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Associated RNAi Experiments
Alignments
The following features are aligned
Aligned Feature | Feature Type | Alignment Location |
LSalAtl2s1214 | supercontig | LSalAtl2s1214:28727..33366 + |
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 EMLSAP00000001288 >EMLSAP00000001288 ID=EMLSAP00000001288|Name=EMLSAP00000001288|organism=Lepeophtheirus salmonis|type=polypeptide|length=87bp
MKCSLIGSILILLGFVLSTQAYQLIAQYDSYPWTKCSPFEASKKNCPVGE ACLKLKSFSTGYAWNWAMRCQSREEYIQQEDKYFYAG back to topmRNA from alignment at LSalAtl2s1214:28727..33366+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000001288-697135 ID=EMLSAT00000001288-697135|Name=EMLSAT00000001288|organism=Lepeophtheirus salmonis|type=mRNA|length=4640bp|location=Sequence derived from alignment at LSalAtl2s1214:28727..33366+ (Lepeophtheirus salmonis) AAGTAACTACATATAGTTCGCAAATAAATTATGAAATATGAGAAGGACCC
ATGAGATGGTATATTAATAATTAGGGTGGATCAAAATATGTTACGTCAGT
GGAGTCAAAGGTTTGGTTTGTGTTATCTTCGTATATCATCCTTCTTATAA
TGTTACACTTACGTAGCTCTATCATAGGTATATTAATATATAGATACCTT
AAATTTTCAAGCAACTCAGGTATATAAGGTATGTAGCAATGTAAACAAGG
AGTCAAAGAAAAGGAGGGGAGAAAAAATTCAGGCATAGCCTTTAAGATAT
GATAGAATAAAGAACTGGAATTGAAAATGAAGTGTTCCTTGATAGGTTCA
ATTTTGATATTGCTAGGCTTTGTCTTGTCTACTCAAGGTAAGTTAATCGA
AATAACTATTTATAAACATTAGAAAAATCTGTATATTTGCTTACTTAAAA
AAAAAACATTTGTTCTCATAATAATATCAATCAATTAGTTGATAATAAAA
GGGATTATAGTAGATTGTACTATCATTGTACACAATATATAGTTAATTGT
ACTTCAGCTATACAACTCAGAGCTCCTTTTTTCTTGCATGATTCAATTCT
TAACAGCCTATCAACTCATTGCTCAGTACGACTCCTACCCTTGGACTAAA
TGCTCTCCCTTTGAAGCTTCCAAGAAGAATTGTCCCGTTGGAGAGGCATG
CCTAAAGTTAAAATCATTTAGCACCGGCTATGCCTGGAATTGGGCGATGA
GATGTAAGTCCAGTAGTTTTTCTCCGCCAATAGTCAACTCAGACGTCAAT
AATATACATATTTTATATTTTTTTCTTTTCAGGTCAAAGTAGAGAGGAAT
ATATTCAACAGGAGGATAAATACTTTTATGCCGGATAGGAAGACATAATC
TTATCGAAAGTAACATAACACCACCTAATTACGTATATATATGTATATGT
ATTAAATTCAGAAGAAGAAACAAAATTAATGCCACATTTATTATCTGTAT
ATGATGAATAAAATGATAAATGTCAATATAACAATCTGATACTATCTTAA
CATTCAAATATGGGGGATTTTGTAGGAGTGGGATAAGGGATAATGACTTC
TCCCTTTTTACAATGTTTGAAAATAATTCTTACATACATCAAATAACTAA
TTTGTTCTACAAATACATAGATATAGATTAATTAATTGTGTAATATTAAT
AGCTCTTTTGGTTTTCCATAGTGCTAAGGGAATTAAAGGCAAATAACCCT
GCCTGGTTATGCATATCTATGAGAGAAGGGCCCATCAAAAGGTTTAAAAT
ACGTAAAATMCCTCMCCCTGGTCCAGCCGTTTTAATATTATGTATGCAAT
AAAAAATGGGACTAAGTAATTGCCGAAAAAAAAGTTAAACATCATTGGGT
ACTACGAATGTGTATTGTAGTTTCCGTTTCCTTTTAATAGTTTTTTTTTT
AAGTTGTAAAAATTGTCCCTTGATTGGTTAATTCTTAGTTGGTTAGACAC
ACATACATAATAACATGTAATCTTGAATTTCACTGTCGTATCACATTACA
TTTGACTCTTCTTGTGCAACAACAGGATGTACAAAATTTGTATAAATAAG
AGCTCCAATAACAATTGTATTATTATTATTCCCATAACATCATCATCATT
AGTACTATGTGACATATTCCTTACAAAAATTATATTTTCAATGTATGAAT
ATATACCTATATAATTATAGGTATACGTATAGTATTGCTCATCTACGATT
AATCCCTAATGTATGCACGTATACTCAAAAGTCATCCACTTTTGCTTTTG
GAATTAGCACGTCTTTATTTCTGATTGGGTTGGATTCGTGTACATAATAA
ATATATATACCTTGGTTTGATTGATAAAGGGCATTTGAAGGGTAGGACTT
TACAAATACATACTACATATAATTATCTATACATTTTTTTGATAGGGCAT
TGTGGCATCCTACAAATAACTATATAACTATTATTAATAATAAAAAGAGA
TTGTCCAAGATTCTATTTTGTCATACATCATCTTACTACTAATTGTTGTG
TCAATCGATCCCTCCTGGATTGTACCTATGCATACTGCATAGGAGAAAAA
ATGATTTAATAAGTGCTTTGCAATATTTTAGAAGAAAAAAACGACATTAA
GACACAAAAATCAAATTTAAAAAACTGGTAGTTACTACCAATGCAATGCA
ATGTATTAGCTTCATGCTTCGTTTTTTGTATTTTTTTAAAGACAGACCTG
AACTATTTATCTATAAAATATATTATATMCTCTTTGGAAGCCTATCAAGC
TGCGATGTATGTATGTAAGGGATTCGTTGTTAGAATACAATACAAGTATG
ATTACACATTAGATCTATTACAGAATTCGTATGACACAAACATTTGTGAA
TTTCGTTTGATATTATAATTGAAATTTTTTGTTTGTCGAAAAAAAAAAGT
TTTCTCACAATTATTAGAGTTAAAGATATTTAATAATTATTTCGATTTTT
TCTTCTTCTCCTTTTGAAAAGATTTAATCATAATTTTTATGTTATAATAA
TAAAAATATAACTCAATAAAYGGGTCATCATCGACTAATTGTTACATGTA
ACATGACACCATCTTGACCCGACATCGTCACAAAAAAATTTAAAAAATGA
AACAACTAAAAATATATAAAAATGACAATAAAAGGGGGATGGATGGGTGG
GTGGGTGGGAGTCTTGGGATTATTGAAACTCTGTCATTATTATTATTAGA
TTTCGTCATAAATTAAGTCCATGTATTGTTTATATTTCTTGAATAGTGTT
TCTTTAAACCAGCACACTCTTCTTATCTAACATCGGAGATAGCTGCCTTA
GATCCAAATATTCTAACAATTTGTTCTTCATAATCTGGTATGTTTTTCTC
CATTAGTTCCAAACAGGGACCCAACAAGCGTTCAAAAGCCTTCACGTCCA
AAACTATTTTGTTGTTTTAATAGAATGAAAATAAATTATTTGAATGAATA
GGTATTTATTTATGGGCAACCTACATGCAAGACGAACATTTCCTTCAGCT
TTTACAGTAGCTGCTCGTGGCTTGTGCGTAACTAAAGCCAATTCACCGAA
GTATTCGCCTTTTTCTTGATTTTTTATCTACAAATACAAAAAATAATTAA
TTCATAAAAAACATGACAGGAAAAACATTTGTAGGACTTACAAATTTTTC
TTGGTCATTATTCATCATGGATATTGACACCCGTCCATCTTCTATAAAGT
ACATGCCGTCAGCTACATTTCCCTGTTTGACAATGATTTCTCCAGAATCA
AATGAGCGGGATACAAGAGCATCAGCCAAGTTCATCCTTTCATAAGGCTA
TAATATACAATAGGATATGATATTAGACCTAGAGGAGGGGTTTGTTAAAT
ATTTGAAATATCTCACCGATAGAGTAGATAGCAAAGGAACACTCTCCAAT
AGTTTCTCATACATTTGTCTCTTTTGAAAAGCGTTCCTTAAAACAATTTT
ACGAAAAGTTGAGCGATCCATGGCCCAGAGTAGACCATCAGTTACGGCCT
TGATTGTAGCAGCTCTAGGCATGTTGTACATTAGAGCTAATTCTCCAAAA
CTTCCTGTATTATCGTAGTTTCCAATGGCTTTATCACCTGAGGAATCCCC
TGTTTTGACATAGATATCATAGATGCCGCTGAAATGGGATAAATATTACA
ATATATATATTTTTTATGCATTACTTTGATTGAAAAAGTATAAAGGAATT
TGGCAGATGAGTTAAAGAGTAAATTTATAATTTGTATTTGAAGGGACAGT
CAAGGATAATTTTAATATTTTAATCTTTCTTTTTGATCTACATCAGGGAT
TGTGGTTCTCACTCCATAAGAATCTAACCAACCTACTTAAATGATTTTTA
CATTCAATTTTAAATCCTTTAATTTTGACCAATCATTATTGTAATATTAA
CTGGTCAAAATCAAACGATTTAAAACTTCGAATACCAAACTGCTCTAATA
CTTGCCTGTTTTCAGCGTTTCACCGCACTAAGGGGTCAATAAATATATTT
TTCAAATTTAGAATTGTCAAAAAATAGGAAACCTGATTTAAGAAGTCATC
TGCGGTTGTTTTTTCAGTTACCCTTGCCTGACACTGCTTAGTACAGATTT
GACTGTATTTCTTAGAGATGGACATTCGAATTTTCTAAAGTAATGCAGAA
TACTAATGAATTAATAATCATATCTATAAAAAGTTGAAGGTCATTACATG
AAAAAGTAATTGAAAAAATCAGTTATTTCATAATATGTATATAAGTATGA
CGAGAATTTAACACGGTCAGCACGCGAAAGAATCATTTTTTCACTCCTTT
AAAATGTATCTAGTTTTTTTTTTTAGATAGGCACTGACACTTATCAGTTA
TCACAAGTACATAGATAGGGGAAGGCCGAGGATTCTTCAGTACCCAACTC
TGGCGAACAAACGTGCCTGTTGTAAAGCATAATTATATAAAATAATATAG
AAGAATAAAAAATACACAGAAATTGAATCACATGTTGCAACTGAGCGTTA
GAATATCTTGAATTTTTCCTCAATGAGTGATTTTTTTAAATTTTGATAGT
AAAATAATCAATAATTCAAATGATAAAAGTTACAACAAAA back to top
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