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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s143 | supercontig | LSalAtl2s143:890125..894304 + |
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 EMLSAP00000002336 >EMLSAP00000002336 ID=EMLSAP00000002336|Name=EMLSAP00000002336|organism=Lepeophtheirus salmonis|type=polypeptide|length=204bp
MSIEQMLGSNYSRSRVGKEMHMEGDYGLDACHDLDFPPLDXPAAYLDDMS
KNGTGPKINLAHGTTTLGFKYQGGTILAVDSRATSGQYIGSGEVKKIIEV
SDYLLATMAGGAADCTYWXRXLAMECRLYELRNHRRISVAAASKLLANMA
YNYKGTGLSMGAMIAGYDKRGPGLYYVDSEGSRTPGNLFSVGSGSVYAYV
KKNM back to topmRNA from alignment at LSalAtl2s143:890125..894304+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000002336-698183 ID=EMLSAT00000002336-698183|Name=EMLSAT00000002336|organism=Lepeophtheirus salmonis|type=mRNA|length=4180bp|location=Sequence derived from alignment at LSalAtl2s143:890125..894304+ (Lepeophtheirus salmonis)
GTAAAAGATTTGGATATGGGGAAATGTTACTCCCACCGAAACGACTTTTA
TCCGGATTTGACTGTATAATATGACTTTGATAGATGGATTTACCTTTAAG
TTTTCTGCCCCAAGTTTCTGTAAACGAACTCATATCGTTGATGCCCAAAG
TCTAGCTGTGAGAAGGAGAAGTAGAAGAAGGGGCTGAGATTATGGAATGT
TGATTATTATTTTAGTAGTTGTGAAGGTCGCTTCATATCCTGTGGTGATA
AGAGTGAAAAACAAGTGGTTAGATTTATCTCTGTTTCCCTCTCGATGATT
TTTACTTAAATATAACATCCAATAATTAATGTGTATAAAAGAGGTCTAAT
GAATATATATATAAAAATAAAAGATTGAATCTTTGTTATGAAAATACATG
AAATTACGTCTAGTCTTTCCTTTTTCCTCCCTGAGCAGCTTTGCTTTGCT
CCGTTCTACACTTACTTCTTAGTTATTTATTATTGAGAACTGATACGTTT
TTTTTAACAAAAACAATATCTGTCTTTACTCATCGTAATAATATTATATG
AGTAGTACACAAAGACAGACTCGCCATTTCCATTCCACTCACAAGTGACA
GAAGCTTTTGTTTTTTTGTAAGGTCGTCTCAAGAATAGTAGAATTCCCTT
TCATGAAAAGAGTAGGAACATCCAAGTAATAAAATATCATTTGCAAAAGT
AACATATAGGTAAATCGTTTTCTTTCCTTTTTTTTGCGTGAATTTTTCTG
CCAGAGCACCACTCTACCTTTTCCTCAATAAATATTATTATTTCCTTTAG
CGAAATTTGTATCCTTCTTTTTAATTGTTGCTCAGGCTTATTATATTCCG
TTATTTCATGACTTTGTTCTCTCTCTCTCCTTCCAATAAATAATATAATT
ATTTATTAGTAATAATATGCATAAAACACTTCTCCAGGCTTCCGACTTGA
CTCCTTGGGCTTCTTCCTATAATTATAATAATTAATAATGAACCAACGAC
GAATAATTAAACATGATACATCAATAACTAATAAGAGGATTGTGAAAAGG
GAAATCTTTAGTTAAGGTTCTTAAAAAGGCTCTAATTTATATAAGACAGA
ATTCGCATAAAAGGCTCTCTATTGTGAATTAAAGGATCTAGCTATTAACT
CCTAGTTGTGTTGGACTCGCATCTCATGACGTTATCGCTCATTCCCTTTT
ACATTATTTTAAACTTATAAATGTTCAGTCTAATTATTACTCGCTATTGT
TTCTGATTTTCTCTTATCATATTTCAAAAATTTAAAATCATGATGATAAT
AGTTAAGGAATAAATGATAGGCTCAGATTATTATTAAGCTAGCTATACAC
AAAGCATTGGCTGSCTCTTCCGTACGAATAATAATTTAACGTCAAATGAG
TCTCACAATAAAACTAAGGAGAGGCGAAAGTCAATGACTAAAGACACTAA
CTAGTAACTGCAGAAGTGAAATGAGTAGTGACAGAAGGGATACTACCTCA
TGACGTCATTGGAAGGGATTCCCACATAGCCACACGTTTGTTGTGTTCAC
TTCATAATCTACTACATTTTATGGCCTTTTTTTAAATAACACAACGCAAC
CTATATTCTCTTAACATTGACTATTTGACTTTGAAAAGACGGATATGTAG
AATCATTGTCGTTTTGCATCGATGGCCGGAGGTATAGTTTACTATGTAGT
TTTTTTAAATGGAATAGAGCGTTTTCACGTGAGCTCAGCATTTTTGATGT
CGGCCATTTTGGGGGCCTAAACAACCAAGTTTTATAATAATGAAACCCCT
TTTTTATTAGTATTATTGCCCATAAAAATGTTATCCTTCTATTCCCTAGT
TTTATTATATATCCAAACCTAAAGTGTATTAAAATTGTGTAATTACATCG
GTATACAATCTTATTTCAATGTTGCAGATAAAATTGAACTATTTTAATGT
AACAAATAAGATATTTTTTTTCTCTATTGATCCTATTTTTCTCATCCTTA
ATCGATCAAAAAACAGAAAAATAATATTACAAATCTAACCATTTTTAGAG
ATTTTCAGTGCATGTTACTTTGATTAATTCAAATATCAATGTGTAACATT
TGCATCATACAATATTCAATGCAGGTTTTAAGTCATTTTTGTATACTTCT
AAAGCAATTTAATGAAGTTACATTAGGATTTATAGGACATTTGTACGTTT
TACCCTGTATAAATATCAATTTTGAGCCCCCCAAGATGGCGTTTCCTTCA
ATTATGATGGAATTTAAGTATTTTGGTATTTTGATGTGTTATTTTGAGTA
GAATGATTGTAGAATTGCCCTGTTTATGTTAAAAGAGTCCATGGTCTGCT
TATATTTGTTTATTATTTAAGCTCATAGGCCGACCAGCAGCAGTAGGCCG
CAGCTGAATTTCAAGAAGAAAAAAAGGGGAAAAAAGACCGAAAAATCCCG
AGTCATTCTTATAGATAGAAAAATATTTCAATTTTTTTNGTATTATTCAT
CACTGAGGACAGAAATTAATTTTCTCTAAGATGTCGATCGAACAGATGCT
GGGATCCAACTATTCACGCTCTCGCGTGGGAAAAGAGATGCATATGGAGG
GAGACTATGGACTGGATGCCTGCCATGACTTGGATTTTCCTCCTCTGGAT
GYCGTGAGTCGGAGTATCCAATCTGAGTGACGAGTCCCTCAATTTTTTTT
TTCATGTTTTCAGCCCGCCGCGTATTTGGACGATATGAGTAAGAACGGGA
CAGGTCCCAAGATCAATTTAGCTCATGGCACGACGACTCTGGGCTTCAAA
TATCAAGGAGGAACGATTTTAGCCGTGGATTCTCGAGCCACCTCCGGCCA
ATATATCGGATCCGGTGAAGTGAAGAAGATAATCGAAGTGAGCGACTACT
TGTTGGCCACGATGGCTGGYGGSGCAGCAGACTGCACCTACTGGGYCAGA
GMATTGGCCATGGAGTGCCGCCTCTATGAGCTTCGAAATCACCGCCGTAT
CTCCGTGGCAGCCGCTTCCAAGCTCTTGGCCAACATGGCCTACAACTACA
AGGGAACAGGKCTCTCCATGGGAGCCATGATTGCCGGCTATGACAAGAGA
GGACCTGGCCTTTACTACGTGGACAGTGAAGGATCCAGAACTCCTGGAAA
TCTCTTCTCTGTAGGCTCTGGCTCTGTATATGCCTATGGTGTCTTGGACG
CGGACTATCGAGAGGAACTCACTGATGAAGAAGCCTATGAATTAGCTCGC
CGGGCTATTGCACATGCCACTTACAGAGACTCCGCTTCAGGAGGCATTGT
CAGAGGMACGTTTCTCTATTTAGTTTTGCGTGCATTCATTTGAGCCAGGT
TCTTTTCAGAGAGTGTCCCTTTAGCTACATTTTCTTATAATATATATTAC
AACATGCCACTAATTTAGTCCGATAAACTCGAAACTGCTCATTTTCTTGG
CAGTTTCGCTATCGTTAATTGTGTAGGTTCATGGGTACGTTAATTCATTC
ATTAGATTATTTTAATGCAAATGTCTATCTAATAAAGGGCAGGTGACCAA
GGAATCCGTCTAGGGCAGAGGTTCCCAACAAGAGAGGAATTATAAATATT
CGAGGGGGGGGGGGCAGATATTTGTCTTATTCTTAACATAAATTCTCCGA
AGACTTCTAGTGAAATAAAACTGAATACTATACGAAAAAAGCTCCCACCC
CCATGTAGATTTTTTTTAGCCTTTTAAGGTCATTAAGAACATAAACTCAA
TGATTTACTGTAACTTTAGGCTCAAATATCCAATCTTCAAAAACCAGTAG
ATCTCTAAGTAATAAAGAAACTATGATGGGATTAGCGTTTTTACAATTTT
GGTATTCCACTCATGACTAATCTGCAAATTTTCATAAGCGGATTAGCGGA
ATTTCCACCCCTGGTAAGTCTAATAATGATTCCATTCATTTTGTAATGTT
TATTATATGAAAATATCGCTGAAAAGAAGCTTGCTCTCATGAATGTCGCT
ACGATGACACTCGCTCAAATAAGCGGACACGATTTATTATGTGCATTAAT
TTAATTAATCTTGTGCCCTCTTTGTTTAGTGATGCATGTGACGAAGGAAG
GAAAGAAAATAATCTCCGAGCAAGACTGCATGGAGCTTCATTATAAATAT
CTTCCTCATTTAGTAAAGAAAAACATGTAA back to top
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