Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s1003 | supercontig | LSalAtl2s1003:209319..213491 + |
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 EMLSAP00000000007 >EMLSAP00000000007 ID=EMLSAP00000000007|Name=EMLSAP00000000007|organism=Lepeophtheirus salmonis|type=polypeptide|length=261bp
MMMMQNLAKAAGNGSLSRATSQAVPSLTGSSVTHHSAPISESIPQATSGC
MTSFSMNQATTWNIRCLHSDVQVPDFSFYRRSATKDPTSVNDKNAANRKT
FNYVVSGSTAIVGIYAGKXIVSKFINSMNPAADVLALAKIEIKISDIPEG
KNMIFKWRGKPVFVRHRTSQEIEIENNVDVASLRHPEVDSERCQDEKWLV
VVGVCXHLGCVPIANAGEFGGYYCPCHGSHYDASGRIRKGPAPLNLEVPT
YEFKEDILVVG back to topmRNA from alignment at LSalAtl2s1003:209319..213491+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000007-695854 ID=EMLSAT00000000007-695854|Name=EMLSAT00000000007|organism=Lepeophtheirus salmonis|type=mRNA|length=4173bp|location=Sequence derived from alignment at LSalAtl2s1003:209319..213491+ (Lepeophtheirus salmonis)
GTCGTTCCCTTATGAACCACTGTCGCAAATCAGCTGCTTCTCTTCATCCA
TCTTCGTAATTACAAAGTGACTTACTAATCAGACTTCATCCTTTGAAAGA
TTCACGATGATGATGATGCAAAACTTGGCCAAGGCTGCAGGTAATGGATC
TTTATCCAGAGCTACATCCCAAGCTGTKCCTTCACTCACGGGATCCTCCG
TTACTCACCATTCAGCCCCCATCTCCGAGTCTATTCCTCGTAAGATCCAT
CAAATACAATTTATTTGTATCTTTTTGTGTATAATTTATTTTATTTGTTT
TTCAGAGGCAACCAGTGGTTGCATGACTTCATTTTCTATGAACCAAGCTA
CGACGTGGAAGTACGGAATGACGAATATTTCTTCGGGTCTTGGTGGTAAG
TTAACATTTAGGGATGCAGCAGGCAGGCAATTCCATAGGCAGCCTTTGCA
TTATATCTCACGTCATATATTCCATCATAATTGAAGGAGACACATCTTGG
GAGCTCAAATTTGATATTTTTTACGTCATAAAATACTCAAATTTCTCTAT
AAATCTTCATGAAACATCATCAAATGTCTTTAAAAAAAAAAATGACTGAG
CAACCGCATTGAATACTACTTGATGTCAGTGATATTTGATTTAAATCTAA
GAAYTATGTACTGAAAATCCTTTAAAATGTAGCCATTTTTACGAATTTTG
GTTCCCTTTTGATCGATTAGGGACGAGAAAAGTAGACATAGCCTCATATT
AAAACAATTAACAACATTAATAAGTTAATGATATGTAATGAATTACATGT
TTTGATTACTAATTGCGCAACATTTCCTTTTCTAAATTATTTCTTGATTA
ATTGTTTCCCAGCAATGTATCGAATATTTTCACTGATGTCATTAATTGCA
TCATAATTGAGGAAGACGCATTTTGTGGGCTTAAATTTCATATTTTTACA
ACATAAAATGGACGAATTTGCAATAGATCTTCATGCAACATCATCAAATG
CCTTTAAGAATAAAAAAGACTTAACAAATTCAAGGAATACTACTTGATGC
CCATTGAGAAACAGTGATATTTAAATATAATCAAAGTAATATGTACTAAA
AATCCCTAAAAGTGGATAGATTTGTACAATTTTTGTTATGTTTTGGACCG
ATTAGGGATGAGAAAAAGTCGGATAAAAAGATTGTATAACGATGTACTAA
AATATTTTAATATATTTTATTTAAGATTTATTTGAAGATTTGACCCTGGT
TTCGCTACTAAAAGTGTGAAAAAAATATTTAGGTTAGAAAATGAGCATTG
AGAATTAAGTCTTTTCTGGGGTAAAAATGTCTGCAAATTATGATTTTTTT
AAAGTTTGAATCCTGTATTTTTTGTCGTTTAGCCAAGAAATCTGAATTTG
TGACTAATTTTACCTTAAAATGACTACTTTTGCGTGATTTTTTTTTTAAA
TCCCAATTTCGTAGACATATGGAATCAACAATGTACATTTAAAGGAACAT
TATTTATGTTAAAATGACAGATAATGTCAAGGACTTCATAATAAATTTGT
CTGTTCAGTTGTTTCTTCCATAACTTTTGTGCATTGACCGTTTAAAGAAT
ATGTCTCAAGTGACAAACGGGAATCATAAGTTGACACTTTTCCATAAATG
CCTTGCATTAGTTAGCCAAATCTATTAATAAGAAAGGCCTAGAGGCTTGA
TTTACCTATCATTTTATTGGTAATTTAATAAGCTTTAAATTGATAGCTAA
TTGATACTATTTCTTATGGAAAAACATTTAAAAAATATTAGCCTTACTCC
TTTATTTTATTGACGTGTGAAAAAATATCCCCTCATTAAAATGGATAGTA
CATAAAACGTTTGGAGCTATATACTTGAAAATTTTATCGTTGTTACTTAA
AATAGTATCATTTAGGCTTTGTCTAATTATTTCTTAGTAGGTGTAGTGTT
CCCGAAATTTTAACTTCACGTGTTACGCATTTAAAATTTTGTGCAAAATT
TCACATTACGAGAGGCCGTGACAAAAATTAGGAATGAGTGATATTCGTTA
AAAGTTAATCAATTATGCCCAGGATATACTTCTAATGAAAATGATACCCA
AAGTCAAAGTAATTGTCATTTCTGATTATTTATTTTATTTTACGAAGCAA
CAGAAACTCGAATTTTGAACAAAATATCCATGTTTCGGAATGCGTTATAT
TGCGTAATCAAATGACCAGTAGTTACTTGATATTGACTAAATCAAGGTCC
AGTTTGTCACAATAAGACTAATGGTTCTCAAAACTACAGATGTTTAATTA
TTTGATTTATTTGTAGAACTTCAAAATGCTAAAGAGATATTTTTATTTTG
TCAGTTTAGACATACCTTTACAAAAATAAAATATCTAAATAAACATTAAA
TATTTTCTATTTTTGACTTCAGATTTGAATTTACATAAAAATATGGATTA
GAAAACATGTATTACTTAAAAAGATTTCGAAACTTGATAATTTCCCAATT
TTGGCAGTGACACCGTGGTCGAATCTCAAACCACGTCATATACAATAAAA
CTAGGTAATAAAGGGATAGTAAGAATTTAATACCTTATATTTGCTAGTCC
CATTTCTACATCTAATAGTTAACTATTTTCCTTTATATTAATGAAAAAGG
ATTTGTATTGTTTTAAAACTTGGTTGTTTATGCATAAAATGGCCAACGAT
GCTGACGTCATGTAAAAATCCTCTTAAACTCAAGATTTCCTTTCATACCT
CTCATAAAAAAGATGAGTTCTAATAGAGGGATATTTACTCCCAAATTTTA
TCACTGTTATATATCTTATACAATTTTAGAGATTATGCAATATCCATAAT
TTTCTAATATTTTAAAAGCAAAGTGATTTCGACAATAGCATGTTCAATTG
CATTCAAATTTGTTATATTAGGAACGTAATTTCAATATTATGATTATAAT
TTTTCTAAGTCTTAAAATGAAAATTGTATTTGGAATTATTAAGATGTGAA
AACTACAAAATAACGCAGATATACTTAGATCTAATTCTAATTGATTTATA
AATTTTCTTGTTATTTTTTTTTACCAAGAGATTGATATCAAAATGAAATA
ATTAACATTTTTATTAAGATAAAATGACCAGTCTCTAGATATTGTATATA
TGCATTATAATTTCTTATTTTAGTTTCAACCAGCATACGATGTCTTCACA
GCGATGTACAGGTTCCTGACTTTAGTTTCTACCGAAGAAGTGCTACCAAG
GATCCAACCTCTGTAAACGATAAAAATGCTGCAAATCGCAAAACTTTTAA
TTATGTAGTGTCTGGTTCTACGGCTATTGTTGGTATTTATGCAGGCAAAA
GWATTGTCAGTAAATTTATCAACTCCATGAACCCTGCTGCTGATGTATTG
GCTTTGGCTAAAATCGAAATTAAAATTTCTGATATACCTGAAGGAAAGAA
TATGATCTTCAAGTGGAGGGGAAAACCTGTTTTTGTTCGGCATAGGTAAG
ATTGATTTAACATTTGCTTAATGTCATAAAGCTTAATTTTGTATTCAATA
TTAGAACGTCCCAAGAAATAGAAATAGAAAATAATGTCGATGTTGCTTCT
CTTCGTCATCCTGAAGTAGATAGTGAGAGATGTCAAGACGAAAAATGGCT
TGTTGTTGTCGGTGTGTGCNCTCATTTGGGATGCGTACCCATTGCTAATG
CCGGAGAATTTGGGGGATACTACTGTCCTTGTCACGGATCGCATTATGAT
GCATCTGGACGTATTCGTAAAGGTCCTGCTCCTCTAAACTTGGAAGTCCC
TACCTATGAATTTAAAGAAGATATACTCGTTGTTGGATAAAATGTTTGTC
TCTTTTTAAAACTCACATAATTAAGTGAATTTATGTTATTTGAGTTGTAA
TGTATTTGTCAAATATTTTATAGAAAAAAAAAGATATTTATTATTAATGA
ATCATTTTTTTGTAACAAAGAAGGAATTTGGATATTCTTTATCCTACTAA
AATTAGAATCTTAGCCATATCGTCTTTTTCGTTGGCTTTATTTTTTATTT
TTTTTTCGTGGACGCTGAGTAATATTTGTTGTAGAATTTTGTCATGGTTC
ATAATTKATTTATATCTTTGACGACCATCATCTTGGAAATAGATTAAATA
GTTATTCGTTATTAAATATTTTA back to top
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