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Associated RNAi Experiments
Homology
BLAST of hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000003795 (supercontig:LSalAtl2s:LSalAtl2s205:335391:355040:1 gene:EMLSAG00000003795 transcript:EMLSAT00000003795 description:"maker-LSalAtl2s205-augustus-gene-3.5") HSP 1 Score: 119.013 bits (297), Expect = 6.218e-31 Identity = 94/266 (35.34%), Postives = 130/266 (48.87%), Query Frame = 0
Query: 83 GFVMPRVINEKRRITNIPIGNGEFISGVRDNPKPSDQSSKNEFL---APEIKPLRYTPSLICDPTLESLRPERDRRHKTIQSGTNAKQ------LGYNDEFCTNADMLNHETIMNPVENSWFSSRLPGQQSRPEQERLSIPQSLLDGK-----DQFYPQDELSRIKERNRRFANVDANSFNNAEPYFGVLQRQPPHMILQSPPMMPMLPTSQCY--------------YPSYPLPSKWE---PQNELQILNDGLDETRKAVRPYVP 317
G MP V +R+TN+ + NGE I G+R N + + P ++PLRYTP L CD LESLRPER H T+Q G K+ Y F +A+M + N VE+ W++SRLP S ERL++P S G D YPQDELS+IK RNRRF N ++ EP +++ QP + P+ P L YP Y P+ + P ++L +L+ L+ TR+A RP+VP
Sbjct: 19 GPDMPTVTVGDKRMTNVKMANGEIIQGIRRNKDVGLLQPSEDIMNCDVPGLRPLRYTPGLNCDAHLESLRPERSSNHPTLQGGDQWKKKLIQHPKTYEGSFV-DANMQDFRPSPN-VEDKWYTSRLPDHGSE-GLERLAMPASQYFGNTGSPYDSIYPQDELSQIKMRNRRFQNSCSSVPYAGEP---MMRGQPMYA-----PVGPALMYPPYAPPMMMMPPPPMMGQYPGYAPPTHQQEPSPLHDLSMLDQELNMTRRATRPFVP 273
BLAST of hypothetical protein vs. nr
Match: gi|1325334831|ref|XP_023349232.1| (uncharacterized protein LOC111717998 [Eurytemora affinis]) HSP 1 Score: 114.39 bits (285), Expect = 5.536e-25 Identity = 103/319 (32.29%), Postives = 143/319 (44.83%), Query Frame = 0
Query: 86 MPRVINEKRRITNIPIGNGEFISGVRDNPKPSDQSSKNEFLAPE--IKPLRYTPSLICDPTLESLRPERDRRHKTIQSGTNAKQL-----GYNDEFCTNADM--LNHETIMNPVENSWFSSRLPGQQS--RPEQERLSIPQSLLDGKDQFYPQDELSRIKERNRRFANVDANSFNNAEPYFGVLQRQPP-HMILQ------SPPMMPMLPTSQCYYPSYPLPSKWEPQNELQILNDGLDETRKAVRPYVP-------------QLSQVDP----RKSDVGGEENLAEDVLQAIRPILTVEGSPRLHGHCMHSELIEAGQ 369
MP V RR+TN+ +G GE I G+R N Q S+ ++PLRYTP L CD LE++RPERD +H+ +Q G ++L + F +ADM +P+E+ WF SRLP QQ Q + +P+ + + YPQDELS+IK RNRRF A G+ QP H +Q PP MP T S +EL + L+ TR+A RP+VP L + P R + GEE L+ D L A +P + + P + E+ A Q
Sbjct: 46 MPHVTVNNRRMTNVQLGGGEVIQGIRRNKDLGLQDSEPHGFESSRPVRPLRYTPGLKCDNALEAMRPERDMKHQALQGGEWKRKLIQHPTTFEGSF-ADADMQKFRPNPTPSPMEDPWFVSRLPDQQQFYDAGQHQQYLPE-VNNPYAAAYPQDELSKIKMRNRRFQQSCAME--------GMQMHQPAMHQPMQWRGPVLQPPAMPHQMTEDMMMCSM--------SDELACIEQDLNMTRRATRPFVPTSDPAYYDLQRQVNLLETTPYQPIRAARFNGEEFLSSDSLPAPKPRTSKKEEPAAPAKPVRKEVGIADQ 346
The following BLAST results are available for this feature:
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| scaffold565_size135592 | supercontig | scaffold565_size135592:123130..133971 - |
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 scaffold565_size135592:123130..133971- Legend: mRNA Hold the cursor over a type above to highlight its positions in the sequence below. >maker-scaffold565_size135592-snap-gene-0.25 ID=maker-scaffold565_size135592-snap-gene-0.25|Name=hypothetical protein|organism=Tigriopus kingsejongensis|type=gene|length=10842bp|location=Sequence derived from alignment at scaffold565_size135592:123130..133971- (Tigriopus kingsejongensis)
ATGGGCACTGGGCAGGTTTTTTTGGGTTGGATTGGAGCTTGGTAATCTTT
CGCTTGGTGTTTGACTCGCTTTGATTCACCTCCCTTTTCTTGCTTTTCAT
GAATGACATCATTCATTTCTGATGTGACATTACATATGTGATGTGACATG
TGATGTGACATGTGATGTGACATGTGATGTGACATGTGATGTGACATGTG
ATGTGACATGTGATGTGACATGTGATGTGCCATGTGATGTGCCATGTGAT
GTGCCATGTGATGTGCCATGTGATGTGCCATGTGATGTGCCATGTGATGT
GCCATGTGATGTGCCATGTGATGTGCCATGTGATGTGACATGTGATGTGA
CATGTGATGTGACATGTGATGTGACATGTGACATTACTGATGTGACATTA
CTGATGTGACATTACTGATGTGACATTACTGATGTGACATGTGATATTGG
GACATTACATTGAAAAAACTGGAGAAAACTTGAGGGAACACATTGGCACA
TATCTCTTGATAGCCATGAACTCGTCTTATCTTTCCAATTTGTCTATCAA
TGCCAACACAAAACAGTTTTTTGGGTTCACCAGAGCCAACAAGAGGGTTC
TCAGACCGGGAAAGCAGGATCAATTGCTCGATAATGAATGGCAGCTGTTT
CTGAATGTCCTCGGAGCCGAAGTCTTTGAGAAGGTCTCGACATTGTGCCA
AAATATCTGAACTAGACTGGATTTTCACTAGGGTTTTTTTTGGCAAAGGC
TGGAAGGTTTAGGACTTGACCAGCGCTTGTGATAGATTGGCCCTTGACAA
TGTGAGCGTTTAAGACACAGGATAACTTGGCATTCCTCACCCACAAGTCA
AATTTCAGGTCTTCTTTGATATGCAGGGCTAATTGGACCATGGGCTGTTG
ACTTTTGACAACCAAATAAAGGAGAACAATGGTCATGTGGCTGGCACTAC
TCCAGAGCTGCATGGACGGAAAGGATGACAGATCCAGCTTGCTCGCCAGC
TCATTGAGTGAGCATATCAAGTCTTGTTGCAAGAAATCACAAGCTTGCTC
TTCCAATTGGTCAAACACTCTTTGATGTCTTCGGGAACTGCTGTTGTCCG
GTCTGGAGGAACTGGTTTCCCTGGATAGGTACGATGGCAGGTTTGGGAAG
ACTGGCCGTGGCCAGCAGATTCCTTTGGATCAGACTGCTTGAATCGGTCT
CTCGCCAAGGGTTTGTGTCAAATCGTTGATCCTTGAAGTCACTTGGCCTG
AAATGTCGACTACATACGGCGCTATACTGGGTCACCTCAAAATCGTCCCT
GGGAATGACCCTTTTAACCGTCGCTTTCCTCGCCTCAGATGATGGAAAAG
AATGGAGAGAAAGGCCAGGGTCTTTAAGGCTCTTCTACATATACACTTCG
ACATGCAGGAACGCAACACTTTTTACCCATGGCAAACACAGCCGCAGCCA
CTCGGGCCGACAAAAACTAATGAATGTTGGGATTTCCTGGCCTCCTCGTG
TAGTATTTTTTTCCCCGCCAGAGGGACTGATTAATCCGGTAGTGGAGTCA
TCACTGTATTATATAACTGAACCGAAATGAGGTTACTTGTCGATGTTTAA
GTATTTTCCAATCTTAATTGGACCATGATGAGTCTCCAGATTCATCCATT
TGATGTATGGAATGTCAAATAAAGATGGTTGTGGATTGACAGATGTAACT
TGTAACACTGGGTATCTCAAATTAATTTGACACATATTTAAGAGCACGTC
ACGATCGCCAGAGGCCGTGATTCCTCTCACTTTCAAAACTTTCCTCAGTT
GTGACACATTGAGATGCTGAATATCCCCAGTTTGGAGAACCACGCCGCTA
ACTGTTCTATTCTTCTCTATCTTCTGTTCTGTTACTGTGTTCTTTGGATA
CGTTTGATACTCTAAACTGAAGGAATAGCGAACTGGTTTTGTTCCCATTG
CCCACAACTTTGATCCATGTATTAGGGCGCTAGGGTGACGATATGGAGGA
GTAAAATGTAGTTATCTCTAAGTGTTTTATTTTCGGGCATTGTGTGAAGT
ATCTAAATCTTATTAGATCTAAATGTTTTCCTTGACGCCTGAGAGCCCAA
GATCTGGCAACATCATTAATGGCAATTTGTGCAGCCCTGTAGGTGGCTGC
AGGCAAAGATGTGTCTCCAATCTGGGGGCTGCTGCCGCCCGATGGCTTAG
CTAACCTTGCCCAGAACCCTTGCCAGCTGCTGCAGGTAGGCTACCCTGTG
TAAGTGGTGTGGCAACCTAGCGATCATGGCAGCCCGCTGTCTAGCTGTTT
CGTACTCATTGGTATATCAGTCGATAAGGTGCCTGCTCCTACCATATTTA
CTCCCAGGATCTAAGCCGTGCTCAGGGGTTTGAATCCTAAGGGAAGAACA
CTAGGGTCCTGGGTTTAATATTCTTTAGACAAACCTTGATCTAGAAGCTT
GCTCGATTCGGATCACTAAGTTTGTGGGAACTTACACGCGATACCTGCCT
TCAGGCCTTAGCTAAATGACAAGTCATGGATTGATCATGGATGCAGTCAT
TTATTCAACGTATTACAAGTTTAGTATTCGTAATAGTACAGTATTTGTAA
TGTTAGTATTTTCAAGTATGGATAGATTGGAACTTTACACTAAGATATAT
TATACAGAAGGATTTGATAACACTGAGAAAAATAGTATAAGACAAAGATT
CCTACTGCTTGTAGGCTAACCTTAAGGAGAAAGTAGTAAATGGGTGGGTC
TTACTTTAAGTGTTGTCGGTTGGATGGGGGTTCAAAAAATATCCTATGGT
CCTGAGCGACACTCCAAGTATGTTGGCAGCATCGACAATGTGGGACCAAG
TGAGGATTTATGTGAACTGTTGCCTATTGAGCGCAGGCGAGGGTTTTATA
CTGGGGACAATGCCCCACCCTTGTTCCTTGTTTGTTACTGGGCGAGCTCC
CAGGGTCGGGCGGGGATCATATCAAAAGAACCAATGCTATCATTCTTTGT
TTGGAACATCTCTCTGCTGAACTCCGTCATGGAATAAGGTTTCAATGTCT
AGAACTTGCTGCCAGACACTATGTGGATTCTGTGTGCGAGCTCCCAGGGT
CAGGCAAGGAGAAGAATGGTGCAGGGAGAAGGCCATAGTTTGCGATTAGT
TTGCCTCCTTGTGGCCGTGAGTGAGAGAGAAGGTTGCAAGAACCATTGCC
AACCATACCATTGTTCTTTGCCTGGAACGTTTCTCTGGCCACAATATCGG
GGCCCATTTCCCAATGGATGCATGCATTGGATATTAAGCACGGGCAGATG
GGTCTAAGGATTTCATCTCATGTTTCTTCAGCTAGTGAATTGATGAACTC
AAACAACCTCGATTGCAAGCAAACGAATGTTGTACGGAATATACACTCCC
CTCAGTTGGCTTCAAATAAAGCCAACCCAATTATTGAGGGTTTAACTGCG
TTTGAAGCAAAAAGGGGGTTTGCCACCACCTGGTGAAACACTGGTCTTAG
TTGGTCCTAGGGGGTTTGTACCAAACGGCTGTTTAAACCCATCTTGGGTC
CATCGATTTAACCGCCAAGGATGCAAAAGTGAAACAGAGTTTTGGGTCCA
GATGGTGATTAGGGTTCCTCTTCCTTATGTGAAGAGGGTAACTGAATCTT
ACATGAAACTTGGTAGGGAAACGAGAGTTGGGCCAGTTCTTTTTTTCAAT
TCGATGCTAAGGAGTGGGAAGTAAAAGTCAAAAAGGCTTATAACCTATCG
TGGTTCACACGTGACTTCCCTGCGTTCAGTTGTCAAGTGGAAGGGACAAG
GCGTCCCATTTCTTAAGTGGTGACGCTGAAAAGAAAAACATTCAGCCAAA
AAGGCAAAAGGCAAAAAGGTCAGGGCGAGTTGAAAGGTTGTGCTGGTGCG
ACTAGTGTGCGGGGTCATTGATGATTCGAACATTCCAATACAGTTCTTGG
TGCAGATCGTTGGAATCTTTAACGGTTGATATACCGTACAATTTTGATGT
CCATGTCTGATCCAGTGTTGTTGCTGATGGTGTTCGGCTAAAATGTAGCA
ATGATTTTTGTCAGTGAGACAAAAATTAGAAGAAAGGCCATAACATTGGT
TTGACTTCACAGTGTGGGGGTGTCCGAAACAAAATGCTGAAGGTGTTCCA
AGCTATGTGGTGAATGAAAGAGACTTCGCACACGTCTGGGCACAAACGTA
TTGGCACAACGCTTGATGCCTAAGACAAAAACAGGGTTTCCTGAGGACTT
TTCAAGTTGCTTCTTGACATGGGTGCTCATTCTAGGTGTCCAGCGCTTGT
CTTGGTTTCGTCATATCCCTTTAAATTTAGGTGGATAAATCTGCGCTGAA
AATATCAGGAGCTCCATTCAAAGTTATCGACATAGGACGTATAACATATT
TCGGTGTGTCCGTCACCTGTTTGTCTCTTTCTGTCCTCGGTCCTCGGTCT
GTCTTGATAATAGAACAACCATCTTGCTCGAAGATCGCTCATTCAATGTT
TGGTCACTTGGCGACTTGTCTTTTGCAACCTTTGAATAATAATATGTTCA
TGCGTCTTTCAAGTTCTTCCGTAAAAGCCCTCCCTGTTAGTGCTAAGTGC
ATTCCTCTCCTTAAAGAAGGCGCCTTCTGGTCAGCCTCCAAACTCTGTAC
CTTCAATCAACCGAGTTCCACTGTTGAGATGGACTCTACATGTCCTCTTT
TGAAAGACAAAAACAGGGGAGGATGTTGATGTGTGAAGAGGGGGTGTTTA
AAAACACTTATGGTCCCCTCTATTATGCCCCATCATCCTCCCAATATGCT
TCCATGTTGCTCCGATTTCTTCCAAGCCTTTTGGCTGAATGTTTCTCTTT
TCCGTGTCAACACTTAAGAAACAGGGACAAGGGCCCTTTTTTCTTTTTTT
TTGCACTTTACCACTCCCACTTGGCAACTGAACGCAAGAAAGTCACTTGT
GAACCTCGATAGGTTCCAAGCCTTTTTGACTTTTACTCCAGACTGCTTAG
CATCAAATTGACAAAAAAAACTGGCCCAACTCTCTTTTCCCTACCAAGTT
TCATGTGAGATTCAGGAGCCCTCGTGCAAAGCCCAAGTGCCTAGGACCAG
TGTTTCACCAGGTGGTGGCAAATTCTGGTGGCCTTTTGCTTCAAAAAACC
CTTCGAAAGACAATTTATCCTTAGCCTTGGACAATTTAAGGCCATGATTA
ATTCTCTTTCGCAGGGTACGCTAGTCACCTAATATCCAAACCAAATGGCG
AAAATGTGCGGTAATCTGATCTAACCCGCAATATAGTGGTTGCTGATGGT
AAAAGATCAGTTTTTTGAACCATTCGTGTGGCCGTAGGTGATGCGATCAG
TAATGCAACAATCGGATCGAAGGTCAGTGATAAGAGGCCTTACCATACAC
CCATAAGCGTTTGAATTGGAGGCTACAGCACCCCAGATCATCACGGAGTC
GGGCTTTTGCCTCGTGTAGACGAATTTGACACCTGGATCAACCTTCAACA
AGTCTTTTGAGGGGAAACTTGCGCTCAATGTCAAACGGCTTCCCATCCGA
GTAGATCACGATCACGTTCGGATTCTACGCGAGCCATTGCTTCAAGATCT
ATGACCTCTCCTACCTTTTCGTCTTCGTGGCTTCCGAGCCTTCTCGGGAT
TTTGAAGGGGTGGTGTCCGAGGTCCACTTTGGCCACTCTTCGCATCGTCA
GGACGACACCTTGTACCCCTTGGCAAACTTGTTCATCGACCGCGCGGGGT
TCCGCCTTATCTTGTTGGCCACGGCCTTGATAAGAGGTTTTGTCCGGACA
CTTCGTAATCTACCCGATCCAGGCCTTCTGTAGGGTCCAACCTTATCATA
CGATATCAGGCGCCAACGATATCAGGCGCTTTTGCATCGCTAGATGAACT
TGCGGTTCACCCCCACGGTCTTCCCGATGACCGCGTCAGATGTATTTTGA
AGGAGGTCGATGACCAGGGACCGTTTGGATTCAAAGTTCATTTTGATGAT
GACGCAATGGAAATTCGAAATGAATGGTATTGTTTTCGGTTGCAAAGGAG
ATTTTGGCGCGTAATTTGAAATAAAAAAAATTGTCATTCCAACCAGAAAC
AAAAAAGGTACATACACTAAAAGTTATATGAAATACTTTATGGCGAACCC
TGTACTGTTTGTTAAACTTGCGTGTAACCTCACTAAAACTGCCTACTACT
TCTTCTTCTGACGCAAAAAAAAAACATTCCTGAGTGTAGGATCAATTTCG
TTGCTGCATAATTTTTTTGTTTGAGATTTCCAACAATATGCCTCTCAAAT
AGGATATTTGGATTTTAAATGGCACATTTTTTAAGTGCATTCTCCTTGAT
AGCGTGCCTATTCCGGCAGTTTCCTGGAGTATTTGATTGAACAGAATCGG
TCTCACGGGGCTTGGCAAAGATCCAAGAGAGTTGTCGGTCCCGTTGAAGA
GAGGCCATATGTGATTTAAAGCTGCAAGGAAACTGTTCAAAAGATGTATC
GTGTTTCCAACACTCTTGGAAGTTCGTATGGAACAGATTTGCAACCGTCT
CAAGATCGACCCGTGAGTACTATCGTGAGAAGTTTAAAGTGAACAGAATA
AAATGCATGTTTTGTAGCCTTTGGTTCGATCCCGAAGATTGCCAACATAG
TTCAAACAGCTAGTACGTACTGCATTTTTTTACTGCATTTTTATGCACAT
TTCCTACTCATATATCACTTGACCTAAAATTTCCACACATCTCCTTTAAA
ACATGCAAATGGTGCAAATTTGGTGTTACCAAACGTGAATGAGTAAAATT
TGGAAGAACATGCAAATGCAGATTGCAGTGTAAATCCTAGCCCTACTTTT
TTAATTATCGATGTATGGAATTAAAGTGGGCTAACCTGTGGGACCAAGCG
GATACATTTGCCAACCAGTCCCCTCGGAGATATCCCTATCAGGGTCCCTA
AGCATGCCCTGCTTGTGAACGGCCTATCCCAGGCTTGTGAACAACAAAAC
AAACCTTAAAAACGTATATTGATATTGTATTCGCTTTTCTAGGTCATGCC
TCGAGTTATCAATGAGAAGCGGAGGATTACGAATATTCCAATCGGCAATG
GAGAATTCATAAGTGGGGTGCGAGATAATCCCAAACCTAGTGATCAAAGT
TCGAAAAATGAATTTCTTGCCCCAGAAATAAAGCCTCTGAGGTACACGCC
ATCGTTAATTTGCGACCCAACGCTGGAAAGTCTACGTCCTGAGAGAGATA
GGAGACACAAAACTATCCAATCGGGCACCAACGCCAAACAACTCGGTTAC
AATGACGAGTTCTGCACCAATGCAGACATGCTGAATCACGAAACAATCAT
GAATCCGGTCGAGAATTCCTGGTTTTCGTCCAGGTTGCCTGGACAGCAAA
GTCGTCCAGAACAAGAAAGGCTAAGCATTCCTCAAAGTTTGTTGGATGGT
AAAGACCAATTCTACCCCCAAGATGAATTGAGCAGAATCAAGGAACGTAA
CCGCAGGTTTGCCAACGTTGATGCAAACAGCTTTAACAATGCAGAGCCAT
ATTTCGGTGTTCTTCAGCGGCAGCCCCCGCATATGATTCTTCAATCGCCA
CCAATGATGCCAATGCTTCCAACATCTCAATGTTATTATCCAAGCTATCC
CCTCCCGTCCAAGTGGGAGCCTCAAAATGAGCTTCAGGTGAATGTGTTTC
TGTGGTTCTAATGTTGCTTGCTTTGCCTCTGTTCCACTTTTTGTTAGGAT
TCATTTATTACGTACTGTTCTTCCAATTGGATATGCAATGAATTGAGTTT
TCCAACCTTTATGTTCAAGCAACACAAAGGGTTTTTGATTAAATCAAAGT
TGTTTGTTACTTAAAATGCAAAAGAGATAAAATTGTATTTCCTGGTTGTT
TTCAATTTCATAGTTTGGTTGTTTTCAATTTCAGATCCTGAACGATGGAT
TAGATGAAACCAGAAAGGCTGTCCGACCTTATGTTCCTCAGCTTTCGCAA
GTGGACCCAAGAAAGAGGTAATCGGGTTTCCGTTTGCAAAAAGCCTCGTT
TATTGAATTACAGTTTTTGTATCCCAAAGCTTTGACACAGTGTCTCAATT
GCCAAAACCGAGGAGGCCCGCTCTGTCAAATCCAAGGATTCACGATGAGG
ACGAGAAAAAAATTTTAGATCGTCAAAGCAGGCAAAAAATGTGCATTGCC
GATCAAATTGCCATTCGTTGTATAGTGATGGGCCAAGAACCAAAATGTCA
AACAACCAATCCACCAAAAATATAAACAAGACAAGAAACTTCCATAAAAC
ATGTGTAGCTAAAAAATGATATTTATCGTGTCTGATGAACCTGTGTGTCG
TGTACCTGATCATTGAAAGTCACTCTACCTACTTACTATTGACTTGATTG
TCCTGTAGCCTGCAGGAATAGGTACCTTCAAGTTTGGGCACTGGTTGCAG
TTGGCACCTAGTTGGCATTTAACAACGTTGCCAAAAAACAGTCACCTGGC
ATAGTGTCTGATGATGAGAAAGAGTGTCAGCCTAAGAACTATTTAAGGAT
CCATTCTACTTACTTTGTGACCAAGGAACTCAACCAAACTGCCGGTCACC
TTGTGACAAAGTGATGTTGAAATATTTTACTTCCCTTCCCTCATGGAGAT
ATGAAAAAGACAATTTACTCATATGAACATTTGAATACCGCATTTCGAAA
CCTCCTTCAAATGTTTGGGTTCCTGACACAACTACATTGTGCCAACTGGA
ACAGGCAACACGATTTTTTGACAGCAAGACTTCAAGTCGTTGCCTCTACA
ATAACGGGGCAAGGGAGAACAAGAATTTGTCTGCTCCTGATTGTTTCCCT
AAGTGTCTCTCGCAATTTTGGCCTCCCTTCCCGAGAGAAGGAATAGAAGA
CATTATTTTTTCATATTTAGGCACCATTATGGTCGCTTGTTAGGTAGGGT
GTCTGTTTGTTAAGATCACCTGTTTGTTAGGGGCACCTGTTTGGTAGGGT
CACCTGTTAGGTAAGGTCCCCTATTACCCCGATGAGGGGTTTGCTATTCG
AGACCTTCATTTGCCCGCTCCCTCGACTGCCTGACCCTTGCCCGACTTGC
TAGGCCCACCAAAACAACTTAAAGCAATGGCGTGAAAACGGTCGACTCGT
TTTTACGCCAACCCTGTTCAGGCCAACCTTGCTCTTCGTCGAAGGGCGAA
CCAGGCTAAGAAACAGGGAAGTATAAAACCCGAATGGTCATTGATAGTTC
ATTGCTGTATTTGTCATTTATTACATTTCCTTTTTACCTAGTTTTTCTAG
TTAACCTCCCAATACTTTTTTTCAAATTACTTTTTCATCAGAATGTTTTT
GTTCCATACTTGCTTGGTCACTAACATAAGCACATTTTTGACAATGAAGA
TTTTTGTCACTGTCCTGGTGGGAAATTACAGTCGGTGAGCTACTCGAAGT
TTGAAACTCTCGCTCACAACATAATAATCAACTTAGGAAGTTTATCTATG
GGAGCTTTGGGGGACAATACAATCTTCCAGTGCTTGTTAACCAACAGGGT
TAAGGAAAAATAGTAGTAATTGGAGTGTTAGGTTTAAAGATTTATTAACG
GACACGTGAAGTTATAGCGTAGACGATTCGCAAGTACACGTATTGTATTG
TAGATCGGACACGTCACCCAGAAGGGTCAAGAGCAAGTGCCCTCATACGC
TTGCTGTACCACAGGGGTGGCAATTCAACCAAGAGGACAAGACAAAAAAG
TACGATCACTCTATCTCCCAAACGAGGACATCGGAACACTTTAAAAGAGT
TACGATCTTGGTTTTCTTGGACTTCGCCGCAAACAGATGGGGATCGTACC
ATTGTCAGAATAATCGGATTCCTTAGGATCGAATTGTCTAGGGTGAATAA
AACAATTTTGGCGCATTTAGTCCAACGTTTCTTTATCGGGTCCTGAATCC
ATACCCCCTCCCCCACTTCAAGGGGAGGGAGGTCTCCTTGTGTGCACTCC
TGGTTGGGGTTTGGGTATCAGCCTGGAGAAATTGATCCGGTGTCACAGGC
TTAAGAGTTTTTGGGCGAGCAAGGCCTGTTCCTCAGATTTCGACGGAAAA
CAAATGGCGCCGGGGAATTTGCTTGAGCCTGGAGTCGTTCTTACATATAA
AGAATAGGTTTATTTTCCCCAGAGTCAACACTTAGCATATGAATACTAGT
CTTAAGGATAATACGGAATAATAGTGTTAGGGCCATTTATACATAAAATA
TGCACATTAATATAAACAAAGGTACTGTAGACAACATTGCAGGAAACTGT
ACAAAACAGAACAACTCAATAATGGAAAAACAATAAATGTTTAAAAGCCT
AAACAATCAATAAATCGTTACAAAAGTAACGCACATTTTTTTTTTTAATT
TTACAGAAGACAAATGTTTTACACAAAACACAGGCAATGTTCACTTAACA
CTATGAAACAAAAAAATGCAAATCAAGTAACAACAACAGCCAACGACAGA
ACCGAATGACATCGATCAAATAGGGGCCGATCTTGATATTGACTTGGCCA
CGTTCGAAGCCATCCGCTTGGTACTGGCTTCTCGCAGGGCTGGGAACTTG
TTCCACATGGCGATTCCATTGTCCACCAGGGTGTTGGCTGTGTAGGGAAG
ATGCAGTGAGACAACTCCTGCTGTCTCCAACCTGATCGACCTCAAAGCGA
CGTTGGAGGGGAAGAGAACCTGGCCGAGGACGTTCTTCAAGCCATCCGGC
CCATCTTGACTGTGGAAGGCTCGCCACGTCTCCATGGCCACTGCATGCAC
AGTGAGCTCATTGAGGCTGGACAAACCTGCCCGCTGCAATAG back to top
Synonyms
The feature 'hypothetical protein' has the following synonyms
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