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Alignments
The following features are aligned
Analyses
This mRNA is derived from or has results from the following analyses
Properties
| Property Name | Value |
|---|
| Seed ortholog | 7029.ACYPI35092-PA |
| ProteomeId | EsuBft1015_7 |
| Protein domains | IPR005331 |
| Protein domains | IPR001584 |
| Protein domains | IPR012337 |
| Protein domains | PTHR11439 |
| Owner | apollo_admin@sb-roscoff.fr |
| Note | retrovirus-related pol polyprotein from transposon tnt 1-94 os:nicotiana tabacum pe:2 sv:1 [Automatic annotation] |
| Nb exon | 6 |
| Max annot lvl | 7029.ACYPI35092-PA|- |
| Length | 2199 |
| Hectar predicted targeting category | other localisation |
| Evalue | 1.05e-13 |
| EggNOG OGs | COG2801@1|root,KOG0017@2759|Eukaryota,38VJ1@33154|Opisthokonta,3CB3U@33208|Metazoa,3DT1J@33213|Bilateria,4294G@6656|Arthropoda,3SW1M@50557|Insecta,3EE1Z@33342|Paraneoptera |
| Date last modified | 2016-06-14 |
| Date creation | 2016-06-14 |
| Description | Reverse transcriptase (RNA-dependent DNA polymerase) |
| COG category | L |
Cross References
External references for this mRNA
| Database | Accession |
|---|
| GO | 0003676 |
| GO | 0015074 |
| GO | 0008146 |
| GO | 0016021 |
Relationships
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from this mRNA:
The following exon 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:
spliced messenger RNA >EsuBft1015_7a-0001 ID=EsuBft1015_7a-0001|Name=EsuBft1015_7a-0001|organism=Ectocarpus subulatus male Bft15b|type=mRNA|length=2199bp|location=Sequence derived from alignment at Scaffold_544:276286..283660- (Ectocarpus subulatus male Bft15b)|Notes=Excludes all bases but those of type(s): exon.
ATGGAAGCAACATCGGGAACTGGAGGCGGAGGTAGCATCTGGAGTGATGG
ATCCACAAACCTGGCGAACGTCATCAGAGGACTCCCCAAGTTCGATGGAA
CGAAACCAGAGGACTTCAACGACTGGATGAAGAAATTGGGCGTGGTTGTC
GGCGTTACTCGGAGGAACTCTCCCAATCGCCAGTGGAAGGGCCATATGGC
AAAGAGGACGAAGCCTGCGGGAGCAACCAAGTGGTGCTCCGTCCATAACA
CCACTACACACTCCGACGAAGAGTGTTACAGCCAAGGAGCCAAGCGACCA
GAACGCACGGGCAAGGCTTTCTCCGCATGCTTACACTGCATGCACTGCTC
AACCCAGTCAGGAGACACACACGCCAAGCCTACCACAACGGAATCTTCCA
AAGAAACAGAGAAGACCGAGAAGGCAGAGATCGACTTCTCTTACGACGAA
GATGCATTCAACGGTGGATTCATTTACCATGCTACATGCAGCAAGGGAAG
CGGACGCACTTTCACAACAACTGCGACTGGGGCTTCAGCACTGGTGGATT
CTGGAGCTTCTGAGACCATGTTCGACAACTGCCTCATCCCGAATGGACGT
GTCGAAGAAGAACGCCCGACGCCCGAGATCATCGACGTTGCAGGAGAAAG
CCAACTACGAGGCACTACCACTGGGATCCTACACTGCACCATTAAATACG
ACAAAGAACAGCAACTACCCGTCAAGCTACAAGGTCTCATCGTGCCAGGA
CTAGGCTGGAACATCTTCGCACCAACGGCCCTTCTCAAGAAGGGCCTCCG
ATGTGTCCTGGAAGACAAGACCCCACACCTCACCATCGGCGGAGAAGTCG
TCGTTCCTCTAAAACAAAAGACTCAAGACCAAGGCATGTGCACCCTCGCC
ATCACATTCAAGGGCGATCCAGCGTCGACAAGCAGGACACCCCCGAACAA
CCAGGATCCAGGGCGCAAGCCGAAGTTCGGAAAATCAGAAGCGGTACTGA
TCGATCACACTCCGCACGCGACATGCTCAGTGGCACCGGCGCCTCGGCCA
CCTCAATTCAAGTGCTATGGAGATTTTGCGGCGCAGCCCCGCCACAGGAA
GGCTCCCGTCCCGAAGAAGACCACCCGTGTCCTGACCAAACCAGGCCAAC
TCGTCCAGTTCGACAACATGGGACCAATCGACCCTCCTGCGAAGTACAAC
GGACACACCTACTCCTACGTCGCCAATGCGACCGACGTTTTTACCAGAAT
GCGGGAAGTGTACCTACTGTGCCACAGGACCGAAACCACGCAAGCTCTGC
ACGCCTACAACATGCAAGTAGCATCTGAAGGCTACCGCATCGAGGTTCTA
CGCTGTGACAAAGGGGGAGAGAACACTGGGGAAGGAATGCGCAACTACTG
TAGGGAGTCTGCGATCAAGCTGGAACTCGCCGCGACCAACACGACCCAAG
AAATTGAAGTGACAGAAAGGGACGGCCAGACACTTGCGGCTGTGACTCGA
GCTCTACTGCGCGATGGAGACTTCCCAAAACACATGTGGGGGGANTCGTG
CGTTCATCACGAGCGATACAAGAAGCTAGACGACCGGGCCGTTGAAGGCA
AGCTCGGCGGTTACGGACCTGGCAGTAAGACGTACCGGATCTACGTGGAG
GGCAAAGACAAATTCCGCCGGACAAGGCCTGATTGTGAGACCGCGCATCC
TAAGGCACGTTTGACCAAGGTCAAGTTCTACGCGAGGAGTGATCCCGACC
AGCCGCCTGAATACTGTACGGTGTTCCACCACATGGTGAAAAGCGCGGGC
TCAACCATCAAGGACAACCTCTACAAGTCTTCACGGATCGCAGGTGTTCC
GAGACCAGGTGGGACTACACGTTGCGCAACTGCTTGTCATTCGATTCCGT
TTCCGCTCGGTCGCGCCAGAGTTCCTTTGGAGGCTGTTAGGAAAGGCTGC
GAGTACTTCACGCTTATGAGACACCCCATCGATCGCCTGGTCTCGGCATT
TTTCTATTGCCCAAAGGACCACGATCTGCAACTGAGGCCAAGGAAGTGGT
GCGGATACGCCGACCACCAGGTACCCGTGACCGATCGCCTGTTGGACTTC
ACCGAACACTACTGGCAGAATATGGCATACAAACAGATGGCGTACGGCAT
GTACTGCCCTCCCGATCTTATATGCGAAGCGACGGAGGTAAGAGGGTGA back to topprotein sequence of EsuBft1015_7a-0001 >EsuBft1015_7 ID=EsuBft1015_7|Name=EsuBft1015_7a-0001|organism=Ectocarpus subulatus male Bft15b|type=polypeptide|length=732bp
MEATSGTGGGGSIWSDGSTNLANVIRGLPKFDGTKPEDFNDWMKKLGVVV
GVTRRNSPNRQWKGHMAKRTKPAGATKWCSVHNTTTHSDEECYSQGAKRP
ERTGKAFSACLHCMHCSTQSGDTHAKPTTTESSKETEKTEKAEIDFSYDE
DAFNGGFIYHATCSKGSGRTFTTTATGASALVDSGASETMFDNCLIPNGR
VEEERPTPEIIDVAGESQLRGTTTGILHCTIKYDKEQQLPVKLQGLIVPG
LGWNIFAPTALLKKGLRCVLEDKTPHLTIGGEVVVPLKQKTQDQGMCTLA
ITFKGDPASTSRTPPNNQDPGRKPKFGKSEAVLIDHTPHATCSVAPAPRP
PQFKCYGDFAAQPRHRKAPVPKKTTRVLTKPGQLVQFDNMGPIDPPAKYN
GHTYSYVANATDVFTRMREVYLLCHRTETTQALHAYNMQVASEGYRIEVL
RCDKGGENTGEGMRNYCRESAIKLELAATNTTQEIEVTERDGQTLAAVTR
ALLRDGDFPKHMWGXSCVHHERYKKLDDRAVEGKLGGYGPGSKTYRIYVE
GKDKFRRTRPDCETAHPKARLTKVKFYARSDPDQPPEYCTVFHHMVKSAG
STIKDNLYKSSRIAGVPRPGGTTRCATACHSIPFPLGRARVPLEAVRKGC
EYFTLMRHPIDRLVSAFFYCPKDHDLQLRPRKWCGYADHQVPVTDRLLDF
TEHYWQNMAYKQMAYGMYCPPDLICEATEVRG back to topmRNA from alignment at Scaffold_544:276286..283660- Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below. >EsuBft1015_7a-0001 ID=EsuBft1015_7a-0001|Name=EsuBft1015_7a-0001|organism=Ectocarpus subulatus male Bft15b|type=mRNA|length=7375bp|location=Sequence derived from alignment at Scaffold_544:276286..283660- (Ectocarpus subulatus male Bft15b)
ATGGAAGCAACATCGGGAACTGGAGGCGGAGGTAGCATCTGGAGTGATGG
ATCCACAAACCTGGCGAACGTCATCAGAGGACTCCCCAAGTTCGATGGAA
CGAAACCAGAGGACTTCAACGACTGGATGAAGAAATTGGGCGTGGTTGTC
GGCGTTACTCGGAGGAACTCTCCCAATCGCCAGTGGAAGGGCCATATGGC
AAAGAGGACGAAGCCTGCGGGAGCAACCAAGTGGTGCTCCGTCCATAACA
CCACTACACACTCCGACGAAGAGTGTTACAGCCAAGGAGCCAAGCGACCA
GAACGCACGGGCAAGGCTTTCTCCGCATGCTTACACTGCATGCACTGCTC
AACCCAGTCAGGAGACACACACGCCAAGCCTACCACAACGGAATCTTCCA
AAGAAACAGAGAAGACCGAGAAGGCAGAGATCGACTTCTCTTACGACGAA
GATGCATTCAACGGTGGATTCATTTACCATGCTACATGCAGCAAGGGAAG
CGGACGCACTTTCACAACAACTGCGACTGGGGCTTCAGCACTGGTGGATT
CTGGAGCTTCTGAGACCATGTTCGACAACTGCCTCATCCCGAATGGACGT
GTCGAAGAAGAACGCCCGACGCCCGAGATCATCGACGTTGCAGGAGAAAG
CCAACTACGAGGCACTACCACTGGGATCCTACACTGCACCATTAAATACG
ACAAAGAACAGCAACTACCCGTCAAGCTACAAGGTCTCATCGTGCCAGGA
CTAGGCTGGAACATCTTCGCACCAACGGCCCTTCTCAAGAAGGGCCTCCG
ATGTGTCCTGGAAGACAAGACCCCACACCTCACCATCGGCGGAGAAGTCG
TCGTTCCTCTAAAACAAAAGACTCAAGACCAAGGCATGTGCACCCTCGCC
ATCACATTCAAGGGCGATCCAGCGTCGACAAGCAGGACACCCCCGAACAA
CCAGGATCCAGGGCGCAAGCCGAAGTTCGGAAAATCAGAAGCGGTACTGA
TCGATCACACTCCGCACGCGACATGCTCAGTGGCACCGGCGCCTCGGCCA
CCTCAATTCAAGTGCTATGGAGATTTTGCGGCGCAGCCCCGCCACAGGTG
TAAAATATGACGGACCTGTATCCCCGTGCGACAAATGCCACATCACGAAG
CACAGGAAGGCTCCCGTCCCGAAGAAGACCACCCGTGTCCTGACCAAACC
AGGCCAACTCGTCCAGTTCGACAACATGGGACCAATCGACCCTCCTGCGA
AGTACAACGGACACACCTACTCCTACGTCGCCAATGCGACCGACGTTTTT
ACCAGAATGCGGGAAGTGTACCTACTGTGCCACAGGACCGAAACCACGCA
AGCTCTGCACGCCTACAACATGCAAGTAGCATCTGAAGGCTACCGCATCG
AGGTTCTACGCTGTGACAAAGGGGGAGAGAACACTGGGGAAGGAATGCGC
AACTACTGTAGGGAGTCTGCGATCAAGCTGGAACTCGCCGCGACCAACAC
GACCCAAGAAATTGAAGTGACAGAAAGGGACGGCCAGACACTTGCGGCTG
TGACTCGAGCTCTACTGCGCGATGGAGACTTCCCAAAACACATGTGGGGG
GANTCGTGCGTTCATCACGAGCGATACAAGAAGCTAGACGACCGGGCCGT
TGAAGGCAAGCTCGGCGGTTACGGACCTGGCAGTAAGACGTACCGGATCT
ACGTGGAGGGCAAAGACAAATTCCGGTACTCGGGCCCATACCCCGGAGAC
CCTCGGAACCTGCTGTGTTTTTTGCTTGTTTTGTTTTGTTGTTGAGACGA
GACACAAGCGCGCCTTCGCCCCTTTGTGCTTACTCTCATCTAGCACCCAT
CATATCCTGACCAGGGAGTCAGTTGATAAGAACATCTATCTACATTTCTC
TTTCCGAAGCTCGCTCGGGCCTACCGATCGCACAGCAGTGTAACCTCCGT
GATAAGACTACAAAGTCTACGAGCTACAGCAGCACCGCGGTGACAGCAGT
GTAACCTCTGTGGTAGAGTACAAAGCCTACGAGCCACAGCAGTACCGCCA
CCTCCGCTGCTGCCGAACGCCACATTTTGTAAGGGAGGTCACGAACCCAA
TAGCTCCCTATTCCAGCATCTGCACATAGGAGAGTTGCCGGTAAGAGCCC
TTCTTACCGTGGTACCTTGCCGTATGGGCGTGGTTGGAAGGCGACGTCGG
GCGAGCACCTTTCGTGATCCATCGAGTCCTGCTTGAGCGGTCCAGCAATC
CCGTCTACTTGCAGACACTGTGTGCTCTTACCGTAGTGAAAACGCTTCAC
GCATACTGTTAGCGGCCGTAGCTCTCGTCGTGCTACGTGCCCGTTCTGTT
GGTCATGACATGGGGGGGTTGCAAGAAGAAGGGATACCAGCTCTCGCATT
GGGTACCCCGACGAGAACGGGGTCCCCGCCCCGCGGGGCCTGTAAGCATA
AGGTCGAAGTATGAACGAGCTAGAATATCGTGGGTACCTAACTAGGCACG
CAGACATGTTTTCGCGCACCTTTGTTCAGGGACTCGAGAGGTTGGTATTC
GTCGAGAACCGTCAGAGAAACACCCTTTCTTGATTGTATCACGAGCTTTG
AGATAATCATTTGTACATGTCTTGGACGGGAGCCAATACAAAGGATATTG
GATTCCGTGGGAAGCCAGCCACGCTGTGCCAGTGGGCACCGGGGCAGCCC
ATAAAATGTGTGTGAGACCACTAGCTTCACGTGCAGTCCGATGTGTTTCT
CTACTGTTGTTTTGCTGGATTCTCCGGCCAGCCTTGTCCCATGTTTCACC
ATGCATTGTTTTGCTTCGGGGCTTGCATACATGGCCGCGGGCGGGCTTGG
AAGAAGTCCACCCTATTCGGGCGATCTCGACCACGAGACTGTGACGGATC
CGATACATTTTCGATGCACGATCAGCGAACAGTGGCGCTTCTTTCAGAAG
AATCGAGAGTACAAAGAGAGAGAAACAGACAGAAAGCGGGTGAGCACATC
TGCGGTTCTTTCCCACCCACAAATGCATGACAAACCGTAAGGTTGCGAGT
CACCGCTCGTGCATGTGGTCTATAGACAAACATTTTCGCAATTATGTTTG
CAGTGCACCCCTGTGCGATGACTCCGGACCGTGCAACGACTCCGGACCCT
GTGGTTTATCGTCGATATATAACGTACACCCTGTGCGATAACTCCGGTAT
ATGCGATACTCGAAAATGCTGTGCAGACACACGGACACCTCAGTTGTGCT
GCGGGTGCAGGCTCCACGCGCAACGTAGACACACGCGCTCACATTAGTAA
ACCACAGAAGTTAGCCCTGTCGATGCTGGATAAGTGCTTGGGAGCGAAAG
TAACATCGGTAGTGCTGCTATCCACGGTGCTGTTGCGGACCGTGCGGTGA
CTCGCAACCTTTCGGTATTATTGAATTGAGGGACTTGGAAGTAAGAAGAC
GGACGTCAGTACCCCCTTGGTTCAGCCGGACAAGGCCTGATTGTGAGACC
GCGCATCCTAAGGCACGTTTGACCAAGGTCAAGGTACGAGCGCTCCAGGC
TTACGAAAAGGGCGTGGGATGACCAGTGGGCCGATGTCGGCATGTTCCAT
GACAGTTTTCTCAGCCCATCTAAATACACTACTGAGTCTCCCTCCTTACC
TCCTCCTTCGCCTGAGCGTCTTAGTCAGTCGACGTCGTTCCAGGCCCGAC
TCTCATCAGGGCGGTGTGCCTCCTGGAACAACTCGCATCTGCATCAGGAT
AGGTAGCCAAAAGCTCGACGGATCCCTAACCCCCAACGCCGACATGCATA
ACCCCATTCCTCCCGAACCAACAGGCAAACACCAACGTTCTCGAAAAACT
GAGTGTGGAGATTCCATGAAGTAGGTTCGTACTCCATGGAGGTCCATGCG
ACTTCCCATGAAGGCCGTCGAGCCTACCGGTACTGAATATGGCTTACATC
CAAGGTTCTGCCACCGCCGGAAAATGCGCGTTTGAAAGGGGTCGTTGGAA
TCTTTCCCCGCCTTTTTTTCGGTTGGTCACACCTTTTAAATTCCGAGTAA
TCAGGCCTTGAGGATCAGAGGAATGACAGGGCGTGTGCGTTTACTTGCAC
GTTTTGGCAGCACATCTTCCATCCCGCACTGCGCGTTGAAAAGACAATTT
TACAGCAAACGTATCGATCAGAAACTCATTCCTCAAGTACAGGTCCTTGA
GCCCGTATTCAAGTGTAGCAAGGCCTGTCTGTATATTCCAGAGATCCAGG
AAGCACTATGCTCTGAACGTAAATCTGCTGCAGATCGCACGTGACCCACT
TTTCGTGATAAAATACAGTGCGGCAGGACTTCAATTGTTCATTTTGGAAT
TTGGGTTCGTCCACAAGATCCGCTTTTGGGTATCGAGACGCTTAGCTGAA
TTTTTCGTCGGCGATTGTTTGTGTGCTTCAGGACAAGTGAGAAACCCGTC
TGGAGCCAGGGCATCGATCTGGTGGAGGAGGAGCTATGCCGCCGTACACG
AAGTCGATCTTGCTTGTCGCCCGGTTGGTCTCCATCCTTTCCATGATCAT
AGTTGAGAGTGATACGGTAAGGTTCGGGGATACTACGGTACACGCCTGCC
CACGAGACGGAGCGTACCACCCTCTCCGTTGCTACAGCATGCGTGCCATG
CTCGGAAGTGGAAGATGACTGGTAAAGCACTGGCACGATAGAACCGATCA
TGAATGGACAAATTACAAGCACGACCAGTGATCGCCTAGGAAGACACCGA
ATTGGAAACTGTGACGTTCAGAGACAATTTCTCAGCACCTTCAACTCTGA
ACACGACACGTGGCGAACTGTTCCTGCAGGTTCACAATGGCCTGCCCACC
CTGCATGTTCGCGTCGGTCGATCGTTCATTTGCGTCAACCATCGTTAATG
CATCGCTGTGTACTTACTTCAGCTTGTGTAAGGCTGCGACAACCGCTCAC
GTACAGGTCGACGTAGGGCGTCCAGTTTTCCTTTCTGCTACGCACATCTG
CAAACAGAGCCTTGACCGTGGGGCTGTTTGAGTTAAGTGATCACGAGGAA
ATGGGGAATGAATATGGTAGGCAACACTATATGTAGCATACACAGCCTCG
TGAGTTACAAGGTTGGTGCCATGGGCGTAACCCGCCCTATTTATCCTTGT
TGAAGATCCTGTTGTATTGTCGCTGTTCTCTTGGTGTGTAGTTCTACGCG
AGGAGTGATCCCGACCAGCCGCCTGAATACTGTACGGTGTTCCACCACAT
GGTGAAAAGCGCGGGCTCAACCATCAAGGACAACCTCTACAAGTCTTCAC
GGATCGCAGGTGTTCCGAGACCAGGTGGGACTACACGGTGTGTTGCACAA
ATCTTGGAAATATATTGCTAAGAGAATCGAATCCCCAACATATTTCCGAA
ATGATGTCAATGGTGACCTTGGTCTTAGGTTCAAAGGTACGAAGGAAAGA
CGAGCGCTCTGCCTGGAGTTTCGCAGCCCCATTCCGAAGGTGGCGTAGAA
AGTTTACCTGTCGCACATTCAAGGACCCTTTTGTCCCGTGTGCATGGGGG
GTGAAGGGGCCAAGGTGTAGGAGGCAGCCCGAACTGCGCGGATATCCGCT
CCAGACAAAGTGTCGAACTCAGAAATGCAACAGGATCATCACACATGGCG
AGCTAGCTATGCATGGGCGAAGGTGTGAAAAGAATATAATAAAAATGTAC
ACCGATCGAGATACCATGTCATCCGGCTCCTGCAGCCCCGTCTCGTCTCT
TCCCACTAGCGACGTGACCCTTCCTATCGAATTTGTCGCTATTCCTGTAG
ATTACCTACATTACAGCAATGTGGCTTCACCTACCACACCACAGTACAAC
GGCTGTTTAGGTTTAGGTATATGAAACACAGAGTTCATAACTTCCCACAG
AGACGCCTGGGTCGTCTTGACCTGACGGATACAGACTTGTCAACGCCTTC
CCAGTACTCCTTCATAGTACCACATCAAACCCTGTTTAGTCGAACAAAGT
TGTCGTTGAATATTGTACAAGCAATTCCAACACTACCCAGCAGCGAATGC
CAATGTCAATCTACTTTTCGGTGTCATTTTCTCGGATGCGAGCGACATGA
TTCCTTACGACGCGAAAACGACGTGAAGATATCGTTCCTCAGTTCCTGCG
TTTTGGTCCTCTGGCGCAGGATTGTGCGTGTCGGGCGGACCCGAGAGCGT
TGACACTTGCAAGGAAGCCTTCAGTTCTTCTGCGATCATCCTTGGTTACG
CGGAACTCATGAGGCAAGCATATATCCTAAAAGTATGAAAAATTGACGAG
CACAGCACGGTCACAGCAACGGGGTCCCACGATGCGTCACAAGGGGGAGT
AGCGAATGTCGATTCGTTGCGTTGCTACCCGTTTAATCCGGAGAGAAGTG
CTGAAAAAGTATTTCGTTCATACGTTGGAGAAGAATTGTCCGTCTTGGTT
ATGTTCCATCACACCCGTAATCTCGATCTTGAAGAGGATTCGGCATTGCT
CGAGCCTTCTGGATGGGGTGACAATGCTTGGGGGGAAAAATTATACCGGT
TGCCCGCCTTTTAGTTGAACGGTGTTGAGAATACACACAAATGGTCATCC
CCCCACCGCGGAAAGATCCTTCCCCTAACGTGAATGGAAGGACAATCAGA
GTAAGGAAAATGCACAGGTTGTCACATTTACAACAGGTTGTTGTGTCGGG
GTCCACGCAAACGATCCAACATCTGAGCTTGCCTGTGTTGACCAGTACAT
TCCAAAGGGAGTGTCCGGCTCGAGAGGGTCACCGGTGAGCGCGTAGTTGC
GCAACTGCTTGTCATTCGATTCCGTTTCCGCTCGGTCGCGCCAGAGTTCC
TTTGGAGGCTGTTAGGAAAGGCTGCGAGTACTTCACGCTTATGAGACACC
CCATCGATCGCCTGGTCTCGGCATTTTTCTATTGCCCAAAGGACCACGAT
CTGCAACTGAGGCCAAGGAAGGTATGTGGGTGAAAAACGTCCGACCGATG
TGGCGACTCAGATTGATGGTTGAATACATCGATGCACTTGCAAAGAGGCG
TCTCACGCATCCCGTGTGATAAAATGGGGTCACCGTCTTGGAGAATAACA
TCATGTATGTCCACACGGACGGTGTTCCACCCTGTTTCAAGTTCTCGGTA
GCAACATTTACCCTCTCCGGGGTGGCTGACGCTCACACACGCTGGCTACG
CGCGTCCCCGACACATTCCCAGTGGTGCGGATACGCCGACCACCAGGTAC
CCGTGACCGATCGCCTGTTGGACTTCACCGAACACTACTGGCAGAATATG
GCATACAAACAGATGGCGTACGGCATGTACTGCCCTCCCGATCTTATATG
CGAAGCGACGGAGGTAAGAGGGTGA back to topCoding sequence (CDS) from alignment at Scaffold_544:276286..283660- >EsuBft1015_7a-0001 ID=EsuBft1015_7a-0001|Name=EsuBft1015_7a-0001|organism=Ectocarpus subulatus male Bft15b|type=CDS|length=2199bp|location=Sequence derived from alignment at Scaffold_544:276286..283660- (Ectocarpus subulatus male Bft15b)
ATGGAAGCAACATCGGGAACTGGAGGCGGAGGTAGCATCTGGAGTGATGG
ATCCACAAACCTGGCGAACGTCATCAGAGGACTCCCCAAGTTCGATGGAA
CGAAACCAGAGGACTTCAACGACTGGATGAAGAAATTGGGCGTGGTTGTC
GGCGTTACTCGGAGGAACTCTCCCAATCGCCAGTGGAAGGGCCATATGGC
AAAGAGGACGAAGCCTGCGGGAGCAACCAAGTGGTGCTCCGTCCATAACA
CCACTACACACTCCGACGAAGAGTGTTACAGCCAAGGAGCCAAGCGACCA
GAACGCACGGGCAAGGCTTTCTCCGCATGCTTACACTGCATGCACTGCTC
AACCCAGTCAGGAGACACACACGCCAAGCCTACCACAACGGAATCTTCCA
AAGAAACAGAGAAGACCGAGAAGGCAGAGATCGACTTCTCTTACGACGAA
GATGCATTCAACGGTGGATTCATTTACCATGCTACATGCAGCAAGGGAAG
CGGACGCACTTTCACAACAACTGCGACTGGGGCTTCAGCACTGGTGGATT
CTGGAGCTTCTGAGACCATGTTCGACAACTGCCTCATCCCGAATGGACGT
GTCGAAGAAGAACGCCCGACGCCCGAGATCATCGACGTTGCAGGAGAAAG
CCAACTACGAGGCACTACCACTGGGATCCTACACTGCACCATTAAATACG
ACAAAGAACAGCAACTACCCGTCAAGCTACAAGGTCTCATCGTGCCAGGA
CTAGGCTGGAACATCTTCGCACCAACGGCCCTTCTCAAGAAGGGCCTCCG
ATGTGTCCTGGAAGACAAGACCCCACACCTCACCATCGGCGGAGAAGTCG
TCGTTCCTCTAAAACAAAAGACTCAAGACCAAGGCATGTGCACCCTCGCC
ATCACATTCAAGGGCGATCCAGCGTCGACAAGCAGGACACCCCCGAACAA
CCAGGATCCAGGGCGCAAGCCGAAGTTCGGAAAATCAGAAGCGGTACTGA
TCGATCACACTCCGCACGCGACATGCTCAGTGGCACCGGCGCCTCGGCCA
CCTCAATTCAAGTGCTATGGAGATTTTGCGGCGCAGCCCCGCCACAGGAA
GGCTCCCGTCCCGAAGAAGACCACCCGTGTCCTGACCAAACCAGGCCAAC
TCGTCCAGTTCGACAACATGGGACCAATCGACCCTCCTGCGAAGTACAAC
GGACACACCTACTCCTACGTCGCCAATGCGACCGACGTTTTTACCAGAAT
GCGGGAAGTGTACCTACTGTGCCACAGGACCGAAACCACGCAAGCTCTGC
ACGCCTACAACATGCAAGTAGCATCTGAAGGCTACCGCATCGAGGTTCTA
CGCTGTGACAAAGGGGGAGAGAACACTGGGGAAGGAATGCGCAACTACTG
TAGGGAGTCTGCGATCAAGCTGGAACTCGCCGCGACCAACACGACCCAAG
AAATTGAAGTGACAGAAAGGGACGGCCAGACACTTGCGGCTGTGACTCGA
GCTCTACTGCGCGATGGAGACTTCCCAAAACACATGTGGGGGGANTCGTG
CGTTCATCACGAGCGATACAAGAAGCTAGACGACCGGGCCGTTGAAGGCA
AGCTCGGCGGTTACGGACCTGGCAGTAAGACGTACCGGATCTACGTGGAG
GGCAAAGACAAATTCCGCCGGACAAGGCCTGATTGTGAGACCGCGCATCC
TAAGGCACGTTTGACCAAGGTCAAGTTCTACGCGAGGAGTGATCCCGACC
AGCCGCCTGAATACTGTACGGTGTTCCACCACATGGTGAAAAGCGCGGGC
TCAACCATCAAGGACAACCTCTACAAGTCTTCACGGATCGCAGGTGTTCC
GAGACCAGGTGGGACTACACGTTGCGCAACTGCTTGTCATTCGATTCCGT
TTCCGCTCGGTCGCGCCAGAGTTCCTTTGGAGGCTGTTAGGAAAGGCTGC
GAGTACTTCACGCTTATGAGACACCCCATCGATCGCCTGGTCTCGGCATT
TTTCTATTGCCCAAAGGACCACGATCTGCAACTGAGGCCAAGGAAGTGGT
GCGGATACGCCGACCACCAGGTACCCGTGACCGATCGCCTGTTGGACTTC
ACCGAACACTACTGGCAGAATATGGCATACAAACAGATGGCGTACGGCAT
GTACTGCCCTCCCGATCTTATATGCGAAGCGACGGAGGTAAGAGGGTGA back to top
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