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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s1081 | supercontig | LSalAtl2s1081:140556..145971 + |
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 EMLSAP00000000520 >EMLSAP00000000520 ID=EMLSAP00000000520|Name=EMLSAP00000000520|organism=Lepeophtheirus salmonis|type=polypeptide|length=106bp
MSNQSKGLVDIRQELSELVKRRAEIADTLAQLERQIYAFEGSYLEDTHLY
GNIIRGWDRYLTGGGSNSNKTSSKIENKRNRKFKESERLFSKSSITSIAI
VSGFYY back to topmRNA from alignment at LSalAtl2s1081:140556..145971+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000520-696367 ID=EMLSAT00000000520-696367|Name=EMLSAT00000000520|organism=Lepeophtheirus salmonis|type=mRNA|length=5416bp|location=Sequence derived from alignment at LSalAtl2s1081:140556..145971+ (Lepeophtheirus salmonis)
GTCACAACAAACAGTACAGGGAGAGAAAATTTATTATTTAAAGTTTACGC
AATAGTTAAAAATAACGCAGTTTTTTACCCGAATTTTCATTTTATATAGT
ATATTAATTAAATACTCAACTCTTCCATTTGCAAATATGAGCAATCAATC
CAAAGGCCTAGTGGACATTCGACAAGAGTTGAGTGAGCTTGTCAAACGGA
GAGCAGAAATAGCTGATACTCTTGCACAGTTAGAACGTCAAATCTACGCA
TTCGAGGGCTCATATCTGGAAGACACCCATTTGTATGGAAATATCATCCG
GGGTTGGGATCGATATCTCACGGGTGGGGGTAGTAATAGTAATAAAACCT
CTTCAAAGATTGAAAATAAAAGAAATCGGAAGTTTAAGGAGAGCGAACGA
CTCTTTTCGAAGTCATCCATCACTTCCATAGCTGTAAGTTCAAGTTATGT
CCTGGAGTTATTAGTAGATAAAGCTCTCATTTCACGAGATAATTACGTAT
TAATTGACAAATGTTTATAGAACGTTGCACTGACGTCATAATTTGTAATA
TACTTGAAGGAAACTCAATTTTGGGGCTCAAAGTTTATATTTTTTCTATA
TAAAATACACAAATTCCAAATTATTCTTGATTAAACTCCATCAAATTGCT
TTATAAATAAAAATGACTTCACATCTGTTTACTGTATACAACATGAAGCA
AGTGATAATCACTGTTATTTGAATATAATCAAAGTAATATGTATTGTAAA
TCCCTCTAAAATATCTAAATTTGTACTTTTTTGTTGTTGATTGATTAAGG
ATGAGAAAAGTAGCATAATTGGAGAAAAATATCTTATTATTTCCATTGAA
ATAGTTAATTGATTGTCTATACTATGGAAATAAGATTGTATAACGATGTA
ATAATATATTTTAGGGTCATCTATATAATAAAAATAGGCATTAAAGGGAT
AAAATGTTCATAGACAGTAAGGTTGAAGTCCATTTATTTGATGTTCCCAT
TTCGACATCTAATATTTCAATATTTTCCTTAATATTAATGAAAGAAGGGA
GTTCATTATTATAAGACTTGGTTGTTTCGGCCCCCAAAATGGCCAACTTC
AGAGATGTTGATATCATGTGAAAACGATCTATTGTACATGGTTCCACATC
GGTAGATCTTCGATATTATTATTATTTATGTTCTAAATAAAATATATCTT
TGAGTATTCAGTACATGTTTTGACTATAATTATAAACTTATTTATCCATA
AATATGAACGTACAAGGACTTTAGAAATATTACCATAATAAGAAAAAATT
TGGAATCAAAATAATAATATATCACTTTACCGGCTATATTATTTCAAATA
TGTATATAAAAAAACTCAAGATTTTCTTTGATTGAGTGTCTTAAATACAA
CACATTGTATGATATAATGTTTGATAAACAAAAATTACATATATAGTCTG
TTCAGAGACTCAAACAATTTAATTTTTATAAAGATATAATTTTCTTTATA
AAAGAAATGATTTACAATCGAAAGAATAATATATTTTTCTCTCATTATCC
TACTTTTCTTGTCCCTAATCGATGATGAGTATTTATTTATTTTTGTACAA
ATCAAGACATTTTTAGAGATGTTTAGTACATATTACTTTAATTTAGTATA
AATATCAGTGTTTATCATTGGCATTAACTAGTATTCAATACAAGTATAGA
GTCTTTCTTCATTGTTAAATTCATTTGATGGAGATTTAATAAAGATTTAT
TGACAAAATTGTCCATTTGATGTAGTAAAAATATGAACTTTGAGGCCCTA
AGGTAGCGTCTCCTTTAATTATGATCCAATTTATGACTTCCGTGAAAATG
CATTATAAGGCTAAACATATATTGAAACCCTTAAGTATATTTATATTTCT
AATTTATTTGAGCGGTTTTGTCTTAATACTTTTGTAAATTATGCAGTCGT
ATCCGAAATGATTACATATTACATAATGATATCTCAGCCCTAAACAAAAA
AAAATTGTCCGATAAACATATTTTATTTTAACAGTACTCTGTAACTGCAG
TAGTAATTAAATAATTTTATTGTGAAACATTGGTTCTACACTGATTGTGT
AAACTGATTATGTAGAGTCTCTTAGGAAAACTTATCGTAGACCACACTGT
ATTTTATATAATCATACTTGTGTTTTTATTATTATATTTAACATATATTT
TTTTTGCATTTATTTGGCTGCCAAATCAAATTTTAAATGGGTTATCACCT
ATTCTGGATCAATACTCACTTCTTTTATTATTTCCTTTCTGAATCATGAT
GATCTTCTCTATTATTGTCACATGGTAGGCATTTTTGGAATTCGTTCATC
AATTTTTCGTTCAAAATCTCCGTGCATCTTTGCTTTCCCTTTCTGATCTA
ACATGTTATCACTACAAAAAGAAATAGTTCCACTTACTCACAGCATACTG
ATACGATTTATGAAAAAAATTACTAAACATATCTTTTTGTTCTAAACAAA
ATGGCATTGCATCATATCTTGTTATTAAGTAATTAGATACATGTATTATG
TTTTGCCTGAGGAAAAAATATTTCCTTAATAGATTTCTTATAAAACATGT
TATCATCAATGAAGCTCTTATATTTGAAATTTTGGATAGCCAAGAACTTT
TTAAATTCCAGATAAGCCCTATTATAGAATAAATCTAAGAAGAGATTTTA
GTTTCAATTATATTATTCAAATGATCACATCATGTCATCAACCCATGACA
TAGCAAGTAGGAAAGTAGATTTTTGGATGAAAAACATAACTGAAAAGCTA
TCAGTTAGCGTAACGAAACTTATTAAATTTTAATTTTGTTGTGGAAAAAA
AAGTATATAATGTAAATCCTATTTTATTACCTCCACCAACGAGGTTGAAC
GGAGGTTAGGTTTTTGCCTTTGTTTGTTAAGTCACCAGGATTACGGGAAA
AGTTAGAAATCGATTATGCTTAAACTTGATACGAAGATTATATATGATCA
CAGTAAGAGACCATTACATTTTGAGAGATCAAGGTAGCAAAAAATGTTTA
AAATGCATAATCGACCATAATTTTGGAACAAATTAAAATACATAATTCAA
TTTTTATTTTAAGCGGAGGTTTTGCGCTCAACCAAGTGTCCATTCTTGTC
TTAATAATTGAGATGATTGAGTTGTAACGTGATCTAACATCTTACATTTT
TTCTTTCTAGGCTGTGAGTGGAATTCCGGACTCCCATGGTGACAAAGATA
GTAGAAGTGATGAAAGTGACTCACAGATAAATAGTGACTCTGATGATAAT
GTCAATGATAGCAAGGCTTCCGTCACCAGGAAGAAAGTTCCAATAAAAAG
CAAGGCATCGATGATATACATAAATAANNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNTTATTATATATTTACATAATTTCATACTTTATGC
TGATTGTCAAACCATGTTTGGTTTTTTCTTATTGGATATATCTGATTGAC
CTTTGTCATCCCTGCTAAATTTTGCTGTTATTATTATAAATAATATAATT
ATATAATAAAAGATGGGGATAGTCAAAGAAAAAAGTTTTTTTTTAACTTC
AATACTCATATTAATGAATCATCACACTTGCTCACAACATAGTCGCATCC
ATCTTTATTTCATTAGGACTCCAAACGCTTTAGGAATCTTAGAGTCTATA
CAAGTACAAAATATTGTTCTGCTGTTTCTTAGTTTGGTTCGACACCCAGT
GCCAATTTTAAGAAGGTATACAGACGAGTGATTGAGCCCTGTATCCTTAA
GATACCATTTACATGAACTGCTACAATGAAAAAACACTACACATCTTATA
TATTGATCGGCCTACATGTTCTAAAGCCGGTACTGCTCACTGTAGGTCCT
TGGTTCTCAAACTGTGGTACGCGAGTTCTTGTGTACTTGGAGTAAAAAAA
AGTAACAAAGAAGTTAAGCCTTCTCTATTGTATATTCCATTTGGTCAGAA
TTGTGGCAACCTCGATTACATGATGGTCTAACCTTGTATATCTATTAACC
TTAGTACATTGACATTTGATATTTTATAGGTGGTTACATTGTAAAAAGTT
TGAGGAACACGGATCTACTAGGTATATTGGCCTTTGAAATGAGGCTTTCG
GGTATTGGTCCCTAGGTGTCGCCAGTTAGACATTATAAACCGGTTCAAAA
ATCTAAATGCTTATTTCGACGTGTTTCAACAATATTTAATTCATTTTTTG
TATAGTTTCATTTATCAATGCAATTTTTTCGCTCGTAAAAAAGACTAATT
TTGTACCTACAAACTGCGAGGTGCGGACATCATTGATTTATTTTTACCAA
TGGAGAAAAACATTTCTCAAGCCTATCAAATGCTTGTAGAGCGTACGTTG
GACATGCTCTAGGTAGATCATAGTGCTTCAGGGGGTTTGGAAAATTCCAA
AGCGGTGATTTTGACGTGAGAAATGAAGAGTGCGACCGGCCACCGAAAAA
GTTTGAAGACGCCGAATTGTAAGTGGTGTCATATAGTTTGACCTCCTACA
ACCCAATTTAACCGTTAATGGTGATCTCTACTAAGAACAATTGACCGATT
TGAACCAAGCTATACCCCAAAAACGCCCAAAATATGAAGCCAGGCAACAC
AAGGTAAATTTCCATGATGACAACGCATCATCGCATCGCTTTATAGCCAC
CCACCAGCTTGTTGAATCGTACAACTGGGAGCCTCTTTGTCATGTGGCAT
ACTCACCTGGTGCATTCTGATTACCACTTGTTTGCATCGATGTGTCGCAC
ACTCAATGATTTTCGCTTTGATTCTCCAAAAATGGATCGATGGCTTTTGT
ACAGTCAAAGACGAACAAGTTTTTTGGAAAGGCATCCATAAATTGCCTAA
AAAATAGGGAAAATGTGTGACTAGCGAAGGTGCATACTTTGAAAATTAAA
TTTGAAAACATTTTTTCACAATAAACGTTCAATTTAAAAAAAAAGTCTCA
TTTCATAGGCGCATATCCGGAGAAGTTATTTATCTCGAATTATATAGTGA
ACCAAAATGACTGACTCAAAAAAAAAAAGTTCTGATATCCCTTTTTGTTT
TTAAGTATTGTTGAAACAATTTTAAAGCTTCGGGTGTCTTTATCAGATAA
TTTTGTTTCAATTCCTTGAAACTCAAATAAATTTTTTTTTGGATGTTAGA
AAATATTTATTTATTCTGAAAAAATAATTATTTGTCTAAGATTGAGTTTT
GCCAATATTAGTAATATAGACAGTCTTGGTAATTGGTTATACCAGACTGT
TTAAGACCGTCAGGGCTATAAAGTAACATTATTATTACTTTATAGATAGT
TAGTGGCTTTTATTAT back to top
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