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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s18 | supercontig | LSalAtl2s18:1702295..1705985 - |
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 EMLSAP00000003472 >EMLSAP00000003472 ID=EMLSAP00000003472|Name=EMLSAP00000003472|organism=Lepeophtheirus salmonis|type=polypeptide|length=246bp
MWIRNVVIFVFFISFTHGEEHCEACNNEDCPPPNGCVAGLIDDRCGCCKI
CARSEGELCDLEAKFKYGQCGENLDCVKRKDGSNHEAICLCQVKDMVCGS
DGKTYSTICSLNEETIRRGEPDKYNPQLTIEHWGPCKEGPVIITPPKDVT
GPLGANLTLSCEVRGFPAPVISWKFVSVEEKTISLPSDDQGVSIQMRGGP
EPLMVTGYAQIASLDPSYTGVYXCXASNSEGXAYNFAQVGVYKNEF back to topmRNA from alignment at LSalAtl2s18:1702295..1705985- Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000003472-699319 ID=EMLSAT00000003472-699319|Name=EMLSAT00000003472|organism=Lepeophtheirus salmonis|type=mRNA|length=3691bp|location=Sequence derived from alignment at LSalAtl2s18:1702295..1705985- (Lepeophtheirus salmonis)
TTTATTCCGCAAAAACTTGGAACAAAGATGTGGATCAGAAACGTCGTTAT
CTTCGTTTTTTTCATATCTTTTACACATGGAGAGGAGCATTGTGAGGCTT
GCAACAACGAGGATTGTCCACCTCCAAACGGATGTGTTGCAGGTGAGTTC
CATAATCATTATTAATTATTTTCAAAGACAAATTGTTTGATATACTATGG
AGTTTGAGCAAAGTCCATGAGAAGTTTTTTTGTATGAAAAATGATTTATT
TTATTTATTTATACGTGATAACAGATTCATAATAATGTTTAGAAAATCAG
CTGGAATAAAAGATAGTTGGATAGTTTAATTATAATCACTGTTATTAGTA
AGGACAAAGTAATCAGAGTGTATGAAATGAATCATTAATAGATGATAAAT
TGTTTCACAATCTAGTACAACATATGTGACCCGACAACACAAACGCAAGC
TAGAATGATCTTTCTCAATATTGAGTACAGATTATATATCTTCTTTACTT
TATCTAATAGTAATCGTTCACTTCTATCGACAAATTAGTTCTTTAGAAGA
CCCCCAAATTGTACTTAGAGTAAATAAATTCATAGTCATACTGAAATAGT
TATACATTAATAGATGTTATGTATTTGAAAGGCGCATATCATGGACAAAT
TGCGTCTCTTACATCAAATGAAGATTCTAAACCTTTACTAACTTTCTTGG
GTATCTTAATTTCTCCCAGAAATTTGAATATAAAGGCGATAATTAATATA
AATATATATGAATAATTGGTTTATATTTATATATGACTATCAGAGGGTGT
CCCCGTTCCTGGGTTCAATAAAAACAAAGAATGAAGGTAGAAGAAGAGAG
AAGAAGAGGGTCGAGACAGAAAGAAGGAAAGAGATATAACTATATTTTTT
TATTTCGGTACAAAAAACGACTTTTAATGACCTCGGAGTACCCAAAAAAA
TATCATAGGAACATCTCTTATTATTTTATACGTCTACTTGCTAAATTTCA
GACTGATTTTTGCTAATGTTTTAGATTTCATGAGGGATTACATCAAAAAC
AGACTTATAAATTTTATATCAGATGTAAAAAAAAAAGAGCATTTTCCCTT
GATTCCCATTTTCCACCACAATTATCTATTATCTGCAATGATTAGTTCTA
TTTAATAAATTATTCTTTAAATAATAAAAAGGTTTGATTGATGATCGATG
TGGATGTTGTAAAATTTGCGCACGATCAGAGGGAGAGCTTTGTGACTTGG
AAGCTAAATTTAAATATGGTCAATGCGGTGAAAATTTGGATTGTGTGAAA
CGAAAGGATGGAAGTAATCATGAAGTAAGCTATAATTGATTATTTACACC
TATAATATAATGCTCCAAAAAAGCAATGGATGCCAAATAAAAATATAATA
ATTAAACACATCATTCAATAGATTAATTATATAACAAACTTAAATACATA
TAAATTCGAACNTAAAATAACAAAAAACATTTGCTCTTTTCTTCAAACTC
AAGATGACTAATGGCCTGATATTAAGCAAATACATACATCTTGTATCTAT
CATTTCTCACTACTCCTTTATATAAACAAGATGTACTGCTATTTTTTCCA
TGTTTGGGCGTGTTAATCAATTAATTATTTATTTACTCCTCAAAATGCCA
ATAAAAAAATTATTATTTATTTACATATATTTGATTCAAGCTTTTTTTCC
ATCTTTCTTTAATAAAATTAGGCCATATGCCTTTGTCAAGTTAAGGACAT
GGTTTGTGGCTCSGACGGAAAAACATATTCAACCATTTGCTCCCTTAATG
AAGAAACCATTCGTCGTGGAGAGCCTGACAAATATAATCCTCAACTTACA
ATTGAGCACTGGGGTCCATGTAAAGAAGGCCCTGTCATAATAACTCCTCC
AAAGGATGTAACTGGCCCACTAGGAGCTAATTTGACTCTCTCATGTGAAG
TAAGAGGGTTTCCTGCTCCAGTCATTTCATGGAAATTTGTTTCAGTCGAG
GAAAAGACTATATCTTTGCCAAGTGAGTTACTAACTAATTTAACGGGGCA
GGATTTAGATTATGAATCTTTTGTAATACTGTGACAAGTACGTAAAGTAT
CACTAATTTATCAGTGTTGACTTTAAAAAAATGGATTCAAATATGTACTC
AATACCCAGCCGCCCTCTACATTGTTCTTTTCTTAGAATGAGACACTTGA
AATTGTTTTTAAATAATCATTTTAAAATTGTGTAAGTGTGAATTTATATA
TTTGAATTTCCGACTACTTTAATCAAAGTAAGTAGTCCATAAGTCACAGA
AATATCCATAAATTTGTTTGAAAAGTAACAGTTTAATTTAATGATTGTTT
TCATTGGAGGATATTGTCTATCCCTAGGGTTGCTCCTCTTCTAGAGAAAA
ATACATTTTTATGATTAGAAAAACAAAAAGAGCTGATAACTTATTGTTAT
TTTTGAAATGATGATCACTCTTTCATATTTCTATTTTTATTTATTTTTTT
GTCAAAATGGTCAAAGACACACAAGCTATGCCTGGTTGCATAGTCTTCTT
GATGCTATCCAGAGATGGCCTGGAAAAAATCAAAAAATAAAAATAAATAG
TATTTACTTTTCAGCAAAAGCTTAAGACCATAAAGAAATGTAGTAGTGAT
TGTTCAGAGTGGAGAAGGAAGAAGCTCACTTTTCACTCACTTGTTTTTGA
TTCTTTTTAACTACCAACATAATATCTTTAGTTATTAACTACGTCATTTC
AGCTCTTGAATATCTTAACCTCTTACAAAGAGACAAGATACCTGAAGGTT
AGTGTCGATCGGTCTAAAAAAACTAAAACGACTGCAATCCTATCAGTCTG
GTCCTAATAAAATTTGTCAGTCCAAGGATTGGTCCTTATGAGTCTTTTAT
AGAAACTACAAAAGCTGAAATGACATAGTTACTACTAACTATGCCATTTG
AGTTGCTAAAGTTTCATCATAACTTCTTTTAAAGAGACGTTATACCTGTA
GGGGATGTGTTACTAGAATGCATTATTATACATTCAAGCTATCATTCATT
ATTTGCTTTGTTCTTATATTCTTCAATCTTAGCTATGAGTTAACAAAATA
AAAAGTTAGCTAGGACGACCGACTAATTGGTCTTAAGAACCGTTGAATGG
TTAAAAAGATAGAACTGATAAAAAAGACTGTAAGGGGGGGGGGATGATTA
GGAAATCCTTCCTAGGACCGATCCAATACAAAGGTGCGGCTTGGGCTTAA
TTTTTTCTCTCTTACAAATTCCTACTCCCGATTCAGTTTTAAGAGAATTT
GCTCTGGATGTTTAGGACTTGAACGTAACAAAATGATGGCCCCAAAAATT
GGATGCATTTTTAATAATACATAGATTACCGTACTTTAAATTTCCCTCAA
ATCCTGCTCACATAAACTGACCTTGTGCCCTTATGAAACGTGTACCATCA
TTAATTCCACCTGATTATACAACTTAATATACTTATAATTTCTATTTTAT
TATTTTTAGGTGATGACCAAGGAGTATCAATTCAAATGCGTGGAGGTCCT
GAACCCCTCATGGTAACGGGCTATGCTCAAATTGCATCTCTAGAYCCCAG
TTACACAGGAGTGTATCWTTGCWTTGCTTCCAATTCTGAAGGAMAAGCCT
ATAACTTTGCGCAAGTTGGTGTCTACAAGAATGAGTTTTAA back to top
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