTGGATCTTGACTGGTCTCCCTGGTCTTGGC
TTGTCTTTGAGGCTCTCGTTCCTTTTAAAACGACCCCACCATCGAATTAT
GGTCCTCTTCGACACGTTCATGGTCTTGGCCACCTCAGACTGCGTCAGTC
CACCCTcgagcatgCCTATGGCTCGCGCACGGGCCTCAGTTTTGGAGGCC
ATTGGTTTCTTCAAAGTGGCTACAATTGCGCATAAGTCAAAAAATTTAAT
TGATTGATTTTATCACTTAATCATACTATTTAATTGTTACCTCTGGTCTT
AATCGGTGGAGTGATCCCAATTGATTTGTTTACGATTTAAAGCTACCAGA
TCGACAGCTGACGCAACCCATAAAGCCGCGCGAAATTCAAAATTAGGGGG
TGACAAAACTTATGTGTCACACAGCCTCATAATCATGAAGTTTTTCAAAG
TACGTTCAGTATAACATCCTTCACAACTCTATGCACTATCTATGGAGTCA
GCCTATGCTCAGCAGTTTGGCCCATTGGGGCTGCAAATATGTGTGGAATT
TTGTCTGAATCGTGGAATTAGTTCCTGGCTCTTGAAGGCCACCACATTCT
AGACCATGGTCTGCTTTTGAGAATTTAATGCCTGGAGTTCAGACAAGAAC
GAGAAAATCCTTGAAGTTTGGTCGGTGATCCGGAATGGCACTCTAGCTGT
TTATTTATAACGATTAACTGAAGTTCCTCGCCTAATTTCAAATCTACCCC
CTTAGCTTTAACGTTCAATTTCGGTAAGGCATTTGAAAATAGCTCGCAAT
TTATCAACCTTTGCCAAATCCAACAAAAGTGAGCTTAACCGATCCCTACA
AACATTTGTTTTGATACAAGGCCTCGAGAAAAGAGTGATGGAAAATGCCA
AAAAAAAAAATTGTTTAAGCGAAGAAAAGTCAAGGGAAAATGTACGTAAC
ATAAAACAAAATTTTCCGTTACTATTTTTGTACGTTTTCATTGCTCTTAT
TCGTTAATATAATTTAGAAAAAGGTTGGAACAACATTTGAAATAATTTAT
AATAACATTTTCAAAAAAAAATTGTGGGAACTGTGAGGAAAAAAAATGCA
ATTAGCACTGGAATATTGTTTGGACAAAAATCACCAATTCAGTAAAAACC
CTTGGAGGAAATCACCTGACCAAGAAAAAAACCTCCATCTATTGTATCAA
CGAAGTTGAATAGGAAATATAGAACCCAATGAAAGGTCAGAACTCGAAAA
GTCTTGAAAAATGTGGAACAAAAATGGAAAAATGTCGAATGCTAAGTCTC
GGGGAAAACGTAAGTTTTTGATTATTTTTTCTCGAGGCCAACTTATTTAT
AACCTAAAGTGCGACACGAGATCAAACGTATTCATTGCCTGGAAATACTT
ATTGGGAAGACGAGCAAAGAAACAGACTCCATACCTAAATGATTCTTCCA
GGGTTTCTCGATCTAGGTGGCGAAGGGGATATCCAGTGTCAAAAAAGTAG
CCACTATATATCAGCCACTGTTCAGAAGATGCACCTTTGAAGTGCTGCAT
TTGTATGCTCTCAATTGGCGGTAAAGATATTTTTACCCCAGCCCTGGTCA
TAGTGTTCACATAGTAAGCTTTTCCATGTTGTAATAAATACACAGATTGA
CCTCCTCTGAGGAGAGATTTGATAAAAGAATACATGAAATATCCATGGCC
CAAGGGAAGGATTTCATCATACGAGGATAAGTAACTGATTCCGAGGTCAC
GTGAATATCTCTACATTGGTAAGAGTCCAAACCAACGAGACTAGAAACGA
ATTTTATTTGTAACCAGATGAGTGCCATGGCGAGTATGACCACTTCTAGT
ACTTAAGAGCTCGAGTCTTGTTGGTTTAATCACCAATGAAAGGATATTCA
GGTGACCTCGAATTCAGTAATTCATCCTGGTGTGTTGAAATCCATGCCCA
TGGTAGACGATCTTATTCTCGTACAAAGGTTGTGAGCTGGTTTCTGTTGA
GGGTGACTCAGAGCTATTCAAAGAAGCAAGGTCACATACGTATATCAGAA
GTGTGATGTTTCATGACAATGCTGTGAAAAATATGGAGGCAGAGTCCCAT
TTATATGTAGATAGCGCCCAAAATAACCCAAAGCCTCTCTTTATCCTTTG
GGAAAAGTGTTTGACCATCCGAAAGTTTCTTTGCAGAACTTCCTCGGACT
TTCGAATTGTGGCCACTCTGGCTCTCGCCCAAGCTACCGAGCATTATCTG
AGAAGGCAAGTCTCCGGATTGTTTGGCATTCCATCTCGAGAGTCACTTAT
CAAGATCGTTGAGGCCCTGACTACAATGTTACGCAGTCTCACATTGCCCA
TCAGTCACAAGGACGTTTTTCGACGGTCATCTCAGCAGTCTTGTCTTGCC
AACGTCAAAGTTCAAAGTTCAAGCCTTCCTCACCCAATACCACTGCCCAT
CCATGGACATTGACCCGGATCACACCTTGGAGTAGATCTAGAACATTACC
CGTGAAAATAACGCAATCCGACTGTGATGTCAATCGAAACAACGCCCAAA
TCATATTTTTATCAGACCTATTTTTGCTAATCGACCTCGAGTTCAACGGC
TTGCGAAACTGGAACTTTGGAAGAGAGACCTGTAATTGAGCCCTAATCAT
GTTGAAACGAGAGAAGACCATTCTGCTATCCAATCCGGGGCTCGCCGAGC
CGGAGCAATTCATCAAGGTAACAATTAGCCAGATTATGTTCAAGCATTAC
CTTGCCGAACAATGGAATTGTTTTAGCCCATTTGTTAACTGTGAAAGAGC
AACCGGTCGGATTATGACAAACAGGATTTTGTGCTTTACAATGGTACACT
AAATATGGCTAATTTGCAATGAACTTAAGTAGACCTGTCTATATGTGAAT
TACGTATTACGAATATCCTGGAGGTGATCTCCAACATAAGAAAGCTAACC
TATTTGTAGAAACCAAAAACAAGCTCAAAGTCGTCGAAAATGTTTCCCTA
GTGCTTGTCAAATTGTTTTGAACTCAATTATTCAGGACAAAAGTAATATT
TGACCCCTTCATTTGAGATTTGGTGTCTGAATTCCCGAACAGACCTCTAA
TACCCAGTCAAAGATGAAAAAAGCTCGGGACATTTCTGCAACTTCATTTT
TGCAACTATTCGTTCCCTTTTTGCCAAAAATGGGTCACACTTTATTGAAG
GAAGTGATGATTTTTTTTCATTTTACATTTTTCAAAGTTGTGTTTTTTTA
ACCGGAAATTTCGGTTGCAGTCGAGGTCTTAAAGAGGGAATTCTCCCAAT
AACTAATTAAATGACTTATCGAAAAGAAAAGAGCCCAATGGTAACGTGCT
GAATGGCTTCGGCCTTTTTGGCCTTCGATACCTGACCATCTACATACAGT
GATGTCCGGTGTACAAAACTCACGAGGTTACGTTCTTTGGGGAATACATT
TTCATTTTCAAGCCAATGCTAGTTTTTGAGGCCTCAAAACCCAAAAGTCT
GATGAACAGGTTTGTGCTGTCAGTCTCATCCGTTCTTTGTACATTGAGTT
AATATAGAAGGGAATTGGTCAGAAGTTTGGTAAAGGAATCGTTGTTTCGT
TCAGAACTTTATAAACTGGTCTTGAAACTAGCCGAGCGAATACTTTATCC
AAACCGGATCAGACTTGGGCAAAAAATGATCGAATGGCACATTTCCCGGT
CTGAGTTGTGAAGAATTATGGCAGTTCATCAACCCTGAGTCTTCTTTGGA
GTATCTCTTTTTTCTGGCTTTCCAGGGATTTCGATCCGAGAAGAGGGTCT
ATAAAATGGTGCTCACTGGCGGACCTTGCGGTGGAAAGACCACTGGCCAA
GCTAAATTGGCCACCTTCTTCGAAAATCTCGGATGGAAAGTGTATCGAGT
GCCCGAAACGGCCACCGTTTTGATGTCGGGAGGCATTGCCTTTGGAGAGC
TGAATACCGAGCAAGTCATGGATTTTCAAGTAAGTCGCGATGAGATGGCT
CGCTGCTTAATTGCTCCTGGCTCGAGCACTTCTTTGGGCCGGAGAAATAA
CCCACTTTCTAGACTCAAAGCTCGAGAGACTGGACCTCGTATAGAGACAT
CTGGAATTTTTGGCCCAGCCTCAATTATAGGAAGGCTTTGAGGCTGGATC
ATCGCAAGATATCCGCTTGGTTCACGCAGATGACTTCAAGGTCAAATGCC
CTCAGGGTTTCAGTTAGCCTTCCGTCGGCTTTCGAAATGATGGATTGATC
ACAAAGCCCCTGGAAAGAGTGGGATAAATAAAACACTACCGCACATTGAT
CGTACTTTACTATGGCCAACAGGATAATGGGCAATTTTTTGCTAAATTGC
AAGGACACGGCAGCAGAGTATATCGTTCAGAGAGGGAAAAAGAAATCGTA
AAGAAGGTTTCAAACCCTAGATACCGTATAATTCAGGAGTTTCGATAAAC
CCGTGAAAGTATTTCCATTCCTCATTTCCGCCAGAAAAGCTTGAAAAAAG
AGCGATACGTTTAAACTGTTAGGAATGTTGCTTCTTTCACGCCTCTAATT
TGGCCAAGGAAAGCCTCTGATAGTGGACACAAATTCAGAAATTATTAAAA
AGTTCAACTTCACTCGGTTGACCAAATTTATAAAAAAGGAAATGACAAAA
CAATAAAAAATAAAAAACCAGGAAAAGGCAAACAAATGGGGAATAAATAC
CTTTTTTGCATTTTATCGACATCACGACATCATAGGACTAATAAAACACA
ATAAATGTTAACATGACTTAACAAAAACACTAACTTTAACAGTAACCAGA
CAAGGGTTATGACAATATGACTCAACAGAAGCTGTAACAATAAAACATAA
TCGCAAACATCGTATAATCGTACAAATCAAGTATCAACATCATTAAACAA
CGATCTGGACGACATTGATCAAATAGGGGCCGATCTGGATATTGATTTGG
CTACGTTCGAAGCCATCGGCTTGGTACTGGGTTCTCGCAGGGCTGGGAAC
TTGTTCCACATGGCGATTCCGTGGTCCACCAGGGTATTGGCTGCGTAGGG
AAGATGTGGTGAGACAACTCCTGCCGCCTCCGACCTGGTCGAACTCGTAG
CGACGTTGGAGGGGAAGAGAACCTGGCCGAGGGCACTCCTCGAGCCACCT
GGCCCATCTTGACTGTGGAAGGCTCGCCAAGTCTCCATGGCCACAGCATG
GACCGTGAGCTCATTGAGCCTGGACAAACCTGCCCGCCGTCTAGCCGAGG
CCGCCACTGAGCCCCCATGGGGGAAAGTACTAAAGCTCGAGTCAAACTTG
AGCCGAGCGACTCTAGCTTTTTGTCAGGGAACACCGTGACCCCATCCACC
ACGATGTGCAAGTCCTCGAGGTCTGCGCACCGGACTTTATCCCTCAGCAT
GAGCTGTGTCTTGGAGGCATTCATGATGAGCCCATAGCCCGCCGCAAACC
GAGCAAAACTCTGCTCGATGATCCAGGAGATATTTACCGGTTGGCAAGTT
TTTGCCCACCGCCTAAAAAGAGACGTCATCAGCATAGCCGGCGTTGCACT
CCTCCCCAATGCGGAGGCAGTCCGGCAGGTCGGCCATGAGAACCAGGAAC
AAGCAGGGTCCAAGGATTGATCAGTCTAACGCCAAATTTCAAGTCGGTAA
AAGAAGATCGTGTCCAGCTCCAGTCTACACATTGCCTGCCACCCGAGAGA
TAAGAGTCAAACCAGCTGAGCGCAGTGCCTTTGATACCCAGAGCTGCGAG
CTTGCCCTTGAAAAGAGTTAAGCCTTGTCCACACTGTCAAAGGTGGACGA
CAAATCAAAGGCCAGTGCCCCAACCACATTGCCCCCCTGACTCCCCTTGA
GCCATTGGGCCTGTGCAGTAGCAATGGCTGCAGTAGTCGAAGATCGGTTT
TTCCTAAACCCAAACTGGGAGATAGGGAGCGCATTCACCTTCAAGAGGTA
TTGCTCGAGATCACTCTTGACGATCGACTCCAAGACCTTGGAGAGAGCAG
GAAGGATGGAGATTGGGCGGCAAGATGCCGGGTCGGCGGAACTTTTCCCT
CACCATTATGGACTGGAATGGCGCAGCCAATCTTAAAACCCAGGGGCACA
ACATCTGAGGAAAACGACTTGTTGACCAAGTGGGCGATCGGGGCGGCAAG
TACTCCCGCCCCCTTCTTCAGAACATGACAGGAATGCCAACAAATCCAAG
CCCCTCGGTGTTTTTGAGGGCATGGATTGTTCTGCTAATCTTACCAGCAC
TAGCAAACGAGAACAAGAATGGCTTGGATGATGCTGGCCAGTCCGAGGAA
GGTGAAGAGACATGGGCCAGATTTTGACACACATCGATTATCGGTTTTTC
ACTTCACATCGATTGGTGAGTTCAATAATCGATACTCCCTCTAAAAAATG
GTAAACAAAGCTGTTCTGTCCGATTTCGAGATTTGGCTCTCTGGTAACTA
CGTTTCCCGGGAATCCAAGGTCACACATAAATCACATCCCTCAAGCCCTT
GCAATTCTAGTAAGGCAACGATATCTGGTTCACAAGAAACTTTGGTCGAA
ATACGTACCAAAAAAACCTTTATTTTCAGCAAAAAAAGAGGATACAGTGT
TGAGGATAATTTTGGCCATTATTTTCGACTTGACAAAGTATTTTTGGTCG
ATTTGCAGTAAAAAACGCAGTCCTCGCAAGTTTGGCCATTTTGCCGCTAT
TTCGGTCTTAAAGAATCACCCTGTCACCGGACTGTTGGACTTGTCACTCT
TCCAATCATAAATTCCAAAACAAAGGCTCTTATTGTTCGGCTTGAATTTA
AATTATCTCACTCCTTGAGTCCGTTTTGCGCACTTAATTAGATTAAATAA
GTCGGAAAAGTAAAACTTTTCACTCCCAGGAAAAAGACACTTCAACCCTG
GGAATTGGGATAGCTAAAGAAACACCGAATTTTCTTGAAAACGAAAATGA
AAATTCCAAACTTACCAACGCTAATTGGAGACTTTTCTTCATCTTATGAT
GTCTAAAATATTGATCGATATGTCGATTATTGAACAAACCCAATATCGAA
TATCAATAATCCAAATTGGAAATCTTGTTCCGCGAGAAGCTCACGGCCTT
AATTTCAATACATGTCGATTAAGAACTTTCGTTCTGCTCTTCTTTCATAC
CAGGATCGACTCCAATGCCCAAGGCACAACATTAATTCTTTTAACAGTTT
TCAAGTCCAATTTTGGGCGAGGAGTTGATTTTCAATCCATCTGTGCCGAC
ATATATCACTCGTACATATCCAAGCAATTTCCTTGCACTTCGTACTGTCT
GTCTCTTGGCCATTGAATACAGAACTTAGCATGAATACTCATTGGTACGC
TTGGGTGGCGGTCAATTAATATTGATATGTGTGAACGTGATAGAAAATAC
ATAGTTTATGAGTCATTCATAAGAGTGGACTGTTTATGGTAATCAAGTTT
ATGTGACATATGCCACAAATTCTTCGTTGCTACTTGCTAGAACTGGACGT
GGGCGAATGGACGTGTATCCAGTTCCATGGCTCTCATTCGAGGGAAGTCA
CGCAGCGTCGAATTCCCTATTTTGAAAGCCGACACGAACAAAATTTATAA
TCCTCCAAGGAATTCAATTTGCAGAATTTTGATGTATGGGGCAAAAATGT
GTCTGTGATTCACAAGGAATCCTGAAACCGCATTATTTTGGGCCCCAAAT
CCCTCCTGCTCTTCCAAGCAATTCCGACAAAGCTTAAGCAACCTCCAACC
GCAGGCCGAAGTTTAGAGAGAAACTTAGGAAATTATCTGAAGGTGTTCTC
AGGCGTAGGAAATAATAAATAGAAAGTGGCATTGAATTATTATTGACACT
CTTTTATTCCCTTTACACTGTCAGGGTACAAGGAATTTGTGCAAGAGGTT
GCACAATGGCACTCTCATTTGACTTTTGATATACATGTACAGTACATTTC
ATCCAATATTCTGTTGATTAGTCCTCGACTGCAGGGCCATAAAAAATCTG
TATTAATCCTTTTCCACGCAATTTGACAGTTATACAATTGTACAGTATGT
ATCAAAAAATCGTTCCCCTCTTTTTATTTAGCTTTTTTAGTAACTATTTG
AATTTGGGGCTCTTTTTTCTCATCTTACTTTTGTTGTGTACAGAGAGAAC
TTTCGTTTGATGTAAATTTCAAAACAATCGGACGAAAAATGGCTGAGTTA
CGCAAGAAGATCTACGCCCAGATGCAGAAGGGCATGCGCACCAAGGACAT
CGCCGAGAAGTTCGAAGTCAGCAGGAGGACGGTCCTTAATGTGAAGAAGC
TCTTTGAGGCCACTGTATCTTTTGAGAAGAGAAAGAGCACTGGGAGACCA
CGTTCTGCACGCGCTGAGGACATCGTCAACAAGATCAAGGCCAAGGTGGA
GGCAGAACCACGCTCCAACATCAAAGCCATTGCCAGGGAGCTCAAGGTGG
ACAAGATGGCGGTGAGCATTGCTGTCAAGAACGATCTGGGCCTCAAATCA
CGTGCTGTCACCAAAGTCCAGCTCCTTACAACAGCTCAGAGGCAGAACTA
CTGGACAGGTGCAAGAAGATCATCATATTTTTGAAGAAGAAGCCAGCCGA
TCAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATGTGCCCAAAGACCTCAT
CAGGGTCAGGAAGCTCGACAGCCGCTAATGCAATTAATTGACGGGCGGGA
GGCGTGCATGACATTTCACCAAGTTCCGTAGGGTTTCAGTGTGACTAGTT
GATGGACTCTTAAACCCTCCAGCCACAGGTGCTTGGGCTGGGAATCCACC
ACGTGAGGGGCTTGAGGTGGGCGAGGATTCGGCGCGGTGCGTCTCGGCAT
CACCGAGGGAGGCTGAGGGGCTTGGATCCGGGAGCATTCGCTCGCTCGAC
CGGCGTCCTACCGACTGCGCCATGAAGGGACTCCACCCAAGGCGATGCCG
AGAGACGCATGATGATGATGTGACCGACTCCTTTATTGGCATGACTAGTA
AGTTTATATAGTGAGAGGCACGAGTGGTAAAGGGGAGCATGATGCTCAGG
GAGCAAGATCTCTACAATGTTGAGCGAAACTCGGTGCTCAACTTTAAAGT
TGATTCAAAACTGCTACTGCCTCAATGTAGCATATGTACAGTAAACCCAT
TAGGGTCATGGGTCTTGAAACAAGCCAGCTTTTCTACTCTAAATGATGTT
AAAGTATGTAGAGTATTGTCGTTATGGTAATTCAAATTAGTGGAGGCCTG
TCCATCCACCAACTGTATTCAACTGAGTTGAGAGGAAATGTCTTACCTGG
TACGTTTCTTGGGTTGAAGAATGCTTAATCTCGCGGATTTTCGTTTGTTG
CTAAAGCCTATGGCAACCATATCCAGTTGGATCTGGATGATCCATGTGGT
TCTAGGAAAGATAGGTTTTATTATGAGCACATGTTCGGTGTCAAAGGATT
TGCGGAATGCTCACAGTCTACCCAAAAGCTTGCCTCTTCGCATTCCTTGG
AGTGCAAAAAGTTGGATTGGTTGGTTGGGTCCGAATATCCCCTTTCACGC
ATTCCCATTTTGTTGTCCAGGAGAATCTCATTCGCACCATGTTGGCCTTG
GAGGATACCTACTTCTCGATGGCCCAGAAAAGTGGCCAGAATTGCCTAGT
GATCTGTGATCGAGGCACGATGGATGCCTCGGCCTTTATCTCCAGAGACC
AATGGCTGAAGTTGCTCGAGAAGGTGGATTTGGATGAGGAACACATTTGC
GAAGGACGCTACGACCACGTGGTGCACATGGTGAGTCAAGGCCATAGCCT
TGCAGCATGGTTTATGAGATACTTGAGTGCTTCCTTTACCCTCTTCAGGT
ATCAGCTGCCGTGGGAGCAGAGGATTTCTATAGCTGCGATCAGCACGCTG
CTCGCTTTGAGGGGATTGAACTGGCCCGAGAGCGTGACCGAAATGCCATG
AATGCCTGGACCATGCATCCCTACGTGGATATCGTGGACAATCGGATTGA
TTTTGACAACAAGGTTGGTCATCCTGCCTTTTTTAAGATGCAATAGTCCA
AGATAGATATAATTTAGTGCAAGATTTGGATAAGTCAGAAACCAGGCCAT
CCTCAAGAAATCATCCTGAAAACTTGGTAGTGCAGCGATAAAGACGGCAC
ATGTAAGATGTCAGAATTTGGATTTCCCCCAATTCATAGACTATATGAGT
CAGGAGGGCGGAAACAACAAAGGGAAACTAGTCTGTCCTTCTATATTTAA
AGGCAAGCCTAAAGTGGAAAAGTAGTTTTAAAGAAATTTATTTGAGATAA
TTTATCTCCTGATTGCTAACATCCCCTTAAAGCATGCCTGAAATAAAATC
GGAGGCCGAACACTGTTAAACTGCCGTCTAATTTCATATGCAGTATGTAC
AGTGTTTCATTGATTTTCTTCTAGCTTAGATCCACAAGGGTTTTCCCAAA
TTTCCTAACTTTTTCCCCCCAATTAACAATGAAAACTAATTGTTCAGGAT
GTCGACGACAGTGTTTTGTTTTTCATTCTTCAAGCTCTAAAAATACGTTT
ACCGACCATATGCAAACTTGCAATGAGTGTTGACTTCGTGTGAATTTTCT
TCGACTAAAGAGCAAAATACCTCATTTTTGAGACAATGCAATGTTATCGC
AATTGGTAAGGTTTCTTTTTGAGGATGACCGAGGGTTTTATTTGAAGGGA
TCCAAGGTCTTTGGGGTCGAGTCTTAGTGGGTTGAGGCTCACCCTCGTAA
CCAAAAGCCTGCAAGACTATGAGCAGTCCAATTTGGTTTGCCAAGTCTAG
TAGTTACGTACAGGCAATTGGGGTCATAAGTATCTGGGGATCTCGTTTTT
CGGTCTGACTCGCGGTCTGAAGTGCGTGGATGTCTGAGAAAGTCGTCTTT
ATTTAGCCATGCCAAAGGCCGCCCCTCAAAGAGATCTCGTCAGCAATTGC
TGACGTCATCTCAGTTTAGTCTCTAACGAGTTATCCTCAAAGATTGCCCA
AACGAAAGTCTTAACTGCAAGAATCAGGCAGATGTTATTCTGAAATTTCT
AAGAACATTCCTTAATTCCCAATTGCGCGTGAAACGAGAGAGACTGGCAA
GTGTTGAAACAAAAGAAATGAAAGAAATGGGTGACCAAAAGGTCCTCCAA
CTTATGGCTGGTGGGCAAACCCGGAAGGAGGCGAGAGAAGAGGTTGGGAT
TAGCCGTGTGTGTAATCGTTTATTTCCTGCTTAATAAAATTTGGTCAATT
TAATAAATCAATAAATAATAAATCAATTTTTCATTGCAACAACATTGTTG
TCCCATGTATACCATAGCATGATTTCCTAAAAGTAGCTTCCTGGTTTTTT
TACTTCTCTTTTGAAGCCACATTTATTCTCAGGTCTTGCAGTTTTCGAGT
GAACTTGCCAAGCATATCGGAAGTCCCGGATTTGCCGAATCTGACCCAGC
AAAGAGCCAGATGGTAACCCTGTTCGTCGGATTAAAATTTAATATGGGTG
CTGCATAGAAAGATGATAAATGCTTAATATTCCCATGGGTTTGCTCTTAA
AAGGAATCCGCGCCAAGATTGGGCGAGAAATACAATAAGTCAAACAACGC
AGAAGTTGCTAAAACTGTAAGAGAAGCCAAAAGTTGCCATTTTTGGTGTA
GGTTGCATTTGCGCCTTTATCTGATCTGTACCCATCAGGAGCAGATACTG
TATCCCTAGGAAACACTAGATACAGTACTCTGTCGTTCCACCCCCGGGAT
CGATCAATAAAGTGCATACAGCAAAAAAAGGGTACATTTTGTCTACCTCA
AAGGCCAGTTTTTGGGGTGGAAATGACATACTGGCATTTGGCCAGTTAAG
TCACCCTTTCGAGCTCTTTGGCTATCAAGATTATTTAAAAAATCACCTTC
AGTTTCCGTGCGTCCGAAAATTCCATGTGGGTATGCCTAGTTTTGTGAGT
ATCTTTATTCTGAGACTGACCTAGTATTGATGGGGGACCATGGACTTTTC
GAAGAGCCCCCCATGGCTCATTTCACATTGCTGAAAGCAGACAATGGGTC
ATTGGAACTGAACACCAGTGCATCTGAGCTCCTTATTGTTCAGCTTGATT
TGTGGACATTCCGATCCGGGACGTCTGCCAGATTGTCAAATGCTTCAATG
AGCAATTGCCCCACATTTCCATCGGCATCAGTTTTTTAGAGACCTTTTAC
CAGACAATCTGATGCATCCGTTTTACTTGATTGTGTCTAGACTGCAAGTT
TGACTTAAAAATATCCACATTATTAAGAGATGTAGCTCTTAAAGATAGGG
CAGAAAGGCAATAGCCTTTCATAATCTCATTTTTTAATTCAACACAATGT
TCACACTATTTAGAGAGAGCTTGTCGGCTTTCCTCACCATTGGGCCTCAA
AACCATTGAGGTAATGTAGCTAGGGCAAGCCACTCGGCAAAAAGGAGCGA
CAACAAAGCTGCTGGTCTAAATGCAATAACGGTGCGTCTTGGCCTATCAA
ATTTCCTTGGGCCGTCGCACAAGCCAGCAAACAACCAGGCAAAGAAAGGC
AACTAATTTTTGGCATTTAGATCAGAAGCCTGGTTGTTGGTTCTCCCTTT
CAGCCATGTTCCCAGTCACGCTCACTCCATGTATAGGGATGTGGGTCGAT
GACATCATAAATTTGGTGGGAAACTTGTTTTTGAAAAAATCAGCTGCATG
TAGGATAGTCCCTCCAAGTCTATTGTACTGGATATGTCAAAATTGATCCA
TTGATTTCTCTCAAAGTCAAACTCCAGTAGGGTGACCAAATATGCGCGGT
TGGTCCAAGTTAATTTGCACACAAAGGAGCAGCTGATCGTAGTTTTAGCC
TAGGAGTTGGACAAAAGGGTGAGGCCATACTTTCCAAGGGTTTTGCAAAC
CTTTGCCAATGCGTTGATGATGCTTTGTTCTTAAACTAAAGGTGTTGATT
AGCGAAGGGCCTTGTCCATGCTACCCTGATTAAATAGCGACGCTCTGCGG
CATCTACAACGTTTCCTCCGTCGAACATGCCACAACCCCATATTAGACCC
TTGCACAAAACCCATTTTTCCCAAATGAGATAAGTTTCTTCCGCTTTCAT
TTACCGTACAGTTCTTAACTTAGTGCCCCATGTGTATGTACGATATAGGG
CACTAACCTAACCGACCTTTCTTCATCCAAGGCAATAGAGCATAGATGGC
AAATGGCGAAAACGCGTGCTAGATCAGTGAATCGACGCTTGTTATAACCG
AAAAAGCTATAGGGCGCCACGGGTTAGTTACGTCATCTCCTTTTGTATTC
TTGATGTGAAACGAAACGTCATAAATGGTCCATATTTTGTACAATAGGGC
GCGCTTCAAGGGCACCTCTGGACAGACTTATAGCCGGCTCTGCCAATGAT
CAAGCGTATAACTACCGGTACATAAATTCCACGAAAAGCTACCCAGAGTT
AACTTCGGTGGTAGTATGCATATCCGGCTCAAGGAGTGGTGTTCACTCAC
AGCTATTGTTTGCTTCCCTTGCGGAATTAAAGTGGGCGTACCTGTGGTCA
TTCCTCGAGGGTAAGGTAATAATTCATGGTAAATTTGACCGCCAGGGTGA
CTATGTCTCGATAGAGATTTCCCTAGCTGGGCAGAAATGCCCGGGGCCTT
CCAAAGAAACAAAGAAAACAACAAAATACCAACACTACGAGATTGAATGT
TGAAGTGGTCAGCGATGAGGTCTGGTGAAGGACCGCAGATCGATTCCCGG
GCCCGGCGGATAAAGAAATTTTCGCCACTCCAGACTTTCTTCTACTGAGG
GGAGCTGACATCTCCCTGTAACCCTACTTGCCTTTAGGGGTCAGGAACAC
AGGTGCGGCCACATCTTGAGGAAGGGTCCCTTCTGGTTTCCCCACAAATT
AAAGTAGTGGTTGGAACTGGATTGTACGGGGCTGCACGGCGACTAGCTTA
ATTAGCTAATAACATCAGTGGGCCCTGTGTTCACCATGGATTGTTCCATG
GCGAGAAACACGAAACCACCGGAAGGTGCGATAACACACACACACCGTTT
GGAGATTTGGTTGAAGCACCTTGGATTAGACGGGGTACACAAGTGCTTTT
CAACACGAATATATTTTATCCATTTCAAATTCGTAGGTTGCGCCAATGAA
ATCCACACCAAAATCAAAGGCTTTATAATTCACATCTGAGGTCTGTCTCA
GGCAAAAAGAGGGCTCCGAAAATTGGGATTTTCCTCAGAAAACAAAACTA
TCTCCCAAGCCATTGTCATTGATAAGAATTTGCAAGGGTTTTAACGTAGA
AAGTGCATTGCAGACGGAAAATAGAGTCCCTGCACCCCATTCTAAAGAAA
CCATGCACCACTATTTGAAATATTCAGGATGGAAAAATCCCTGTTTCCGA
GCGCGCTCCGATTATTGGGGAAAATACATCTTCATCCATCCAATCTATTG
TCGGTGGGTGTATTGCATGCGAGAATTGACCAGGAACACTTTTTGTTCCA
CGTAATCAAGGTCATTCAACACGGAGTCTTGTGACAAGAAAGTAGATGCA
TTTTGACCAGACGGAGTTTTCCATGTGCTCTTCATTGCATTCAGACGTGA
TTGAGGCTTTCACGAGGGATATCTTCCATCTCAAGCCTAATTTGATTTGA
CAGGTGTACAAAGGCTGGGTCTAATAGCACCTTGCCTTCAGCTTCCTCAG
GAGCTGGATTGAGCTCTGTGTCGGGAAAATACGCCAGTTTATTTAAGTCG
ATCCGGACCTCAAGGGTCCCGTCATCCAAGGTACACTAGTCAATGTTTCT
ACTCTCATTAATATCGGACATAGTCAGAGGTGTATGTACCGGTAGGTAAG
TAGATACATTAGAGAGAAAGTCAATTGAGCTAATCTGCCGAGATTTATGG
TGGCAGATCAATTGCTGGAAATACTAACAACTCCCAACGAGCATTTTGAC
CCATGGAACGTACACAAATCTGATTTGTACCCTTGGGCATGATCCTCTCG
TTCTGAAGGAACGGGCCCATTGTATTTAGGGATTAACAGAAGGCCGATTG
GACCCATTGTACCCTCACTGTTACTTGAATACAATTCTTCGAAAGGCTAG
CTCATAACGAAGGAAAGCCCATATCTTGCCATATCCCATGGATACGTTAT
GGTTCCAATGGGTTAAAGTCTTGGCAGCTCATAACACATTATATTTTCCA
GAAAACGCATTTTTAATCTCGTTATTTTTGACCTTTTTTGGGTAACACCG
ATTCTTGATTAGCTACTGATATAGCATTGCCAAGTGTACTGTATGTGGAA
AAATATATTTCAATTACACACACTGGGCTATTACCTCACAAGAAGTTATT
AAAATGTGTTTAAAACCAATGTTTTGCCACATACTGATACATGTTTTCCC
CAAAAATAAAGATAGGCATTGGTGATCAAGACTTTTCAAAATATTATCCC
AAATTTCAATTCCAGATACTGAAATGAGTTTATTCCTTTTTTTGCTGACT
TGATTAGCCTTTTGCGAAATAGACCAAGTTTGGCACTATTTTTGGCCTTG
GCAATAAAAGTCACTGTTAATCATAAGTCACTTAGGCTTTTTCCTCAAGA
AGTGGCCGCACGTGTGGTATTTTCCCTAAGAAATAATGTTACCTCACCTA
CTGCAAAGAAACCTCAAGTTGGAGGAATTGTAGCTCAGGACTTTTTATCG
GCCCAAACAAGGGCCAGAAATTCAGGGTGGTCATTCATAAAAATTGGCGT
GGGTTTATTTTACACCTTATTATTGCTTCTAAAAACCTGCTAGATCTGGC
AAATTGTACTGGCTACTGTAAAAACAACAACACTTATTTGACACCGCTGG
CGGAAACCGAAGTTGATTGGTCTACTTTGAAGCGGTTACGGCCGTGAATG
TCACCTTATCATTTATTCAGGGTTCCCACCCCAATGTCAGTGACCAAGGG
CAGGGATCCCAGAAATCTGTACAAATGTAATTCGCGACTCTGCCCGCCCC
AAAGAATGCCGGAAAATCCAGGACTTCTACTTTTCGGAGATTAACATTAA
TATTTTTCACACTTGTTCAGGGCCAGATTACACACAATTGGTGGTTTAAC
TACCAATATGGCGGTACTGTCAGAAAGCTCAGCTGGCAATTCCTGCTGTT
TTTGGGCTTCCTTTGAGAGGGTAACATCCAATAAGAAGTTGAGCAGCAGA
AGAAATTTTAGAAATTGATTACTTACTTGACTCTTCTGTTCAAAGATGTG
ATCGATAAGGTACCTTATAGCAACTTTTCGGGAAACTTTAATTATTGCTT
TCCTAGTGTAATGAATTTCAATTGGAATCCAACTTTGGCAGCTCTAACTG
CAAATTGGTTCTGTAATCAATGTACATTCATTAAACGGACTGTTCAGAGT
CCGTTGATTCATTCAGCTCTCACATGTTCAGCCTTAACATTTTGGCAAAT
ACTGATGTAACATTTCCGTCCTGAAAGGAACGCTCATGCTTTGTGCATCG
ATTGCAAAAAGTGTCTCAAACTAATTGTTTGCACTCTCAATTGGGTTCGG
GTTCAAAGCGGAGCTGCAAACAACAGTCTGGTTTGCTTTACGTACTTTTA
CAATGATTTGTGGACATTTTTCCCCGTTTGGGCACAAGAGTGTAGTCAGT
TTGGAATATCGTTTGGCGGTTGTCATCCATATTTGCTTCCTTTCATGCTT
GACTGTACTCTTGGAGACCAATCAGCCATGTCCAGCTTTCAACTAAGCCC
CGGCAATACTGTCATTTGAAGTCGATATATGGCTACAGGGTGAGGCTTGT
GGGTTAAAACAACTTCAAATTGGATTTCTAATTGGGGGAAAAGTTGAATA
TGACAAATTCTAAACACGACTTAAAACATCAACTGTTGGAAAGCATAAAC
TGTTACACAGCATTGAGTGTGAGAAAAAAAACCTGGGTATCAACAAATCT
TGCTGGAAGGATTAACTAGATAGTAACAATTGTTGAATTATAACAGGGAA
ACAACAAAATTGTGAACTTATACAGGGTACACAACAATAACTGTGTAATA
ACCAGGGCTGTAAAAAAATGCCCCAAAAGGCGCTGTAAACAGCGGTAAAA
AACTACGTTTCCACAAAATAGACTAAAAAGGTAGCTTTCCAGCAAAAAAA
GAGCAAAACCCTGAAAAAGTTCAAAATGTTGCAAAAAAACAAATATAGCC
CACAATGAGAGGAAACATCCCACTAACTAGCAAAGTAACTCACGAAAAAT
TGCAAGAAACATAATTGTTGGTAACAATAAATGTTATGAATTTATAATGT
CATCAAACATCAATGATATTGTGCATTATTTTCTTAAATCAAATTATTAT
TTTTTGCAATGTTACGAGAAATTACACGCAAGCAACAAAGATTGCAAAAA
GTATTGTATTATTAAAAACATAGCTCAAACCCTGGTTCTGTTGAGTTAAA
CAGACCACTTTTGGAACCTCATACGTTAAAAGTAATGATGCTGCGAGATA
ATTTTCGGCCAAAACGCCAAAAATTTTAGCTAGCCCAAATCTTTGAGAAT
ATATGAAAAACTTGATTCCAACTCCTACGAAGATAATGATAGAGTTACTT
TGACCATAACTTTAAGAACATGGGATTCGGCCGACATTTGGGCTGTTTGG
GCAGTTTATAGCGGCCGGAAAGAGACGAAATAAGAATGTATCGAACTTCA
GCCTTTTTCCGCTTATTACAATAGACGAATGTTGAGATTTTCGACAGTTC
ATACTATCTCTAATGATGCAAAGGACGGCGGGAAAATTTCTACAATGTTT
CGTCAAAACGTGTGGATTTAGCTACCGATTCGGAGCTCAAGAAAGTGATT
AGTGCTATCCACCTCCGCTGCTAATCTATCCATACTATCTCGGTCCTAAT
TTATATTTTTATGCTATTGGCCATTCATAGCATTTTTTTGATCACTTAAA
ATAGTTAGTGCTTTGTTGTTGTTCAGTATCAGTTTCCAGTATTCCGCTCT
TAGCAGTGAGAAACACTGGATGAAATAAAATTCCTGATTCTGGAGATTAT
AATTTCTATTTTCTGAGCAAAACAATTACTTTTTGTTTCCTACACTGGAA
CAAACCGAAAAGTTGGATTTACTTTTGATTGGTCTCTTTTGAGACATTCG
ATATTTGTAATCATTAGCTAAGTGCAGTTAGGAGTAAGTCATATTTCTAG
CATATTTCTAGCACATTTCTAGCACATTTCTAGCGCATTTCTAGCACATT
TCTAGCACATTTCTAGCATAGAAACTTTGTTTTTCTCGAGCGTCCCAAAT
TTGTGCAACAAATGTTGGGCATTTTTTAACCATGAAATTGGCGTACTCTT
TAACTGGGAATGTTATAGGTATCCATTTCGCTCAAATTCCGCCAAGTCTA
AAAGATTTCTGCACCTTTACTTTTTTTGACAAGATTTTATTGTCACTTCA
CTTTTCAAAAACCAACTACCCTGAAACTCTGCTGTACATATACCCTTTGT
TTTTGCTCACTAACGCCTTATTTTAAACAAAATACGTTACTGTGCGTCAC
TAGTTATTTGTAGATCCTTGGTATGCATTAAGTATCGTGTGAAGTTTGTA
GCCCAATTGAAAAATACTTTTCTGCCAAACATGTACGTACTGCAGTACAC
CAGGGACATCTCGGTGAGCCAATGGACTGATTTCAGACTCCAAAAAGGAG
CTATTTTGACAAAGGGTTGCTAACGAACGAGGCCCCCTGCCCACTTCCTT
GGCAACCCTGAGTCAAAATAGCCCCTTTCTGGGAGTCTGCAATCTGTCCA
TTGATTCTTCGATATGTCCATGAGTACACAAAATCCTGATGATAAAGGAA
CCTCCTCACGGAGGGCCTTTCTTGATCTCTTTCCGGGGATAAGGGTCGAA
GGGTTGCTAACGAACAAGGCTACTTGCCCACTTCCTTGGCAAGCCTGCGT
CAAAATAGCCCCTTTCTGGGAGTCCACAATCTGTCCATTGATTCTTCGAG
ATGTCCATGAGTACACCAAGTCCTGATGATAAGGGATTTTTTTTAAAGGA
GGGCCTTTCTGGATCCCTTCCGGGGATAAGGGTCGAGATTTATGGGGGAA
AGTGCATCAAGGGGATATGCCCACAGTACTTTCCTGAGTTTCCTCACCTA
ATCTCAGTTGTTGCACCTTTATATTTCAGCTGAAACGTCTGGTGGACATC
GTGGTGAGACGGATCGGTCTGGAGATTGGGGATCAGTTCAAAGCCAATTC
CAGGAAGGTCAAGTTTGTCATCAAAGGTCCGATGCCTGCCATTGCCCAGT
TTCCCTCATATGCGGACTTTGAGGTCGAGCATCACTATTTGCGAGTGAGT
CTTTCTTGGTCCATCGAGGCGAAAGGGGTCATAATGTACTGCACAATCTG
CTTTCCAGAGTGGTTTGGCTGGGATTCAATCCCGTTTGCGCAAGCGCAGT
CATCAGGGGAGGACCACTTATACTTGCACAGTTCGAAGGCCGGAGAAAAA
AGGCCAAATAATCGAAGAGAAGACGTCGCTCTCCAAGAAGGATTATGAGA
ATCTGCTTAATCATGTGGACGAGCGGCACATGCCCATTTTCAAGACCAGA
AGGTGCTTCCTCTACCAGCACCAACAATACCAACTGGACGTGTACAGGTA
GGCAGTCGGAGAAAGGTGTTTGTATTCGCAAGGCTCGGTGGAGTGTGGGA
GGAAAGGCGTTTCAATTGAGCGTGGACTAACCAGATGAGATGTAATGAGG
CGTGGCATATGCCTCAGCACCTTCAAAGTCCGAGATTGCTCGTCCGGAAA
CGCCACCAACCGGGATCCATATTTTTGGGCCTAATTGACTTGTAGGCATG
TCCATTAATCTACTGTAGACTGTCGCGATGTACGATGTACAGGGTGCGGT
TCAACCTTAGTGTTAGATCGTGTCAAATATTCTAGCGAGGTCTCAAATAA
ATACTGCATTTGCTCAATTCCTACGGGTATACTCGACTTTGGTTGGTTCA
AAACTTTTATCACCATTGTTAGAGGCAAACATCGTATAATAGCCCATAGA
GAAGATAGAAGGGGGAATGAAAAAATGAGTACAACGAGGACTCGTCCATG
GAATTTGCTACATGATAGAAACACAGTGTGCAAGATGCACGCTTGTTTCT
AAGTAAGTCAATCAATACTGGAAGGGACGCACTCTGTCTTGTTTAGTCAA
CGCTTCAGAACCACGTTCGAAAGTGTCACCTCCAGAGTAGAGATCAGATC
AACCACACGGCTTGCATCTTGCAATATCCAGTCTGCCATTCTACCATGTA
CAGAAGACCATTGCTCATCCTCCCTACCCAACCAAGGGATGGACTGTGGC
AAGTCCCGGCTCTCGACTGATTTGAGTTTTTGGAGTCCTCAACTCTCGAC
TCCCAAGTAAAAAATAAGCCAAAGTTTAGTTTGACTCTTTTTTGGACGTA
TTATCACAAATCGTCGTCAGTTGCGCAAGGCTGCAAAATTTGTTTGCAAG
TTCTTGACTTTTGGCAAGATCGTACAGAATCCCAAATATTCCACTCAAAA
CAGTGTCAAATTTGGCAAAATATTCCTACATATAAACATTCTAAAATAGT
CAACCTTTTGGCAACTTCAGAAATTCGCTAGTCATTTGACTCTTTTTCGA
CTCTCGACTCGCAAATCAACCCACAGCCTACCCCTAACCATGAAAAATAA
ACTTGAAAAATAAAATAAAAGTGGTCTCCACCCTATTTTCTCTATGGTGA
TAATTAAATGGTGTCCACCCTATCCTCTCTATGGGGAGAAGTAATGGTAT
CCACCCTGTTATATTCCTGTTCTATGATGTACAAATAGGCGCCTCCTTTG
GAGTTGGCTTTCTCCATTTTGTGGCCGATGTAGTGAAGCCACCATAGCTC
AGTGTCAGCGAGCGCTGCGCTGGTGCTGAGTGGCCGGGGTTCAATTCCCG
GGCTTCCCCAGTTCACCGCAACTAGTGGTGATCACTCACAGCTATTGTTG
GCTTCCTTTATGGGATGAGATTAAGTCGGACGAACCTGTGGTCATTCCTC
GAGGGTAAGTAGTAATAATAATTCATGATAAATTTGCAAATCTGGTTGAC
CCTGTCTCAATAGAGATTTCCTAGCTGGACAGAAATGTCCGGGCCTCCCA
AACTAGCATATTGCCTCAGACTATGCAGAGACATTGAGTGGTGGGTTTGA
TTCCTGGCATGATCAGGGTGTAATTAAAAGCGGTACCAAATTGTCGGTTG
TTATTAAAATGGTTAAGCTTAGCCATTTCTTGGGGCTATACTTAACTTTA
AAACATAAAAAAATCTACTGCCGACGTCTCGTCAGAGAATTTTGCTCAAA
AGTAGTATTCCAAAGGAGGTTTTGCACGCGTAGAACACGGTACTTGGGTT
CTTCTAAGCATTTTGGGTACACCGTGTCGGCACTCGCTGTAGCAACTAGT
ACATTATTACAATTATGGTGATATGAGTCAAAGGCTTGACAGGCCCAATA
ATTGAGAAGAAAGCCAGACCAGATGTTCTTTCTACTCATCGACACGACTC
TCGAAATGAGGCCTGAAACACTGGCCCAAAACATTGCTAAGCTCTTTGGC
TAGAGAAGGATGTCTCAGTCGGCCTTTTGTCCGTCATTATAGGATTCTGG
CAAAATGCCACGATGTCTCGGCGGAAAACTAATAAGTTAGTGCGGAGAAT
GGCCCCTTTCGAGGGATTTCCTATTTGGAGCCAAACCTAAGCCTGTTTAA
ATTCCCATAAGACTATTACTACAGTAAGATGTTCCAACTCATAAGTCTAC
CGTATTCAGGGCCTCAATTAATCAGATACTCTCCGCGCGTCTGGCTAAAA
ATGATCAATTAGATAAATTTATCTGAACATATTTTCGTGCACAGTGTCTC
GAGTCAATGGCTCATTGGACAAGTTGATCGCACCTGACTTGGTCCACTGA
TCACTGATTGGGCTCGTTAGTTCTTGGACAAATGTTGTGAAGTATGGCCA
CAAGGTATGGGATTGGAAATGTTTTAAGTTCGACTTCTTTTTGGTATCCT
TCAATTGCAAATTAATCACGGCCTCTTTGTAAGGAATTGCTCCACATAGA
GCCAAATATCAACAGAGACACAATATCCGTGGATTGGTATGAATCACTAA
ATTGGAGCGGAAATGTTGAGGGTGGGGACGAAACCATAACATTGCTGACA
AAACATAACTTCGCTAAAGCAAAGCGATAAGGTTGCCCACATGGTAACGG
TAATTCGTTGCTAGATACACAGCAACAACACACAAAAAGCCTATTGAATG
CTGGAAAAGGAAGTCCATGGAAAAGGATTTGTTTTGAACCTGATTTGGAT
ATTGGAGGGCGTTTTTAGAAGGCTGAATTGATGTTTTCGTCAGTTCGAGA
CCCTGGTATGTTGTACGCCTATTGTAAGTCGATCCGTCGATAAGATAGTA
CCCAATAATTGCAACCAGCGTAGTTAAACCTTCAGAATCGCCCATTCTCC
ACAAAAGGGGGCGCGTTTTCATTGCGCAATGTCACCTGGCAAAGATTCCC
ACGGTTATTCAGAAGCAGGCATAGTAGACGAAGCTACCCAAGACTCTCTA
AAAGTTGGAAATTATTGCTTTATTTCGAGCTTAGTGGTAAAATACACTCA
TTGTTACAGTTGTTATGGCTTAATGAACAAATTCATCACTATTGATGCGC
TCAAAACAGTCACTGTAGAAATTGGCAGTGATGATGACATTAAGCGCCAA
TATTGATAATTTACCTGGCATAATATTTGGATCAATTGAGTCAAAATGGC
CTTTTGAGAAAATTAAGAATTATAAGTTTCAACTGGCTGACCTGATGGGT
ATCAAATGTGAACGTAATGCAGATTATCTGTGAAAAAATGGCAGCCTACG
TACGTATGATTGAATAGAGCTTCCATGATCATGAAGCTGTTTTGAGTAAA
CACCAGATGAGTGGGCCGAACGTAGAGCTAGCTTATGACCTATCCATCTT
TTGATTTGGATTACTTCAAGTTTTGGATATTCATAACTCAAGTTTCCCCC
CCATTTTTTTGCGAGATTAAGCCGGTAGATGGAGCTTCTCCAAGTAGCGA
TGACGTCAGACACCACTAGTGTAATAACTGCACGGCTGTTTGGTCGCTTT
CATCGTGTAACTTTGGATAAATGAATTTCCATATTTTGCAGCTGACGGTT
AAAAATAATAATGGCACTCACTCATTGAACTTGAAAGCCTTTTGACGGAT
TCCTGCCCAGCGTCTTTAGCAAGCACTAAATGTAATACGAACTGCACCTT
CCCGGCTTAGTCGGAAAATCAGCTGACTCCATGGAAATACTTTGGGGCTT
GTGGCCAAGTTTAATTCTGTGAACCTTCCTTTTCTTGCAGGGATCCTTGC
CATCCTCGATGCAGGGGGTTGATACTTTTGGAGACGTTTACAACTCTTCC
GCCCAGTGAGCTCCAATCTCATTTGCCTCCGTTCCTCCAAGTTGCCCTTG
AAGTCACGGGAGATCCGGCATTCTCCATGTTCAACTTGGCCCTCAGGTAA
ATAGTTGCAATCGAGTATTCTCTGGACAGTGGTTCCTTTAATGGTCGGCC
AGGGGTATTCGGCCACTTAGGCAAATTGACTTTTCAGAGTTCGAGAACCA
CAGCATCATTTTGTGCATGTGCCCTTGAGCTTCAATTCAGTGAAGAGTCG
CAATTCAAACGTGGTGAAACATCCTCAATTCCCTCACATTTTGTTTACGT
ACAGCATGCATATGGTACATCTAATTTTTTCAAACATCGTCATCATGGCA
GTAAATACATGGAAAATTAAAAAAAAACATTAACTTTTTTGCACGTTTTC
GTTGCATTAATGTATAGATGCCCGGGATTAAAGTGAGCGTACCTGTGATC
ATTCCTCGAGGGTTTAATAATTCATGATAAATTTGAACACCAGGCATGAC
TATGCGTCAATAGAGAATTTCTAGCTGGACAGAAATGTCCGAGGCCTTCT
AAACAAACAAACAAAAGTATAAATGCGCAGAATCTTAGAATCTTAGAAGG
AATGGAAAAATATTCGCATGTTGCAAAATCAAAATTTTTTTTTAGGAGCA
TTGTAGCTTTTTGACAAGCATTACAAATACGACGAAGACTTCAAAGCAAA
AAAACTATTTTGTATCCATATGAATTAGGACAGATTTTATAAAATAAATT
TTTAGGCAGTCTTCTGGCAAAAACAATATAAAGGCAAAAAAAACGAACAG
CCTCGATTTCATAAAAGTTAAACATAAAAGGTTTTTTTTTAAATAAGAGC
CTTCAGCTTTCACCTTGGCGTCCAGCAGTATGCCAACTGATTTGCCAGAT
GAACGAATGATTTTCGGATCAAGGTTGGCCCATGGAGACCCAATGGCCTC
CCGAAGTCGTCCACATTGTGGCAGGACTTGACCCCAAGCTCCCTCTCCAG
AATGGACCAGATTGCAAGGTCCATCATATTGAGGTCTGGAGAGGAAGGGG
GCTGGGGGATGATGTACCCGGGCATATTCTTTAACACGTATAACCTTGAA
GTGCTGGGCAATGCCGCATTTGCTCTTTCCCGGTGGGTGAAATTTGGTTT
GGCCTCGCGTTTCTTTCATTTGGTAGCCTGGTTTTTGACGAGAGAGAAAA
CAACTTTCTTAATCCATGCACTGATTCCAGTCAATCCAAAGCAATGCCAA
AAAACAAACCTGGAACCTAAAATGTACATGTTACAATAGAAATTATGAGC
TGTAATAATCCTTATGGCTCACCCTGTATTAAACAATAGCAATAGCAAAC
TTGTTCTGATCAGCACTTCTGGCAGTGTGTGTAATCGTCTATTTCCTACA
TATTAGTTTTTTTGCCCGAGAGTCAACACTTAGCCAACGAATGCTAGTCA
AGAGTGCTCAATTTATAAATAAAGTGAACACATTTCAAGCAGTGAATAAA
AACAAAGATACTATAAACAACATTGGAGCAAACTATACAAAAAAGGAACA
ACTCCATAATGAGAACACAATATATGTTCAAAAGCCTATACAAATCAATA
AATCCTTACAAAACTACCACACGATAGATTTTTAAAAGCCAAGTATTGTT
CCTTTGAAAAGAGTTCGGTTAGGAAGGCAAGTTCAATTTTTTGAAACGAT
TGTAATTTTTTCATGTGTTAATTAAAATTTATTGGTTCCCTCATTCCGTT
GCTTCCACGCTTTATTACCAAATGGTATATCCAGGGCGCGTACGGTGTCC
TCTATGTCCTCTAGAGGACATCCATAAATTGAAATGTCCTCTAAAGTCCT
CTAGAGGACGAGTTGTGTCCTCTATTTCTTTTTTTACCGATTATTTGTAA
ATTTTTCACAACTTTTGCCTAAATGCTAACCAAACTTAACCTAACAAAAA
AGAATATCCCATTCTATGGCCGATTTTTATGGTTTCATTTTGGGTGTCCA
AAAAAAGTCACTTTTCGTACTAGTTCGACCTACAGAAAAAATATGGGTAA
AGAGGACGCAAAATGTCACATTCAGGCGAGATGAAGTGGCAAAATGTGTG
AATAAGGGGAATAAATCCGTGGAGTGGCTTTCGCTAACGAAGACTCCTCA
ATAATAGTGTTTTACTTTTGCAAATTTTGTTCAGTTAAAACTTGTACTTA
ATTAGACGATTTTGCCTTTTTTGATTGTTTTAGGATTGAGTAGTTTGAGC
ATTGAGGCCCTGAGTAGATGCAATGCCATACGTAAAGCTGTAAAAAAGGT
GCAAAAAATGCCAAAAATGACACAAACTGAAAAAAATGCTTTCAAGCAAA
AAAAGAGAGAAACCTCGGAAAAATTGTAAAAAATGCCATTAAACATAAAA
ACAAAGCCCACCATGGGAGAATACAGCCATAAAGTAACGCAGGAACTCGT
GAAAAGATATCCAAATTATAAATATGTTTCTTATATTTTTTTGGAGAATT
AATATTTATGACTGATACTTATCTGCATCCAAAGATAGTAAGAAGTACGA
CTCGAACAAAAATGATGGAAAACACAGTTTTGACAGAAGAACAAGGGATG
AAAACGTGACATTTTTATTCTAGGACGATTTTTGAAATTGCCTGCTAAAG
AAAGCAGCAAGTGAATGGAGTTTAAATCAGATATATCCAAAGAAAACGAA
ATTTTTTTGGGTCTGAAAAGAAATGGATGTTCAGAATTCTTAAAAATGTC
GAATATTATTTGATGATACGTCAAAAATTCAAAATTTGTGAAACGGACAT
AACTGTGACTTTGGCAAGATTCAGTACAAAATTGTAAACATGGGTTGTGG
TCATTTATTTGTTTTATCTGACAGCGTGTTAGTGTGAACCCTATCGAAAA
TATATTTTTCTTTTCCCATCATTCCATCATACCCATTCTGCTTCCAACGA
AATTTTTTATTTTAAATTTATTTCGTAACCGACAACAATTTTTATGGTTG
GACAGACACGCCAGACTTTATTAGAAAAGTTAAAAAAATTGGGAAAAAAT
TACCAAAAGTTTGCCTGAAAAATAAAAACATATAAAACCTTACAAGATTG
AATTATTCCAAATTTACGTGCTGAGCATTGACACAGCTTTTTTTTATTTG
ACTTTTGTGAACGAGTTGCCCTGCAAGCGAAATACCGAACGATGGGGGAG
GGGGCATTGTTTGTAAACATGACATCTTTGTATCAAAAAAGTACTAAAGG
TGTCCTCTATTTTGTTCCAAAATTCCTTATTTGTCCTCTAATCTGGATTT
TTCACTGTCCTCGATAGAGGACGAAGCCCCGTACGCGCCCTGTATAATAT
CGAACAGTATCTGCTCTTAAAAAGTCTGCCTTCTTGATTCGATTTTTTTT
CTTTAAACTTGAACTCACTTAAATCACTGGCTGAACTCGTAAAAACTGTT
GTTCAGTGAAGCCAAAACATTTCGCCACTGCAACTGATCGATAATTCACA
CCAAAATACTGCAGGGTTGACCCTTTTTGGGGGGGTCACCTTGAAACCGG
GACCGGAAACGTCGGTTCCTGGTCTGAACCGGAACCGACATCTGGGAACA
GTCGGTATTTTTTGAAGACATGATTACAGTACATTGTCTACCTGTACTAT
GTGTATGAGCGGTCCACGAATTCAAAAGGTTATCCGCCATTGCCTCTGTT
ATCCTTCATGCTATGGTTTGTTGTATATTTATCCCCCTCTGATGTCAAAT
TGTTGCATCAGTATGTCATTTAGTCGGGCATGATGGAGTAAATTAGTTTC
TAATAGTTGTTCATCTCGCCTAATGAATCCCAATTGTTAATCGTTTTGGC
CTAAGAAATACCGTATTTTCACCCGGCACAAAAACAATACAGGCAGTATA
TACACTTTTGTAACTTAACTTTGTCTCGCTACATACTTGAACAGATTTGG
ATAAGGTGAGGAAAATAATATGATGATTGAGAGAGAGCTCGTATAAGGTT
GCTATATTTTGGATCAGAAGTTACGACAAAGTTGTCATAAATTTAGGGAA
AAGTTGCAATGAAAAATGCGAAGAAAAAGTATTTTTTTCTGGTTAAATCG
AGCTCTACTGATTACCTCTCTGAAACAGATAGCCTGGCAAAACAATTGTT
CGTGTCTTTAATTGAAAACATCCCGAAAAAAAATCTTTTTATTTTCGCCA
TTGTTTGTCAAAAGCGCTTGTCGCATCGACAACATAGAGTGGCTGATTGC
CAATCAGCTTGTTTTGAGTACATTTCCTGCCGGCGCACAAATTTCTCCAG
CCAGTCAAGTTTTCTTACCCACCATTGGGTGGCGAATTGAAAATATTAGT
GACATTTGTTTCACTTTGTATTTCTTCGGAACTCAAATATTTGTGCTCTA
ATGTCCTGATGGTTGTGCCCTCTCTGTTAGGCTCTCTAGGCGTCTCTAGA
GATTTCTCCAGCTCGAGAAAAGACATAACACCATGTATTGACACTGTGTA
CTTGTAGTCCATTCGTTTGTGTTGGTTCCCTTCACGATCAGCTCTGCGGG
TTTCTGGCGGCCTTTGTTCCATTAAGTCTCTTGAGTGATAATCCTTGATT
AACTCTTCTTCCAGGTCGGATTGGATCGAAAAATCTCACCACTTCTGCCA
TCGCCTCAGTTTGAGCGCTTCGGCGATTCCGGAGAATGATCTCGAGCGCT
TGAAGACCCAGTCCCAGGAGGCCCAGAGCGCTCAGAAGCGCTTTACTGAG
ACCATCGATCAATATTCCAGTGATTACTCCTCAGGGACGGAATAGATTAC
CACATACCTCCAGATCTAAGCCGACCATATCTACCCAATTCATCAATACA
TACTTTATTGAGACTACAGCATATCCTCAACTTCGCGTGACCAATAAAAT
TCTATCTTTTAAATTCACCAAA
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Synonyms
The feature 'hypothetical protein EAI_01984' has the following synonyms
Synonym
Tk03872
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