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Homology
BLAST of mRNA_H-canaliculatus_F_contig121.1816.1 vs. uniprot
Match: D7G811_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G811_ECTSI) HSP 1 Score: 395 bits (1016), Expect = 3.910e-115 Identity = 283/555 (50.99%), Postives = 356/555 (64.14%), Query Frame = 2
Query: 152 LQEKITAEEVTRMDGEQGLYRELSKSAEASQSRVRLWAEDRLRKERAATEESLERTHAQSEMVRTLLDEAVKVVSKELEICRAESRARDVALEDSLEERTLELEALLTEVDNRAVKKRRVSELTQETGARIGEVERRVRQVDQELKRELEIKLALSSLVCAVADKASTQWMEQASSEAMLLEKTRKAGAMKNEESLKAELLKTNAIVAKMQAELNAARGWQMSMNELEVKLMAHIEELKVMATVAESTAAIAKVDASAALQTGEKNALALEVATKHQGGASSQATLDEREAADAGGAGKGQAGQLPKKAPAKKVLDFTAMNDELEAEEYPSSSPESSSRLLATSDEDNGIKNNNPDELDLKPRVTE----------------IEEELMTLKQRLEDGIAAMDAFRKELFNAGTAVSTPIPTAE--SASEHGRIATGVSGWRDKTDGERKVAVDERRRPSTRVADEGLESGGSSGGESQKSNGLHAKDVPGEERTDYDAMANPAGAKEDWSNGAKRQTPAEESRGTVNNKASLSSGSVDTSRGVPASPTSGASYTP 1762
L+EKITAEE R+DG Q L+R+LS++ EAS SR RLWAED+LRKERAA EESLERT AQS M+RTLLDEAVK VSKEL+I RAESR R++ALE+ L+ER LE +TE+DN + KKRRV+ELT+ETGARIGEVERRVRQ ++ELK ELE+KLA+SS+VC+VADKASTQ +EQ+S E + LE+ RKAGAM+NE SLKAEL KTNA+VA ++A++ AR WQ ++ LEVKLMA IEEL+ MA AES AAIAK DASAAL+ K+ + + ++ TL E D GA K Q GQL KK KK +DF AMNDELEA+E S+ SSSR PDE IE+EL+ LKQRLE+GIA MDA R+E+ AG+AV TP+ SAS S ++ T+G+R+ AV ERRR S RVAD+ E +G E Q+ ++ E TD + +G+ D + + P EE + V++K S G+ VP+S TS ASYTP
Sbjct: 701 LREKITAEETARIDGVQDLHRDLSRATEASYSRTRLWAEDQLRKERAAMEESLERTQAQSGMIRTLLDEAVKAVSKELDILRAESRDRNLALEEVLDERASGLEERITEIDNGSAKKRRVNELTRETGARIGEVERRVRQAEKELKEELEVKLAVSSMVCSVADKASTQRLEQSSLEVVRLEEVRKAGAMENEASLKAELAKTNAVVASLKADIGVARAWQTGVDNLEVKLMARIEELRAMAEAAESAAAIAKADASAALEAEAKHT-SEDTSSSVTRNDLEVKTLRGTEPLDVEGAAKAQ-GQLGKKGLTKKAMDFAAMNDELEADEKSSTQSSSSSR---------------PDEXXXXXXXXXXXXXXXXXXXXXXXXXIEKELVQLKQRLEEGIAEMDALRQEILGAGSAVRTPVDPERGTSASPQPSSQRDASSSQEGTNGDRQDAVGERRR-SRRVADQDQEGVKRAGDEVQQPRRRDSRARSATEVTDGNDAPTSSGSDVDSRSRQGAENPDEERQ--VSSKEPSSPGAAHIRNRVPSSQTSRASYTP 1235
BLAST of mRNA_H-canaliculatus_F_contig121.1816.1 vs. uniprot
Match: A0A6H5KVY4_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KVY4_9PHAE) HSP 1 Score: 348 bits (892), Expect = 6.040e-98 Identity = 274/616 (44.48%), Postives = 353/616 (57.31%), Query Frame = 2
Query: 152 LQEKITAEEVTRMDGEQGLYRELSKSAEASQSRVRLWAEDRLRKERAATEESLERTHAQSEMVRTLLDEAVKVVSKELEICRAESRARDVALEDSLEERTLELEALLTEVDNRAVKKRRVSELTQETGARIGEVERRVRQVDQELKRELEIKLALSSLVCAVADKASTQWMEQASSEAMLLEKTRKAGAMKNEESLKAELLKTNAIVAKMQAELNAARGWQMSMNELEVKLMAHIEELKVMATVAESTAAIAKVDASAALQTGEKNALALEVATKHQGGASSQATLDEREAADAGGAGKGQAGQLPKKAPAKKV--------------------------------------------------------------------------LDFTAMNDELEAEEYPSSSPESSSRLLATSDEDNGIKNNNPDELDLKP---RVTEIEEELMTLKQRLEDGIAAMDAFRKELFNAGTAVSTPIPTAESASEHGRIAT--GVSGWRDKTDGERKVAVDERRRPSTRVADEGLESGGSSGGESQKSNGLHAKDVPGEERTDYDAMANPAGAKEDWSNGAKRQTPAEESRGTVNNKASLSSGSVDTSRGVPASPTSGASYTP 1762
L+EKITAEE R+DG + L+R+LS++ EAS SR RLWAED+LRKE AA EESLERT AQS M+RTLLDEAVK VSKEL++ R ESR R++ALE+ L+ER LE LTE+DN + KKRRV+ELT+ETGARIGEVERRVRQ ++ELK ELE+KLA+SS+VC+VADKASTQ +EQ+S E + LE+ KAGAM++E SLKAEL KTNA+VA ++A++ AR WQ ++ LEVKLMA IEEL+ MA AES AAIAK DASAAL+ K+ + + ++ L E D GA K Q GQL KK KKV +DF AMNDELEA+E SS +SSS RV++IE+EL+ LKQRLE+GI MDA R+E+ +AG+AV TP+ AS + ++ S ++ T+ + + AVDER R S RVAD+ E S+G E Q+ ++ E D + +G D +TP EE + V++K S G+ VP+S TS ASYTP
Sbjct: 712 LREKITAEETARIDGVRDLHRDLSRATEASYSRTRLWAEDQLRKEHAAMEESLERTQAQSGMIRTLLDEAVKAVSKELDLLRVESRDRNLALEEVLDERASGLEERLTEIDNGSAKKRRVNELTRETGARIGEVERRVRQAERELKEELEVKLAVSSMVCSVADKASTQRLEQSSLEVVRLEEMHKAGAMESEASLKAELAKTNAVVASLKADIGVARAWQTGVDSLEVKLMARIEELRTMAEAAESAAAIAKADASAALEAKAKHT-SEDTSSSVTRNDIEVNNLRGTEPLDVEGAAKAQ-GQLGKKGLTKKVGFASRECPVTQSVKVSFGSKQRSVYMFQTMSAEKHDISTSMTVDGIGMAVIHSVGGTNYLVLMSYWRAHLCLQAMDFAAMNDELEADEK--SSTQSSSXXXXXXXXXXXXXXXXXXXXXXXXXXXRVSDIEKELVQLKQRLEEGIVEMDALRQEILSAGSAVRTPVDPERGASASPQPSSQRDASSSQEGTNDDSQDAVDERSR-SRRVADQDQEGVKSAGDEVQQPRRRDSRSRFATEVADGNDAPASSGLDVDGRRRQVAETPDEERQ--VSSKEPSSPGAAHIRNRVPSSQTSRASYTP 1320
The following BLAST results are available for this feature:
Alignments
The following features are aligned
Analyses
This mRNA is derived from or has results from the following analyses
Properties
| Property Name | Value |
|---|
| Ec32 ortholog description | hypothetical protein |
| Ec32 ortholog | Ec-06_009750.1 |
| Hectar predicted targeting category | other localisation |
| Exons | 8 |
| Model size | 2845 |
| Cds size | 2097 |
| Stop | 1 |
| Start | 1 |
Relationships
The following polypeptide feature(s) derives from this mRNA:
The following UTR feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
Sequences
The following sequences are available for this feature:
protein sequence of mRNA_H-canaliculatus_F_contig121.1816.1 >prot_H-canaliculatus_F_contig121.1816.1 ID=prot_H-canaliculatus_F_contig121.1816.1|Name=mRNA_H-canaliculatus_F_contig121.1816.1|organism=Hapterophycus canaliculatus Oshoro5f female|type=polypeptide|length=699bp
MEVNKLQEKITAEEVTRMDGEQGLYRELSKSAEASQSRVRLWAEDRLRKE
RAATEESLERTHAQSEMVRTLLDEAVKVVSKELEICRAESRARDVALEDS
LEERTLELEALLTEVDNRAVKKRRVSELTQETGARIGEVERRVRQVDQEL
KRELEIKLALSSLVCAVADKASTQWMEQASSEAMLLEKTRKAGAMKNEES
LKAELLKTNAIVAKMQAELNAARGWQMSMNELEVKLMAHIEELKVMATVA
ESTAAIAKVDASAALQTGEKNALALEVATKHQGGASSQATLDEREAADAG
GAGKGQAGQLPKKAPAKKVLDFTAMNDELEAEEYPSSSPESSSRLLATSD
EDNGIKNNNPDELDLKPRVTEIEEELMTLKQRLEDGIAAMDAFRKELFNA
GTAVSTPIPTAESASEHGRIATGVSGWRDKTDGERKVAVDERRRPSTRVA
DEGLESGGSSGGESQKSNGLHAKDVPGEERTDYDAMANPAGAKEDWSNGA
KRQTPAEESRGTVNNKASLSSGSVDTSRGVPASPTSGASYTPPLSPTSGA
SYAPPLSPKSDISDITEQSQRRILATENQSQGDAESSGSEGENSGSISDG
DTDSDSEDEEERSRPGSAYEAEPATQRSGADHASTQSDAAEDTATATTTT
TATTTTTAAAAATTTTTHPQRTLRQRRVQARLQAPKQKIVAAEAMTAG* back to topmRNA from alignment at H-canaliculatus_F_contig121:1227..7796+ Legend: UTRpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >mRNA_H-canaliculatus_F_contig121.1816.1 ID=mRNA_H-canaliculatus_F_contig121.1816.1|Name=mRNA_H-canaliculatus_F_contig121.1816.1|organism=Hapterophycus canaliculatus Oshoro5f female|type=mRNA|length=6570bp|location=Sequence derived from alignment at H-canaliculatus_F_contig121:1227..7796+ (Hapterophycus canaliculatus Oshoro5f female)
ATCACCGGGAATAAAGATACAGTAAGTTCCCTTTGCTACTAGCTTCAGGA
GACCTCCTGACATTGTAGCATTGGTGTGAAGGATTTTGGAGCATGCCGCA
ATCCCTCAATGGAGGAAGCCCTATAATTCACGTGAGTAGGATTCGGACAA
TTTAATTTTGCCGTAGTTTTGTTTCTAACTTTGGGGCCTAAATGGTCACA
ACTTTTTCTTGCTTCTCAGCTGCTGGAGGCAGAGGAAAGAACTCGCGTCG
CCTTCGCAACGATGGAGGCCAAGCGTCAGGAGCAAGGCAAGCAGTTTGCT
GACAAGATTGCCGGTGTTGCATCGGAGGAGATGGTCCGGATAGAGACGAT
AGAGCTAGACATAAGAGAGCAGGGAAGAAGTTTCAAAGAGGCGCTTGAGA
CCAGCCAGCAGACCAATAGAAGGCGCTCGGAGGGGATCCATGGAGAGGTG
GAGAGTCTAGAGGGCAGGTTAAGGACGCTTATCGCGGATGCCCAGGAGGA
CGACACTTCGAGGATTGGCTCTTTACTTCAACAGGCCCAGGAGCAGGTGA
ATGGATCTCGCGCACTTTGTGACCGCAAAGAATATTACGTGTTGACCATG
ATCTGCAAACCATACACCTATCGATCAACCCGAACACCAAAGGGAGAGAG
CCATTGACGAACAACACGAGTGCAATACCCAGCGGTATGCAGCAAGATAG
GGCGTGTAGATCCAATCAAAAATGTCTAAAGCTTGCGAGACTGCGACCCA
AACTTTTTATCATTATCATGCTTCATGATGCCGACAATGCTGTACCCATC
TCCAATGCGCCGACTGCGTTGCAAGCAATGCGATTTTTTCTCTCGGTCAC
CTTGACGTGTAACGTTCCTCATGCGAAACGCCCAGATCAATCGCGACATA
GCTAGAATTCGTCAAAGCACCGACAAGAACACGATGGAGGTCAATGTAAG
TACGAACGAAATGCTTTGAAACAATGCTACGAGGCATGCCGACGAAGCTA
TTGAAAAAAATTGCTCCAACCGACTTCAATTATGCTGGCGTTGCATCCCA
TGGTGACGACGTACGTCAGTATTCCATGGTGACGACGTACGTCAGTACCC
AGATCGAGCTTGTAGGCAGACATTTCATGGACATGCACTCGGCGCGGCAT
ACAAGTTACTCATAACAGCGCAGTTGCTGATAAGGGCACCAACATCCTCA
CCTTCAGTAGCCGCCGTGCACCCGTTAATAAGTACCTAGGATTAGGTTTG
GACACTGGATCTTCTTGACGTGACCTCTTGGACACGAGCTGCCTCACGAG
CTTCATCGGGCTAGGTTTTCGTGTTGCGATATCACGACGTGACATCACCG
ACTTAGCTTTTGCGAGGCACATCGACCCCTCCGAAGAAGTGTTGACATAG
CCCGAGACCGATCCAAGTCCACTACTGTACTATTTCGATGGATCCATCTA
GAACACGTGCGATGTGAAAAGGACGTTCAAGCGTCTACAACGCTTTCTGC
AGGCCGGCCGACTTCGCTTCGCGGTCTGAGGTCGTATCGAACCACCACCC
TACTTTTTTCTCGTACGGGGTGTCGCACCGCCCCTGGACAGAAACTTCAA
GAGAAGATCACCGCTGAGGAGGTTACCCGCATGGACGGCGAACAGGGGCT
ATATCGAGAACTGTCGAAATCGGCAGAGGCTTCTCAGTCGCGCGTGCGGC
TGTGGGCGGAGGACCGGCTGCGAAAAGAACGGGCGGCAACAGAGGAATCC
TTGGAGCGTACACACGCGCAGAGCGAGATGGTTCGCACGCTACTGGATGA
GGCCGTGAAAGTGGTGTCTAAGGAACTGGAGATTTGCCGAGCGGAATCTA
GGGCGAGGGACGTAGCTCTGGAGGATTCCCTTGAAGAGCGAACGTTGGAG
CTGGAAGCGCTGCTCACGGAGGTTGACAACAGAGCAGTGAAGAAACGACG
AGTGAGCGAGCTGACGCAAGAAACAGGAGCAAGGATCGGCGAGGTAGAGC
GTCGGGTGCGACAGGTGCGTCTCAGTTATTGGCGATCCTCAGGGATTTGA
GTCCTGCTGAGTGAAGGAGAAAGTTGATCGACAGCCGTGGGAACACCAGA
AGACACTCGGGGCACGCAAGTGTCTTCCCGGGCACAAGCAACGAAGCTAC
GAAGGACACCGTTGTCTGTGAGCGCGCCAGCGCCTGAAACAAGTCGCCGT
AACGATCCGAGATAGAAACGCCCACTCGAATTTCCGTTCGGTGAGCATGA
CCGTGCTGGGCCTATCCGCTGGGGTTTATCTGCGAACAAGGTTCTTCACC
GCTCAAAACCACTGAACGTGCTTGTGAGAATGCACTACTTGTCATCTATC
TCCCGTGTGAGTTGGCTCTCCTTTTGGTTTTGCTGACAAACCTCATCGAA
ATCAGAATCCGAAGGGGGTTGGCAAGTTGGACTGGAATAGGAGGGAAGAG
ATGAAAGTACGTATGTACACGGCGGAAAATCGATTTCCAGCGGTAAACCG
CTGTGAAAATTAAGCAATACTGATTGGATTTTCCATCCGTCGCGCCAACA
AACACATCAGGTCGACCAGGAGTTGAAACGCGAGCTCGAAATCAAGCTGG
CGCTTTCGTCGCTTGTGTGTGCTGTTGCCGACAAGGCTTCCACGCAATGG
ATGGAGCAGGCTTCTTCAGAAGCAATGCTATTGGAAAAGACGCGCAAGGC
GGGAGCGATGAAGAACGAGGAGAGCCTCAAGGCTGAGCTTCTAAAGACAA
ACGCCATCGTCGCGAAGATGCAAGCAGAGCTCAACGCTGCTCGTGGATGG
CAGATGAGCATGAACGAACTCGAAGTGAAGTTGATGGCGCACATCGAGGA
ACTCAAGGTTATGGCTACGGTGCGACACCAGACCTCAAAGACGCGAGAGT
GAATCACAAAGATATGGACATCCACACACTCCATACTGTAATTTTTTATC
AACATGCCTCATCACGGTGATGACTCACAGTCTGTTGCTTTTGTCTACAG
CCCCAATGGAAGGTATACAGTTGAACGGCGCCAAAGTCGTCGCTTATCTC
ACCAGTCGATGCCATCTCATAACGCGTTCCCTTCCCGGTCACCGACAGTC
AACTATTGGCACGTCATGAACGTTTTAGTCTGCAAGACCTTGTCGAAGGT
GGAGACGCTTTTTTTTTTATGACAACTTCTCGGGACAATTTACCTGACAA
CCCGATATTTTCCAATGTTTATGGCACGCAGGTGGCAGAGTCTACCGCAG
CAATCGCGAAGGTCGACGCCTCCGCAGCTCTTCAGACCGGAGAAAAGAAT
GCCCTGGCCCTTGAAGTGGCGACCAAGCACCAGGGAGGTGCATCCTCTCA
GGCAACTCTTGATGAAAGGGAAGCCGCGGATGCCGGAGGGGCAGGGAAGG
GACAAGCAGGGCAGCTGCCAAAGAAAGCCCCGGCAAAGAAGGTGAGCTCA
AGTTTCTTGAGAAGTTCATTCCTGTCTGAGACACGTAGATAAGGAGCACG
TCTGTGACAAACCTCTCGGGAGGCTGTCCTGATACGCAACTCGAACAACA
CGGGTGCTTGATTTCGGATGACCGAGGTACACGGCAATTCTGCACTTCGT
TGACGTTGGGTCCACATCCGCCACTTCTGTTCGATTTTCCTGTTCAGCCA
TCGTCCATTTCCCTACGGCTAATTCTTATGGGGCTGGGATTTCCGACAGA
AATTATGATGGAAATGCCAGAAATCCGGGGAGAATCCCTCCAAGTTGAAA
AATTCCTCTGTTTTCCACGGACCGAACTTATGGCGCCTCGGAGGGAAAAA
AAGAAGGGTTTCACTGATTATGGCGTCTCGGAGAAAAAAAGAAGTGTTTT
CGTGCAACAAGGGTCCATTGTCCCTTCGTCCGTCAGACAGAGTGCTGACA
GCAACAAGAGAACAAACACAGCGTGGTCTGGCGAGCACGGACAACAGACA
GCGCGGGAATTCTGACATGTAGTCGCCGATATCGAGGCAGCAGCAGCAGC
AGCAGCGATAGCAGTGGTAGCAACGAGACATCAAGGCAGAAATCACTTTC
TTGGAACCTGACGTACGCTTCCATTGTGACAGACGAACAAAGGAAAGCGG
CAAAGAAATACAAACCAAGATTGATGCCGTTGGGAAACTAAAGGAAAGAC
ACAGCATCTACCGCTGCTGCAGGAGGGCTATTGCCACGGACATGGCGCCC
CCCCACGATCGAGAGGGGAGCCCGTGCTCCTAGTGTATCGCTGCAGGCTG
CAGTATGTCCGCACGACCAACAAGGAAAGACTCGGCCGGATGATAATGCT
GACACGATGTCGAGCCCGCTGGTTCGAACCAGCACATGCATGCCTCCGTC
ATGGTGTTCCACACAAATCCCAGCCGGAAATCTCGGCTGGGATTTCTGCC
CGAAAATCCCAGCTGGGAAAGCTTTTTCTGGCGGCTGGGATTTTTTTTCC
CAGGATCTCCAGCCGGAAACACCCCCATAAGGCTTGGTTTCTTCCGGTGG
CTCTTTAGAAACCCAAATCCCGGCGACTTTTCCGGCCCCATAAGAATTAG
TCTAAAGGCAAATCGTAAAAATATGTATTTCAAGGGCACGATTCGCCCTG
GAAAGATGCTCATCGCCGTGCTGCCACACTGTTCGACGAGCAGGGCGATT
TTTCGAAACTATGTTGTCCTATTTTCCAAATTTCCAAACAAAACGTGGTG
GTCAAGGAAGTGTCCCAAACGGTTCAGAAAAAAATTGGCGGGATGGGTGA
TGTCGAAGACCGCCTCATCTCATCACCTCTACGGTATTGTCTGTCCCTCA
AGGTTTTGGACTTCACGGCCATGAACGATGAGCTCGAAGCGGAGGAGTAT
CCCTCATCCTCGCCAGAGTCTTCGAGCAGATTGTTGGCAACATCAGATGA
GGACAACGGCATCAAAAACAACAACCCGGACGAGTTAGACTTGAAACCGC
GGGTGACCGAAATCGAGGAGGAGCTGATGACGCTGAAGCAGCGACTGGAG
GACGGCATAGCAGCGATGGATGCCTTCAGAAAAGAGCTTTTCAACGCAGG
AACCGCAGTCTCCACCCCCATCCCAACAGCCGAGAGCGCATCTGAACATG
GTAGAATAGCAACGGGCGTGAGCGGATGGCGAGATAAAACCGATGGCGAA
CGAAAAGTTGCCGTGGACGAGCGACGCCGACCGAGCACAAGAGTGGCCGA
TGAGGGTCTAGAGTCGGGTGGCAGTTCGGGTGGTGAATCGCAGAAATCGA
ATGGTCTACATGCCAAGGATGTGCCTGGAGAAGAAAGGACGGACTATGAC
GCCATGGCTAACCCCGCGGGTGCGAAGGAAGATTGGAGCAATGGAGCCAA
GAGGCAGACCCCTGCTGAAGAAAGTCGGGGGACCGTCAACAACAAAGCAT
CTTTGTCATCTGGTTCAGTGGATACGAGCAGAGGAGTACCAGCTTCACCA
ACATCGGGTGCGAGCTACACCCCTCCGTTGTCACCAACATCGGGCGCCAG
CTATGCCCCACCGTTATCACCTAAATCCGATATCTCAGACATAACCGAAC
AGAGCCAACGGAGAATTCTTGCAACTGAAAATCAGAGCCAAGGCGATGCT
GAGAGTAGTGGGTCGGAAGGCGAAAACAGTGGCAGTATTAGTGACGGTGA
CACTGATAGTGACAGTGAAGATGAAGAAGAACGTTCCCGTCCCGGCTCTG
CGTACGAAGCAGAGCCTGCTACTCAGCGAAGTGGAGCAGATCACGCGAGT
ACACAATCCGATGCCGCCGAAGACAGCGACGACGACAGCGGCGACGGCGA
CGACGACGACGACGGCGACGACGACGACGACGGCGGCGGCGGCGGCGACG
ACGACGACGACGCATCCTCAGCGCACCCTACGTCAGCGTCGGGTCCAGGC
TCGACTTCAGGCTCCGAAGCAAAAAATAGTAGCGGCGGAGGCGATGACGG
CAGGATAGGCTCGGCACAGGGAACGGAACGACGTGGTGGTCCTCAACGCC
GAGGTGGAGGTAAGGACAGCGACCCGGAGGTCGCGTCGATGGCGGTGTCT
GAATTAGAGTCCCAGGACTCGGACGAAACACGCTCACGGAGCACGAGTGA
CGACACAGGCGACGATGGTAGCGATACCCCGTCCCACGTTGGAGGAAACC
GAAACCTTATGCCGGCTAGTCCCTCCGGGGAAGCATCCCAAAGTCCCGGG
CTGGCGGACGATATCGGTGGTAGCGCGTCTGAACAATCTGGCGAAAATAC
CGAGGGATCCGTCACCCCTAGAGGGTCAACCCGCACAAGAGGTAGTGCTA
CGGAGAGCGAAGAGGAGGGAGACTCGGACTCGTCGATGTCAGAGATTACC
CCGCCAAGATCGCAAAGGGGGGGTTAATGTGGTGACAACACTTCGCGATT
CAACGGAAATCGTGAACAGAGTGTGGCGACAAGCGGGTGCTTTGCGGAGC
CACTGTTAGATCTAAAGCTCATGGACTCGCCGTCAAGCTGCTTTATTTTC
TCGAGGTCTTTTTGTAAGCACGAGCCGTCGTCGGCGAAGACAAAATACAT
ACTTCTGAGAACAGCCAGAT back to topCoding sequence (CDS) from alignment at H-canaliculatus_F_contig121:1227..7796+ >mRNA_H-canaliculatus_F_contig121.1816.1 ID=mRNA_H-canaliculatus_F_contig121.1816.1|Name=mRNA_H-canaliculatus_F_contig121.1816.1|organism=Hapterophycus canaliculatus Oshoro5f female|type=CDS|length=4194bp|location=Sequence derived from alignment at H-canaliculatus_F_contig121:1227..7796+ (Hapterophycus canaliculatus Oshoro5f female)
ATGGAGGTCAATATGGAGGTCAATAAACTTCAAGAGAAGATCACCGCTGA
GGAGGTTACCCGCATGGACGGCGAACAGGGGCTATATCGAGAACTGTCGA
AATCGGCAGAGGCTTCTCAGTCGCGCGTGCGGCTGTGGGCGGAGGACCGG
CTGCGAAAAGAACGGGCGGCAACAGAGGAATCCTTGGAGCGTACACACGC
GCAGAGCGAGATGGTTCGCACGCTACTGGATGAGGCCGTGAAAGTGGTGT
CTAAGGAACTGGAGATTTGCCGAGCGGAATCTAGGGCGAGGGACGTAGCT
CTGGAGGATTCCCTTGAAGAGCGAACGTTGGAGCTGGAAGCGCTGCTCAC
GGAGGTTGACAACAGAGCAGTGAAGAAACGACGAGTGAGCGAGCTGACGC
AAGAAACAGGAGCAAGGATCGGCGAGGTAGAGCGTCGGGTGCGACAGAAA
CTTCAAGAGAAGATCACCGCTGAGGAGGTTACCCGCATGGACGGCGAACA
GGGGCTATATCGAGAACTGTCGAAATCGGCAGAGGCTTCTCAGTCGCGCG
TGCGGCTGTGGGCGGAGGACCGGCTGCGAAAAGAACGGGCGGCAACAGAG
GAATCCTTGGAGCGTACACACGCGCAGAGCGAGATGGTTCGCACGCTACT
GGATGAGGCCGTGAAAGTGGTGTCTAAGGAACTGGAGATTTGCCGAGCGG
AATCTAGGGCGAGGGACGTAGCTCTGGAGGATTCCCTTGAAGAGCGAACG
TTGGAGCTGGAAGCGCTGCTCACGGAGGTTGACAACAGAGCAGTGAAGAA
ACGACGAGTGAGCGAGCTGACGCAAGAAACAGGAGCAAGGATCGGCGAGG
TAGAGCGTCGGGTGCGACAGGTCGACCAGGAGTTGAAACGCGAGCTCGAA
ATCAAGCTGGCGCTTTCGTCGCTTGTGTGTGCTGTTGCCGACAAGGCTTC
CACGCAATGGATGGAGCAGGCTTCTTCAGAAGCAATGCTATTGGAAAAGA
CGCGCAAGGCGGGAGCGATGAAGAACGAGGAGAGCCTCAAGGCTGAGCTT
CTAAAGACAAACGCCATCGTCGCGAAGATGCAAGCAGAGCTCAACGCTGC
TCGTGGATGGCAGATGAGCATGAACGAACTCGAAGTGAAGTTGATGGCGC
ACATCGAGGAACTCAAGGTTATGGCTACGGTCGACCAGGAGTTGAAACGC
GAGCTCGAAATCAAGCTGGCGCTTTCGTCGCTTGTGTGTGCTGTTGCCGA
CAAGGCTTCCACGCAATGGATGGAGCAGGCTTCTTCAGAAGCAATGCTAT
TGGAAAAGACGCGCAAGGCGGGAGCGATGAAGAACGAGGAGAGCCTCAAG
GCTGAGCTTCTAAAGACAAACGCCATCGTCGCGAAGATGCAAGCAGAGCT
CAACGCTGCTCGTGGATGGCAGATGAGCATGAACGAACTCGAAGTGAAGT
TGATGGCGCACATCGAGGAACTCAAGGTTATGGCTACGGTGGCAGAGTCT
ACCGCAGCAATCGCGAAGGTCGACGCCTCCGCAGCTCTTCAGACCGGAGA
AAAGAATGCCCTGGCCCTTGAAGTGGCGACCAAGCACCAGGGAGGTGCAT
CCTCTCAGGCAACTCTTGATGAAAGGGAAGCCGCGGATGCCGGAGGGGCA
GGGAAGGGACAAGCAGGGCAGCTGCCAAAGAAAGCCCCGGCAAAGAAGGT
GGCAGAGTCTACCGCAGCAATCGCGAAGGTCGACGCCTCCGCAGCTCTTC
AGACCGGAGAAAAGAATGCCCTGGCCCTTGAAGTGGCGACCAAGCACCAG
GGAGGTGCATCCTCTCAGGCAACTCTTGATGAAAGGGAAGCCGCGGATGC
CGGAGGGGCAGGGAAGGGACAAGCAGGGCAGCTGCCAAAGAAAGCCCCGG
CAAAGAAGGTTTTGGACTTCACGGCCATGAACGATGAGCTCGAAGCGGAG
GAGTATCCCTCATCCTCGCCAGAGTCTTCGAGCAGATTGTTGGCAACATC
AGATGAGGACAACGGCATCAAAAACAACAACCCGGACGAGTTAGACTTGA
AACCGCGGGTGACCGAAATCGAGGAGGAGCTGATGACGCTGAAGCAGCGA
CTGGAGGACGGCATAGCAGCGATGGATGCCTTCAGAAAAGAGCTTTTCAA
CGCAGGAACCGCAGTCTCCACCCCCATCCCAACAGCCGAGAGCGCATCTG
AACATGGTAGAATAGCAACGGGCGTGAGCGGATGGCGAGATAAAACCGAT
GGCGAACGAAAAGTTGCCGTGGACGAGCGACGCCGACCGAGCACAAGAGT
GGCCGATGAGGGTCTAGAGTCGGGTGGCAGTTCGGGTGGTGAATCGCAGA
AATCGAATGGTCTACATGCCAAGGATGTGCCTGGAGAAGAAAGGACGGAC
TATGACGCCATGGCTAACCCCGCGGGTGCGAAGGAAGATTGGAGCAATGG
AGCCAAGAGGCAGACCCCTGCTGAAGAAAGTCGGGGGACCGTCAACAACA
AAGCATCTTTGTCATCTGGTTCAGTGGATACGAGCAGAGGAGTACCAGCT
TCACCAACATCGGGTGCGAGCTACACCCCTCCGTTGTCACCAACATCGGG
CGCCAGCTATGCCCCACCGTTATCACCTAAATCCGATATCTCAGACATAA
CCGAACAGAGCCAACGGAGAATTCTTGCAACTGAAAATCAGAGCCAAGGC
GATGCTGAGAGTAGTGGGTCGGAAGGCGAAAACAGTGGCAGTATTAGTGA
CGGTGACACTGATAGTGACAGTGAAGATGAAGAAGAACGTTCCCGTCCCG
GCTCTGCGTACGAAGCAGAGCCTGCTACTCAGCGAAGTGGAGCAGATCAC
GCGAGTACACAATCCGATGCCGCCGAAGACAGTTTTGGACTTCACGGCCA
TGAACGATGAGCTCGAAGCGGAGGAGTATCCCTCATCCTCGCCAGAGTCT
TCGAGCAGATTGTTGGCAACATCAGATGAGGACAACGGCATCAAAAACAA
CAACCCGGACGAGTTAGACTTGAAACCGCGGGTGACCGAAATCGAGGAGG
AGCTGATGACGCTGAAGCAGCGACTGGAGGACGGCATAGCAGCGATGGAT
GCCTTCAGAAAAGAGCTTTTCAACGCAGGAACCGCAGTCTCCACCCCCAT
CCCAACAGCCGAGAGCGCATCTGAACATGGTAGAATAGCAACGGGCGTGA
GCGGATGGCGAGATAAAACCGATGGCGAACGAAAAGTTGCCGTGGACGAG
CGACGCCGACCGAGCACAAGAGTGGCCGATGAGGGTCTAGAGTCGGGTGG
CAGTTCGGGTGGTGAATCGCAGAAATCGAATGGTCTACATGCCAAGGATG
TGCCTGGAGAAGAAAGGACGGACTATGACGCCATGGCTAACCCCGCGGGT
GCGAAGGAAGATTGGAGCAATGGAGCCAAGAGGCAGACCCCTGCTGAAGA
AAGTCGGGGGACCGTCAACAACAAAGCATCTTTGTCATCTGGTTCAGTGG
ATACGAGCAGAGGAGTACCAGCTTCACCAACATCGGGTGCGAGCTACACC
CCTCCGTTGTCACCAACATCGGGCGCCAGCTATGCCCCACCGTTATCACC
TAAATCCGATATCTCAGACATAACCGAACAGAGCCAACGGAGAATTCTTG
CAACTGAAAATCAGAGCCAAGGCGATGCTGAGAGTAGTGGGTCGGAAGGC
GAAAACAGTGGCAGTATTAGTGACGGTGACACTGATAGTGACAGTGAAGA
TGAAGAAGAACGTTCCCGTCCCGGCTCTGCGTACGAAGCAGAGCCTGCTA
CTCAGCGAAGTGGAGCAGATCACGCGAGTACACAATCCGATGCCGCCGAA
GACACGGCGACGGCGACGACGACGACGACGGCGACGACGACGACGACGGC
GGCGGCGGCGGCGACGACGACGACGACGCATCCTCAGCGCACCCTACGTC
AGCGTCGGGTCCAGGCTCGACTTCAGGCTCCGAAGCAAAAAATAGTAGCG
GCGGAGGCGATGACGGCAGGATAGCGGCGACGGCGACGACGACGACGACG
GCGACGACGACGACGACGGCGGCGGCGGCGGCGACGACGACGACGACGCA
TCCTCAGCGCACCCTACGTCAGCGTCGGGTCCAGGCTCGACTTCAGGCTC
CGAAGCAAAAAATAGTAGCGGCGGAGGCGATGACGGCAGGATAG back to top
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