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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s1277 | supercontig | LSalAtl2s1277:6522..10745 + |
Analyses
This mRNA is derived from or has results from the following analyses
| Analysis Name | Date Performed |
|---|
| ensembl | 2013-09-26 .965016 |
Properties
| Property Name | Value |
|---|
| Logic name | ensemblgenomes |
| Biotype | protein_coding |
| Evidence | IEA |
Cross References
External references for this mRNA
Relationships
This mRNA is a part of the following gene feature(s):
The following exon feature(s) are a part of this mRNA:
The following polypeptide feature(s) derives from this mRNA:
Sequences
The following sequences are available for this feature:
protein sequence of EMLSAP00000001587 >EMLSAP00000001587 ID=EMLSAP00000001587|Name=EMLSAP00000001587|organism=Lepeophtheirus salmonis|type=polypeptide|length=301bp
MHTPNISYTLVIRISVLSLLIVQTTSGVLLMRYSRLYNSYSSTLAVFYSE
IVKTIIVLLLFYKQNTLSFKLTWAAIKNEIIFNPKETIKLIVPGVLYSIQ
NNIIFIALSNLDAATFQITYQLKILTTSLISIWILGTHINKTKWVALITL
MAGVILVQISQHKINEEKATESTEDSHEKSWLIAIFSLTFGFVGVLIEEG
TNFFRPGHQFKNFDAIVWAIILIQGTGGLTVAAVVKYTDNIQKGFATSIS
IIISSLTSYFLLQDLVIEEKFLIGGVLVLISTIIYSMSGTKPPKDTEIIS
K back to topmRNA from alignment at LSalAtl2s1277:6522..10745+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000001587-697434 ID=EMLSAT00000001587-697434|Name=EMLSAT00000001587|organism=Lepeophtheirus salmonis|type=mRNA|length=4224bp|location=Sequence derived from alignment at LSalAtl2s1277:6522..10745+ (Lepeophtheirus salmonis)
TATGTATTCAAACTTTTGCAATGTTTATTTAACTATTTTTTATCTTTATT
ATTTAGTGATAAGCTTAGTTCTCGTTCTCAGGTCTAAGCATGCATACTCC
AAACATATCCTACACTTTGGTGATTCGAATCTCAGTTTTAAGTCTTTTAA
TAGTTCAAACTACATCTGGTGTACTTTTAATGAGATATTCCAGACTCTAC
AATAGTTATTCATCCACTCTTGCAGTGTTTTATTCCGAAATTGTGAAAAC
TATTATTGTACTACTTCTCTTCTACAAACAAAATAGTAAGTTGCTAACTT
CATTATTTGTATTAAAAATATTGTAGGAAATATTGCCAAACATTTCAAGG
ATTATTCATTTATTTGATATAGTAATTTTATACTACACTTGTAGTCCCTT
CTTTATTTACTTAATCCATCTTGATTGTCATCACGGCGTTACCTTGCTAA
CACAAAAATATACAGAGTACTTTGGGCTCATTTTTCCATGTTTAAGTTTA
TTCTCCTCTAATCATAATCTGAAACGTCGTTACCTTTATTGTATCACGCA
ACTTTTCATCTCAAAAGAAACGGAAAAAAAGGCCCAAAATCATATGGTAG
TTAGCCAAATAAGTCAATAATATCAATTTTCCTTTATCTTTTATATACAA
CCCGGACTATCTGTATCACCGTTATATTATTTCTTCACCATTATGAAAAT
GAATTACATATTCAAAAAATCTCCATAGTATTTTATTAGATACTGAATTA
TAATATTGTTTGTAATATTTTATTAAAAGAGTACTTAAAAGTAGTTATTA
TATTATTTCTATGAAGATGTAGCCAAAATTTATACTTATTGACGCTTAGT
GTACACTCTATAATTATGTCCCCTGTTCAAACTTGATCACAATGGTTTGA
ATAAGTTTTTACGTTTAACCAGGAACAAACTGTCATTCTGACGATTGGGA
AGCCTATCGCAACCCTGCGAATGGGCTAGATATGGAACACTTTACTGTTG
TGCATAAGTATAACTTTGTAGATCCATTAACTAGAGCTCATACCCAGACG
ATTGAGTCTTTCTGGAGTCATTTCAAGGTATGCTCAGANCGCTTAGGAGT
TATCAATATCTCTAGAGAGCTTTTTTAGACATATTTAAACGAGTATATGT
GGAGAAAATGTCATTTTTATAGAATTCTTGACGACATTATGATCCAATAT
CTGATATGAGGTTTCTTCATATTTTTCATTWATTTTTTTAWATTCATTTA
TGCTCCACTTATGTTTTCTGTTTCCTGAGATAGTGGATTTCATGGCATAT
GTGTTATTCACAATGATACCCATTACTTTCATCCAAGAAGAAGAAGAAGC
ATATCTCAAATAAAATTCCCAAATTGGACTTGTTCGATAGCTTTGGATTA
TAACATTTTCTTTTGGAAGGATTGTTAATTAAACGAACCGGAAATTTAAT
GTTTTTAATTTATTTTTAGAATGCTTCTTTCTTTCTTAACATATGCCCTT
CCACACAATGATACCTTCCATCTAATTTTGTAACCCCCTTAATACAATAG
GCGGAAGTAAATAAAACCTAAACAGAGGCCCCTACACGCGAGTTTGTACA
AGTAACAAGACTTCATTATTATTATAACTATTATTTAACTCCCCCCCCCT
CCTGTTCATCCGTAATAATATTCTTCACTTCATGTTCTATAGCTTGACCT
ATACAGTTATTTCATTATTATTAAAAGGTTGCGAGAATTAGACTACAACT
ATCCTCTGTCGCATTCTCCAATTTTGAGATAGAAAGATAATGTACGACGT
GCGGGCAAACTTACATAGGATACCCAAAATTAATAAATATAAAGTGTGAA
CCATATTAATGAATATGTATAGTCCATGTTGCACTAAACACATTTTTTTT
TAAATATAATTATTTGTGATAAATATGTAATCTTTCAAATGTTTTATTCC
AGCTTCCCCCTAAAATTATTTTTTCTGATAAAAAAAAGTATAAAAAAGAA
ATATCATGACACTTAAAGCGCGCACTTGAAAAATAAATATTTTTATTGCA
TATCTCTTATGGCGTCCATCACATTACATGGTGCATTTCTATGGTTTGTA
CGGTTACACAGTGCCAGAACTCATAAAACAAACAATACATAATAAAGTTG
ATTGACTGACCTAACAATACTAAAAATCCTAGAATCATTTCATATCTGTC
ACTTTTTAATTTTTTTATTTATTTCTAGCATTAAGCTTTAAATTAACATG
GGCAGCCATCAAGAACGAAATTATATTTAATCCCAAGGAAACAATAAAGC
TAATTGTACCCGGAGTTCTCTATTCAATTCAAAACAATATCATTTTCATT
GCTCTTTCAAATCTTGATGCAGCTACGTTCCAAGTAATACTTTATTATCT
ATGAAATGAATAAATAATATTAATCCATGCATTTATCATAATGAATTAGA
TCACATATCAATTAAAAATCTTAACAACAAGCTTGATATCAATTTGGATC
CTTGGAACACATATAAATAAGACTAAATGGGTGGCTTTAATTACATTGAT
GGCTGGAGTTATATTAGTTCAAGTGTGTATCAGGGATTCTAAAATACAAT
GAGATTTAATCGAAAATGATAACTAATATTGAATCCATACTTTAGATATC
CCAGCATAAAATCAATGAAGAAAAGGCTACCGAATCAACGGAGGATTCAC
ATGAAAAATCCTGGCTCATTGGTCTAGGANNNNNNNNNCTTTAGACTATC
CTGTCTGGGGTAAATACTCCACCCTCCCCAATCTCCATACAAAGCCCCTT
TTTCTAGTTTGATGACGTCCTGAATATGMTGCTATGAGCAAAAATTTGTA
CTTTTTTAATAATATATTGTTTATCAGTAAAAATATCATGCAGCTTGTTT
ATTATCATTTAAGGGGTCTAAGATATGCTCAACACTTTACTGTTTCCCTG
CTTTGTCAAAGACTAGCGGTGGTACCCGGCATATTCCACATTAACTATGC
CTTAGCTAAAATACAATTTTTTAGGTTGTTTACAAATCATGAGTGTAACT
CTTTCTTTTTCATGAGCACACTCATTTGTAGTTATTCAATATTTAAATCA
ATTCATTTATGTCAACTGTTCAAGAATGAAAGAGCACTAATAAGACTTTG
AGAAAAAACATGATATTATTAGTTAGGAAGTATATTATTTTATGGAGCGC
TCATTGGCTGTGATTTCCTACTCACGCTCGTTGCTAAATCTAATTAGATT
TCATATTCAAACAGTCCTTCCTTTATATCTCCTCGTTGTTACATGCAACA
ATGTTAAGGCTTTCATCAAAAATCCCTATTTTTCACTAAAACATTCATAC
AGACCAAGGTTAATAGAAATACAAGGTTAGACCATCATGAAACCAGGCTT
GCTAGCATTCTCAATTTGATGTATCGTACCGACTGCTGGGCAAGACGGGC
AGATTTTGACAAAATACGCAACCACTCATAGTCTATGACGTACCTATTGC
AAGAATTTTCATTTAATGTCTCGAACCGACTGCTGGGCAAGAAAAACAGA
TTTTGACAACACACGCAACCACTCAACACTATGACATCAATATTAAAAAA
CGTGATGGAAGTCCAATATCAGTCGTACACGCGTTATAGTATAATCTTCT
GTTTCTATTAACCTGGATACAGACAAACTTTGATTTATTATTGATATAGA
TAATAATGTTCCTCCTTTTTGTTTAACAATTATCTCTTTAACATTTTTCT
ATTATCTTTGATTAATTCAGGGAACCCGCCTTTTATTTTTTCCAACTATG
TTTTTTTTAAATATCCTCTCACAATGTATAATGTAGAATAAAATTTATTT
ATTATTCGCTTCATTTAGCAATATTTTCGCTCACTTTTGGATTTGTTGGA
GTACTGATAGAAGAGGGAACAAACTTTTTTCGACCGGGGCATCAATTTAA
AAACTTTGATGCTATCGTCTGGGCAATAATATTAATACAAGGCACAGGAG
GKCTTACTGTAGCCGCTGTGGTCAAATATACAGATAATATTCAAAAAGGT
TTTGCCACATCCATCTCCATCATTATTTCCTCACTTACATCATATTTCCT
TCTCCAAGATTTGGTTATTGAAGAAAAATTTCTGATTGGTGGAGTTCTGG
TATTAATCTCTACCATTATTTACTCCATGTCTGGAACTAAACCTCCGAAA
GATACAGAAATTATTTCTAAATAA back to top
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