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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s67 | supercontig | LSalAtl2s67:856530..859642 + |
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 EMLSAP00000010259 >EMLSAP00000010259 ID=EMLSAP00000010259|Name=EMLSAP00000010259|organism=Lepeophtheirus salmonis|type=polypeptide|length=173bp
MNTKTISLTLAIIKPDIAKIPYIVQSIRHRILDSGFVVLRSASFKVPTND
VRRFYSEHEGKFFYNRLTTFMSSGTSHLHVLGHTEDNAISLWRELMGPTK
VFRTRYEKPNTIRGKYGLTDTRNGVHGSDSVENACREISLFFPDFDFEKC
GRFTKEDSLLFDVDNFVHYPVSK back to topmRNA from alignment at LSalAtl2s67:856530..859642+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000010259-706106 ID=EMLSAT00000010259-706106|Name=EMLSAT00000010259|organism=Lepeophtheirus salmonis|type=mRNA|length=3113bp|location=Sequence derived from alignment at LSalAtl2s67:856530..859642+ (Lepeophtheirus salmonis)
ATGACTGTGTTAACATTGCATTTGATCTCGGTAAATGCAAACCCCCAATC
CAATTTTTCTACATTCGTTTAATTAATTCGTAACCTGAATAAATGACATT
TCACTCAAATGATTTTTTGTACACAGGTTTTCCATTGAGAATTAAATATT
TTACTTTTATTTACAGCTTATTATGGGAATTTTAACTGAGGATGCAAAAC
GTCGCCTATACACTCTTATCTCATTTGGAAAAACTGGATTTCATTGGGGC
TTCTTACCCTTGGTTCTATACTTGGGATTTCTTAAAGGCCCTGAAGATGG
AATGCCTCCATTCAGTCTTATAAGTTTGTTTGCTTGGGAATAAAACGCCT
TAAGCCCAACTATTTCAAATGAATACAAAAACGATATCTCTAACATTAGC
CATAATTAAACCTGACATAGCAAAAATACCATATATTGTTCAATCAATTC
GTCATCGCATTTTAGACTCGGGTTTCGTTGTACTTAGATCAGCTTCTTTT
AAGGTACCCACGAATGACGTTCGTCGCTTCTACAGTGAACATGAAGGAAA
GTTTTTTTACAATCGTTTGACAACGTTTATGTCCTCTGGTACTTCTCATC
TTCATGTCCTGGGGCATACTGAAGATAATGCCATATCATTATGGAGAGAG
CTTATGGGTCCCACCAAGGTTTTTCGAACTCGCTACGAAAAACCAAATAC
TATAAGAGGCAAGTATGGTTTAACAGACACAAGAAATGGAGTTCATGGTT
CGGACTCGGTGGAAAATGCTTGCCGAGAAATTTCATTATTTTTCCCAGAC
TTCGATTTCGAAAAGTGTGGTCGTTTTACTAAGGAAGATAGTCTATTATT
CGATGTCGATAATTTTGTTCATTATCCAGTATCAAAATAGTATTCAATCA
TTTATTTTTTGAATGCTATTAGATTTTTATTTTGTTATATATTAGGTTTA
AAAATAGTAATGAAAATATATTCCTTGTTTAATTTTCCTTATGATATACA
AATTCTTTTTTAGTTAATAGAAATTGCATTTTATTGCTCGTATACAATAT
ATTCCTTGTTTAATTTTCCTTACGATCTACAAATGATTTTTTTTAGACAT
AGAAATTGCATTTTATTGCTACTATACATATGATAGTGGTAACTAACATC
AACGAAGATGACTATCAGAATTTATAAATAATGTAGGTTCTTTGTTTCTT
GACGTAACGATATTGCTAAAGATAATTCTCTTTAAGTATTACTGACATTA
ATTTCATTTAATGAGATCAAGTCGTCTTCTTCGATAATAACAGAAAGAGC
AGTTCTAATATCCCTTCCTTCAAGTTCCGTACTTGACTCCTTAGTTGAGC
TCTGTTTAGTAATTTGAGAGTTTTCTGTTTGTTCCTGGACTTTTTTATCA
CTTTTCGATGCTTCCTTTTTATCTAATCCTTGTATTATATCTATAAACAA
ACGATATGTTAATCTATACTGTGTAATCATTAAACTAGACATAGGCCTAA
ACTTGAAAAGTATTATTTAGTTACCTGGTTCGTTGAATTGCTCGGCGTAG
GCTATACTTGATGGTCTTGAAAATGTTTGTACACTTTCTAAATTAAATTT
AACCATGGTTTCTCGGTAGGATTTAGGCTTTGGTAAAGCAATGCTCCAAT
CCTTGATCAAAGCAATTCTTTGATCTCTATTACGTTTATTTAATATATAA
ACTACTAATATGGTTGCTATAATGCCAATAATTCCAATGAATAGAACAGC
TATGATTGAGGTATAGACAATATCAAACCTTGAGGAGTCGTCGTCACAAT
CAGAAATTCTGTCAAAGGATTGACTTATTTTATTATAGCATAATGAATTA
TTTTTTAAGTCTTGTTGTAGGAGGTTCTCAAGATCCGGAAGCATTCTGAA
ATTTAATTTTAGTTGAATACTTATACTAAAAACTACAAAACGTACCTTAA
TGTAAAGGCTGAGATGGTCGTATCCAGCAAATATATATGAAGGTTACATA
AACAATTACTGATGAAAATATCTTTATACTCAACTACACTGAAACCTCCC
GTTACAAGAGATCCTCTGGATGGATCACGAAGAGTTACATTAATGAACCT
TAATATATCAGGCCCATTATAAGAGTTGGGATGTAAATCGATCATGCTCA
AGGTTTTGGGCTGATCAAAAGTTGTGTTAATAAAATTAATCACTCTGGAT
TTTATCCTAAGTGAATTAGCTTGAAGTCCGAGGCTTGAATCAATAAATTC
GGTTTTCAAGGACTCAATATCAAACGATTTGCTAGAANNNNNTAAGTTCC
AAGTTTGAAAGAGACACTTTAAATTTAGGTACCGTTACATTAAAAGTACC
CCTCCCTGCTCCAATTATAGAAGAACTTATAATATTCAAAGAAGATAATT
TAATTTTCATTGATTCAGAACCAGGATCCTTGGTTTTAATAATACAATTA
GAGAAAGTAACATTTGGTTCAGAGTATGAGACTCCGAAAAGTCCATTCGT
ATTAAAATCCAAAAAGCTTATTGAGTTGAAATGTATCGATCTAATTGGAC
CATTAAACATTGGAAAATTATTCACATTGGTTGGAAATACAACCGGGTTT
TTTATATTATCCACTCGAAAGTCGACGGATACATTTTTTTGAAATGTAAA
GTCAAAAACTCTTGCCTCATATGGGAACAGAGATTCGACTTTTTCAATGC
TGACATATTCTACAGGATGAGTGTTTGAGTTTTGAACAAGCCATTCAAGA
TTAGAATGAAGGTACACTTCTTCACAGTTTGAGATAGCTAGTCCATTTGA
TTGAGTTTGCAAATATCGGACAAATATTTTCCGAGCATGTGGTGTGTGAT
GTCCAAGTCGAAGTTGCTAGGAATATATGTAGGTAACCAAGATTTTGTGT
TTCCATGATTATTTTTATTAATAAATAATGTTTGCCACTTACTTTTATAT
CGGAACAATAGCATGTAAGAATTTTGAGTTCTTCTATGTTAGTTGTATTG
CAATTAGGACCAACTTTTACTTTAACCCGGTTGGGTCGTCCAGAAGAACC
ATCAAATTTAAAATCCGCAGAGATAACTTCAGTAAAAATAAAAAATAATA
GACAATATGCTAA back to top
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