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Associated RNAi Experiments
Homology
BLAST of hypothetical protein CAPTEDRAFT_227712 vs. L. salmonis genes
Match: EMLSAG00000004525 (supercontig:LSalAtl2s:LSalAtl2s236:424917:439012:-1 gene:EMLSAG00000004525 transcript:EMLSAT00000004525 description:"maker-LSalAtl2s236-snap-gene-3.15") HSP 1 Score: 186.422 bits (472), Expect = 4.430e-55 Identity = 98/227 (43.17%), Postives = 140/227 (61.67%), Query Frame = 0
Query: 121 CVYENLQFSGGDLKTIPE-TNFASCKSACEFLEDCTFFT--VQKRECVLKSEDVEIIRAPGFISGMTEAACDQVLAVKAAANSGGDGSELDNELDKPSSDEPIYQENEINGQFKIMN-SWDDQLTNPKSHVFKNMVQTVTRGLEEILRSDGNLSDYMDFTIEVVGFKKGSVICNYNIHYILKQGFVAVPFVIKPSNVTNALNQGFKFKQGILFQRFVIAAGSHKAAS 343
CVY NL+F GGDL+ + ++F+ C+ C +C+ F+ + +REC LKS V + R SG + C QVL++K G + S+ Y++NEINGQF+I + W+ +L N +S F+ M T+ L E++ D ++ D F I +VGF GSVICN+ I+YILK+ +VA+PF+IKP NVTNAL FKF +GILFQRFVIA+GS KA++
Sbjct: 248 CVYRNLEFEGGDLRLLQNISSFSECRGKCSEYIECSLFSHHILRRECRLKSNQVSVRRNLRVSSGASIKTCKQVLSLKKRKQFFG----------RSKSEFKKYEDNEINGQFRITSEKWNPELENQESQSFQEMSSTIKDSLLEMIMEDSDIRDKAKFDITIVGFSPGSVICNFRINYILKEAYVAIPFIIKPKNVTNALLDKFKFXRGILFQRFVIASGSFKASN 464 HSP 2 Score: 142.51 bits (358), Expect = 1.269e-38 Identity = 77/192 (40.10%), Postives = 101/192 (52.60%), Query Frame = 0
Query: 1 LGIYHREGDFSDRPAYVHAQRTERLFYIDGRARGLWMVGPEIGRFSGGLANRGDTKCPENIKR-PWKYADVSGWKSDAQLTIECHEQDTECLYADNTILLGGDLRLDSDGKPIWTQVSSTKCVYEN-LQFSGGDLKTIPETNFASCKSACEFLEDCTFFTVQKRECVLKSEDVEIIRAPGFISGMTEAACDQ 190
LGIYH+ G S RP Y + QR E LFY+ R+RGLWM+GP G F+GG+ANR D C ENI WKYAD SGWK D++L+ EC+ TECLY+D+++L GGDL Y N + F G + I S C + + C LK+ E+I G++SG AC +
Sbjct: 55 LGIYHQVGTLSSRPIYKNEQRNEYLFYLTTRSRGLWMIGPNPGSFNGGIANRADHPCIENIPTGSWKYADGSGWKKDSELSFECYSDVTECLYSDDSVLEGGDL-------------------YPNXVSFVSGTFECI---RLCSSTPRCRYWSVDKLMNETRHVCTLKAWKGELIPKKGYVSGSLPKACHE 224
BLAST of hypothetical protein CAPTEDRAFT_227712 vs. L. salmonis genes
Match: EMLSAG00000000316 (supercontig:LSalAtl2s:LSalAtl2s1047:1859:17658:-1 gene:EMLSAG00000000316 transcript:EMLSAT00000000316 description:"maker-LSalAtl2s1047-snap-gene-0.10") HSP 1 Score: 51.6026 bits (122), Expect = 2.073e-7 Identity = 32/94 (34.04%), Postives = 47/94 (50.00%), Query Frame = 0
Query: 1 LGIYHREGD-FSDRPAYVHAQRTE---RLFYIDGRARGLWMVGPEIGRFSGGLANRGDTKCPENIKRPWKYADVSG-WK-SDAQLTIECHEQDT 88
LG Y++ D ++ R AY R + F + LW++GPE+G+F G+ N G C + WKYA +G WK D L +EC +T
Sbjct: 543 LGAYNKISDSYNGRFAYEREGREQLYIXFFKSQADSLNLWVIGPELGQFIAGIRNDGQETCIHKTAQEWKYASRAGVWKDDDPTLAVECFNGET 636
BLAST of hypothetical protein CAPTEDRAFT_227712 vs. nr
Match: gi|1325287779|ref|XP_023328646.1| (uncharacterized protein LOC111701548 [Eurytemora affinis]) HSP 1 Score: 175.637 bits (444), Expect = 6.517e-45 Identity = 91/227 (40.09%), Postives = 132/227 (58.15%), Query Frame = 0
Query: 121 CVYENLQFSGGDLKTIPETNFASCKSACEFLEDCTFFT---VQKRECVLKSEDVEIIRAPGFISGMTEAACDQ-VLAVKAAANSGGDGSELDNELDKPSSDEPIYQENEINGQFKIMNSWDDQLTNPKSHVFKNMVQTVTRGLEEILRSDGNLSDYMDFTIEVVGFKKGSVICNYNIHYILKQGFVAVPFVIKPSNVTNALNQGFKFKQGILFQRFVIAAGSHKAAS 343
C YE + F GGDL +IP T+ C+ C C FT + R C LK+E V+ ISG + C++ VL NS +Y++NEING+FKI+ + ++L NP S FK++ + + L E+L SD L++ F + V F+ GSV+CN+ ++YILK+ ++A+PF I+PSNVT++L FKFK+GILFQRF+IAAGS K +S
Sbjct: 235 CTYEGIDFVGGDLLSIPATSVDDCRQQCTEQVSCKLFTFVPAENRGCYLKTEAVKAQAEENVISGAVASICEEFVLPHVPGDNSNS-----------------VYEKNEINGKFKILMEFREELNNPDSKEFKDLSGAMEKYLTEMLTSDPELNEQATFDVRVESFQPGSVVCNFKVNYILKEAYLAIPFAIQPSNVTDSLGNSFKFKKGILFQRFLIAAGSFKGSS 444 HSP 2 Score: 124.405 bits (311), Expect = 2.566e-27 Identity = 72/194 (37.11%), Postives = 102/194 (52.58%), Query Frame = 0
Query: 1 LGIYHREGDFSDRPAYVHAQRTERLFYIDGRARGLWMVGPEIGRFSGGLANRGDTKCPENI-KRPWKYADVSGWKSDAQLTIECHEQDT--ECLYADNTILLGGDLRLDSDGKPIWTQVSSTKCVYENLQFSGGDLKTIPETNFASCKSACEFLEDCTFFTVQKRE---CVLKSEDVEIIRAPGFISGMTEAAC 188
+G Y G +DRP Y HA++ E LFY+ R +GLWMVGP+ +F+GGLA+RGD C E++ K WKY D S W D+ LT+ C + + EC+Y D LGGDL +F GG ++T ++ C CE C ++T ++ C LK + VE +R P F+SG +AC
Sbjct: 52 VGEYLLYGVLADRPIYKHARKEEYLFYLMSRNKGLWMVGPKPAQFNGGLAHRGDALCVEDVAKEQWKYTDGSAWHIDSLLTVSCLDSGSRPECVYNDGVQFLGGDLP---------------------EEFGGGGIQTSANSS-GQCIEECEKRAGCQYWTWAHQDGVNCFLKFDKVETVRRPKFVSGSIPSAC 223
The following BLAST results are available for this feature:
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| scaffold444_size168727 | supercontig | scaffold444_size168727:120793..129662 - |
Analyses
This gene is derived from or has results from the following analyses
Relationships
The following mRNA feature(s) are a part of this gene:
Sequences
The following sequences are available for this feature:
gene from alignment at scaffold444_size168727:120793..129662- Legend: mRNA Hold the cursor over a type above to highlight its positions in the sequence below. >maker-scaffold444_size168727-snap-gene-0.41 ID=maker-scaffold444_size168727-snap-gene-0.41|Name=hypothetical protein CAPTEDRAFT_227712|organism=Tigriopus kingsejongensis|type=gene|length=8870bp|location=Sequence derived from alignment at scaffold444_size168727:120793..129662- (Tigriopus kingsejongensis)
AATGTTGCGATACCCTAAAAATAGACACAGCCGGACCGGCAAATCAAACC
CAAAGCATTCGCTTGGGCATATATCACCGTGAGGGTGATTTCTCGGATCG
ACCCGCCTATGTCCACGCCCAAAGGACCGAGAGGCTCTTCTACATCGATG
GACGAGCCCGAGGACTGTGGATGGTCGGTCCTGAAATTGGCCGATTCAGC
GGCGGTCTAGCCAACCGCGGGGACACCAAGTGTCCCGAGAACATTAAACG
CCCTTGGAAATACGCCGACGTGTCCGGGTGGAAGAGCGATGCCCAGTTGA
CGATTGAATGTCACGAGCAGGATACTGGTGAGTCTCGCTTTCATTTGCAC
TACCAAATTGCCCTGCCTAGAAAAATCACGGCCCATCTTGCGTTCATACC
AGTCCGTCCAGGATGATCTAAGAATGTTGTTGTCGATCTTGGCTCTTTTT
CGGTTACATAAGCAAGAGGCTGGACAATTACTGTTAGAAGGACCTGTCCC
TCCAAATACCAGTCATCGGGAGGTCAGAGAGCCTCCCATACGCCTGAGCT
GTCCATCGGATGCCTCATCATTAATCTTGCGAGCGTCAATTTACGAATTC
AACTCAGCCTCGTGGGCGAAGAGGGCAACAGAGTGCTCACTGGTCAAGCG
CTCATCCTAGGATGCATTCGAGTAGCGAATCGTGTTGACCTGAGACTGAT
GTGCCAAAGAAGTGGAGTCGCCAATTCCTTGGACACGAGACAAAATTTGT
ACGCCAAATTCTTCGCCCAAACCGAGGTTTGCGAACAATGCATCATTGCA
TTATTTCACACCATGATTAATGGGCCAACCGAAAGTCGTGAAGTAGTTGC
CTCGAACACTCTAGTGGGCAAATTACATGGCATATCGGGCGAACTAGTGT
CCGTTCTGTTAGGGATGCATTTTCAGCAGACTTTTCTTAGGTGCAGACAC
TGAGTGCACTTTCCTTCGTGTCCATGCCAGTGGGAAATAGCATGCTGAAT
CATATCGATGATCCACAACCCAGTGTCGGATTGACAATTTTAACCCATCT
CGTAGCTTCTTCGTGAGGAAGTTGGGCTTTCGATAAGTGCATCTCAGAAT
GTCAAGGTATCGCTCGACCATTGCAGCTCCGATGAATTGCTAAGCGACGA
CGTGAGGCATAATGAGATGGGCACTTCTTCCAAAGAGCATTTCATTGATT
GACTTCGAGTGATCGTTTTCAAGTCCGGTCTTGTCGAAAAAACTACCATC
TACTGGCCATCTACTTTTGTAAGAGCCATAAATCCTTACTGATTTACACA
ACCTCTTAACATGATGCAAATTCAAAAGAAGTACCTAGTACCTACTACAT
ACATTTAGTTAATGTTTCTACCTTCTTTGTCGAAGCGCAAAGTCGTAATA
CGTAATATAATCAAACATTGCACAAATTGAATTTCAACTGACAATCCGAT
CAGCGCGGCTCAGAAGTCAGGTTTGTCATTTCAAGACTGGATATGTTCCG
ATCTCTCAAGCATTGACGTATGGAAAGGTTCGCTGGCCCAAGGAAGGGAT
AGATTGACGCTTCAGAACTTGTTCAACTCTATCATAATGTACACCCCAAG
TCTAGCCATGTCCACACTCAACTGGTCTACACGTAGAAGTTGTCTGAGCC
TTTGTCTTGGCCATGTGACCAGGGAATTCCTGGGGCCTGTTAGGGATCGG
ACGGGTCCTGACCATGACCTGACTCCAGGATTGGGATTTTAACTCACTCT
TTCTTGTATTGGCTCAATGGGATGCTATGGTCATTTTAATGCACCTGGGC
CGTTTGGGGTGTCATGTTTGGAAATGATAAAAGTTGGATTCAGTGGGGAT
ATGATTATGGATCATAACCTGACTGCTAGTATTTTCCATGGGCTCCTAAT
CCCCAAACTCGTTTACTTCGGACTTAGTGCACTAGACTGATTCCGAATTG
GACACTAAAGGACCCAATGACTCAATGCTGTGCAAATGCGCAGCTTTTGG
ACCGCTCGTGCTGCAAAGTTAGAAAGTTAGTCTAGTTCAACTTGCATATC
TGGAGAAGTAGTCAATATTTCATGGCTGCACCGATTGCACGTCAGGAATC
CAGTATTGTATCACAACAAATGGAGGTAAAAACATAAAAATTCAGTGTTC
ACTTGAGCACATTTTAGGCATCTTGATGTCCTCTTGAAATTGAGTTATTA
TTCGCCTCACGCAAAGACTGACCGGTTTCAAATGTCACAAGCACCCTGGT
TGTCCATCTTGATCCAATCTAAAGCCGATAACAAGCTTCATCGAGGTAAA
TTGAACCCAGTTCGCCCCGAAACCCAGTTCAATTCGTCAGAACGGTGCCT
GCCTGCCAAGAAACGGCTATTTTTAAGTCGCTGGCTGTATTAAGCAGTTT
TTCAACGAAAAGCTTTATTTTAACTCGTACGAAGATAATGATTGAGTCAC
TTGAACCATAAATTTAAGAACAAGGGATTCGGCAAGAGTTGAAATAGGAA
TGTATCGAACTTATGCCTTTTTCCGCTTATTATATGTTCAAACATTGAGA
TTTTCGACAGTTCAGACTATCTATAATAATCCAGAGGGACAGCGGGAGAA
AGTCGACCATGTTTCGTCCTTACGTGTGGATTTAGCTTTCGATTCGCAGC
CAAAGAAAGTGATTAGCGCCACCCACCTCCCCTGCTAATCAGTCCACACT
ATCCCGTTCTTAATATATATTTCAAATGCTATTGGCCATTCATAGCATAA
TGTTTTGTTCACTTTCAATAAATAGTGGTTTATTGTTCAGTACCAGTTTA
CAGTATTCCACTCTTAAACGTGTGAAATGCTGCAAAAAATAAAATCCCTG
ATTCTAGGGATTGGAATTTTTATTTTCTTAGCAAAACAACGTCTTTTTGT
TTCCTACACTGGAACAAAACTAAAATGATTAATAATATCATTAGCTAAGT
ACAGTCAGAAGAAAGTCATATTTCTAGCAAGACAGTAGTTTTTTTGAATG
ACTGAAGCATATTAGCATCAACTCGTGAGCTATTTTTCTAATCCTAATAA
GGGCACTAGAGTATATGATAGTAAAGGGCCCACGGTACAATCCTGGTAGC
CAACGTGCACGATGTTATTTTGTATCACTACGTAGATAGTTTTTTTCTGG
TTTGGACATACCGGTATCCAATCTCTGATAGCAATAATCTACGCACCGGT
TATGTTTTCTCTTAACCACTAACCCAGCCTGTTTCCTTTTACGTCCCTGT
GCTCCAGAAAGTTTGAAATCAATTCGTACCAATCAAGCATCGTAAAGAGA
GTTCCAGACCGGCTTGCTCAACACTGATCGTTGATATTTGTTGATCCGGC
TTTCCTTTTGAACTTTGAATCACGCCATTGAAAAAATCCAGTGTTCCTTG
TTTCACCTCAGAGAACTGACCATATTTATGGCTAGTGGTAGACTGGGAGC
ATTGTATTTCGGTTTGTCTGCTAAGAGGACTCTGGTTGATGGCAATGTTT
GTTATCGTGCAAATTATGCCGGACACAAACTGACTGAAACGTGAATTAAA
GCAATGAAGAGCGGTCCCCTTTTCTTGGAACAATCCCATCTGACAGAAAA
TCATCTTAAAGAGGCAACGACGGGAGGGCTGTTCGAGGACAAATACGAAA
TGAAATATATTTATTTTCAAGACGGGTTTGCCGTCGACTATAATTTAGAA
AAAAATAGTCTCAACTAAATCATGCTTACAGTAGTTCAAAACCCTGATTA
TCGAACGTTCTTCGTTCAAAGGAGGGCAAAGTCAGCTCGTGAAACGAGTA
AGTGATCAGATGACAAAGACAATTGAATTAAATGACAAAGCTGATATGGC
CACTGAATTTTTTTTTGAAAAATGTAGAAAGCTCATATGCAGTAATCAAT
TCAAATAAAGCTTCAACCACGGGAACTTCTTAGAGGATGTTGTATGTTCA
AACACATCGCCAGGTCCGATTTTTTTATGTTTCAGGACAAACTTCGATTT
TCCAATTTTTGTTTTCTAAACTTTTCTGACATAGTCTGACGTGTCTGCCA
ACTATATAAAGAGTGCTGTCGTTTATGAAAGAAATGTAAAATCTAAAAAG
TGTTACGAAGCAGAATGGGGAAAAATTGACCAACATGCCTAACCCCTTTT
TTGTTTAGGACTGCATCTTGCCAAATATGACACTCCCAGTTATATTCGTT
TTGCATTGTTGATTTTTTGACGTATTATCAAGAAATACAGTATTCGACAT
TTAAAGAAAACAAATTCTGAACCTCCATTTCTTTTCAGCCCAAATTATTT
ATGTTTTTCTTTGGATAGATCTGATTTTACTCCATTCACACAGATTGTTT
CTTTCTTAACCAGGCTATTGCAAAATTAGTAACAGAAACAAATATCATGT
TTTCATCGCTTTTGCTTGTTTCAAAACTGTCTTTTTATATCAGGTTTGAG
AGTCCCATTTTTACTATCTGTAAATGCACATACTTATCAGTTAAAAGTAC
AAATTCTCGAAAAAAAATATTGAGCATACTTTGAATTGGATATTTTTCGT
GAGTTACTTCGTTACTTCATGGCTGTTGAAGCCTCCCTTTTTTGTCGCCG
AATTTGTTTGATTCGCAATTTTTGACGATTTCCTCTAGGTTTCATTCTTT
TTTTGCTGGAAACTGCTTTTTCAGTTTTTTCCTGGTCTTATTTGCTGGAA
ACGTCATTTTTGGGGCTGTTTCCAGCACTTTTTGGGCTTTTTGGGCATTT
TTTATTTCTTTTTTTACAGCCTTACTTATGACATTGCATCTACATGTGCT
CAGGACCAAACAATGCTATAACAACCACAAAAGCCCAAATCACCTAATTA
GGTGATTATACGTAGTTTAAACAGAAGGATATCTTCCAAAGTGAAACCCT
ATTTATGAGTTAGCTTCTCTAGCAAAAGCCACTCCAAGGGTTAATTCCAC
TGAGTCACACATTTTACCGCTTCGTCTCGCTTGAATGTGACATTTCTGTC
AGTCTATTTGCGTCCCCATATTTTATCTGTAGGTCGCAATAGTACGAAAA
TCTAGACCATTTTTTCAGTGTCCCAAAATGAACCCATAAAATCGGCCATA
AAATAGAAGAAAAAATCCGGGAAATGTCAGATATTTAGCCAAATTGTAAT
TGTTCTACCATTTCTTGCTTCGAGTACAGTATATAAGCTTGATTAGCATT
AAACACCAATTTGTGAAAAATTGACAAATAATCCGTAAAATAAATAAATA
GAGGACACAACTCGTCCTCTAGAGGACTTTAGAGGACATTTACATTTCTG
GATGTCCTCTAGAGGACACTGAGCACGTCCGGATTATGCCTTGCTCTCTT
TAAGCATGGCGGCTAGAATTTATCTCCCAATAAGCCAAAATTCTCATTTT
CAACCCCCACTTCCAAAAGCGTCAAGAATCCGGTGGGGAAGTCCATTTTA
CCAGGGAGGCCAGCTGGCCGCTTGGGAGCTACCGTTTTTCAGCAATTCGG
CATTACCATGGCAGTGATTCGTCAGATCGGTCCCGATGGAAAGACCCTCG
TTCGCCGAATGCCGGGGATAATTGTAATTATCATAGGGAGACTCAAGTGG
GCTGTTAAGTTGAATTTTTTACCCAACTAGTTCAGATGGCGTCACAAGCC
AATTCAGATTCCATTCAAACATAGTTCGCTTGTTAAAACATATGTTAAAA
CATATGGAGTCATTTGTTGAAAATGGGGACTTACATTCTTGAAAGGTTTT
TTAAATACCCATATGAACAAAGACTAACTTACATGTTTTTCTTTAGAACC
GTGGTCTAGTAATCCCTCCTTCTGAAGTGTAATCAGATAAATCCGCTGTA
AGCGAATGAAAATTATTCATAACATCCAGCCAATGCCTCTAACGGTCAAC
TCAGAATTAAAAAGTGTGGGCAGTTTTGATTACATCGAACAGTTTGGCGT
AATTTTCCCCTCTTTCCTTCGTTTTCCAGAGTGCCTGTATGCGGACAATA
CGATTCTCTTGGGCGGCGACCTAAGATTGGACTCGGACGGAAAACCCATC
TGGACCCAAGTGTCCAGCACTAGTCGTTGCATCGATTTGTGTAATAGGAC
ACCATTCTGTCAGTATTGGGTGGTAACCAAGGACGGAAAAGAGAGTCAAT
GCCAATTGAAAAAGTGGAAAGGACGAATGGTCAGACGACCTGGATACATT
TCAGGATCCTTACCCAAGGCTTGCTGTAAGTAGAGCGCTGATTTGGGTGT
TCGAATCACGTTTTGATGTGTTAACTCAGTTTCAGTGAACAAAAAGCCAA
GGTTGAATGATGACCCTACTGACGATTCCAAAATCAAAGAAGACGACAGT
CCGGCCGAACATAAGGAAAATTTTGGAAGACCCGGTAATTTGCTTAGCCT
TGACAATTCGGACCTTGGGTGCAGGTTGTCAAGCTCTAGCTCGGAAGCGT
TGCCAAACTAGGGTTGCCATTTTGCTATATTTGACAACTAACCCAACGAC
TTTGCCAACGGACTTTTCTCGCTTCCATTCGAAAAATGAGTTTGGGGCTT
TACTTACCACTATTGCCTATTGATGCTCCAGGACAGAATATCCAAGGATC
AAGGGAAATGTAAAAATTGATGGAATGGGATTCTTTGGATCTGGGATCAG
GTTAAGACTGTCAGGTGAAAAGTCACTTATGGTAGATGTGCAAAACTACA
AAATTGACAACCAAATCACCCTAATTTCAACAAACTGCTGAATTCTTAAG
TTGTGTGTCGTGGCAGTAGCCCTAAATTAGCCTTTCTCCCTCCCAGAACT
TAGTTTCATAGGGTGGAACAGCCAAGATACAGGAACAGCAAGCCACACTG
GCTGGGCTTCAAACACAGCTGATGTTTGGCAGTAAACAAACCATAGACTG
AATGCAATAATTTAAAAATGGAAAATACCAGAGATCTATGGACGAGACAA
AGGCGTATTCGAAACAAAATGACATGCGATAATAATACATTTGACTTTCG
GGTTTAGCGGGTGTTTTTTTAACTTTTTGTTAATAGTAGAGATAATGGAG
ATTGAATAGTGAAGTTGTCAGCGAAGTAGTCTGGCGAAAGGCTCGATTGA
TTCCCGGGCCGGGCGGATAAAGAATTTTTCGCCACTCCATACATTCTTCC
ACTGAGGGGAGTGAATGACGACTCCCCGTAACCTTAATTGTTGAAGGTCA
GGAACACAGGTGCAGCCACATCATGAGGCAGGTTCCCTTCTGGTTCCCCA
CAAATTAAAGTAGTGGTAGGATCTGGATTGTAAGGGCTGCACGCTGACTA
GCTAAAATAGTTAATAACATCAAGTGGGCCCTGTGTACACCATGGTCGTT
CCATGGCGTGGAACACGAAACCACGGGAAGGTGCGATTATACACACACAC
GGTATAAAAAAGATAAGAATATAACTTTCAAGGTGTAAAGTAATGACCAA
GTCATGAACAAAAAACAAGTAATTACTGTAGGCCTCAATAGCGGCTCTGG
TCTAAACCAATTGCTTGTCTAAAGCATGATTTCAGCATATCCATATCGCA
GAGCAATTACAGTAGACTTGTACTATAAGTATGGAGAACGCAGTTGACTC
TGCGATTAGATGGACCAGAAAATTCTACAAAGGGGTTCATCGGGAGGACT
TTGGCAAATGGCGCGAAACCTATGGGTACATTGCACTTGTTTACCATCTC
CAACAAAAGGCACATGCCCGAGGGAGATGTTAGGTCACGTCAGTGAGCTT
GAAAACAGTTGCCAAAGCTGCCCTGTCGTACCTGTCCAACATGGAAAGCA
CCATTCATCTGTCACCATTTGGCTAAACCTGATTTTTCCGAATTCTGTTG
CAGAATGTGTTTATGAGAACCTGCAATTTTCTGGAGGCGATCTCAAAACC
ATACCCGAGACAAATTTTGCCTCGTGCAAAAGTGCCTGCGAATTTTTGGA
AGATTGTACGTTTTTCACTGTGCAAAAGAGAGAATGCGTTCTGAAGTCGG
AAGACGTGGAAATCATTCGAGCTCCCGGATTCATCTCGGGAATGACTGAA
GCTGCATGCGGTGAGTTGCACGAATCGAATTGATTGTTAACTCCTGGCAA
CATCTAGATTAAACCGTGTACTGTTTTCAGATCAAGTCTTGGCAGTGAAG
GCAGCAGCCAATTCGGGCGGCGATGGGTCTGAGCTTGACAATGAGTTGGA
CAAGCCCAGTTCAGACGAGCCTATTTACCAAGAAAATGAAATCAACGGCC
AGTTCAAGATCATGAACTCTTGGGATGACCAACTCACCAATCCCAAGAGC
CACGTCTTCAAGAACATGGTCCAAACCGTCACGAGGGGCTTGGAAGAGAT
TTTAAGATCCGACGGAAACCTCTCTGACTATATGGATTTTACCATAGAAG
TAGTAGGATTTAAGTAAGCGTTTATCAGATGCGAACCGTAGCATGTTAAC
TCAAGTGGTCTAGATTTTTCCATCCTTCCATGTCCTTTAGGAAAGGGAGC
GTGATTTGCAACTACAACATTCACTACATCCTCAAGCAAGGATTTGTGGC
CGTTCCATTTGTCATTAAGCCCTCTAACGTCACCAATGCCTTGAATCAAG
GATTCAAGTTCAAGCAGGGAATCCTCTTCCAAAGATTTGTCATTGCCGCA
GGATCGCACAAAGCAGCCAGTAAGTTAGATCTCATATCTTGAGCCGTTTC
ATGTACTGTACTGTACATACATATATGTGTTGGGTTTGCCTTCGATTTTC
GTTCAGAAATATTAAACTCCTGGATAGAGTTCACTTCCATAACGATGGTC
AATTTTTGATCCTTCTTTCAGGTCCAGTGGATCATTGCGATGCAATGGGA
TGTTCACACAAGTGTGCCTA back to top
Synonyms
The feature 'hypothetical protein CAPTEDRAFT_227712' has the following synonyms
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