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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s108 | supercontig | LSalAtl2s108:195241..200995 + |
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 EMLSAP00000000545 >EMLSAP00000000545 ID=EMLSAP00000000545|Name=EMLSAP00000000545|organism=Lepeophtheirus salmonis|type=polypeptide|length=105bp
MNIFSNSWIIKNPIKQAKCPFLLTDTLDKISNIFIKKVPLRPIQNVEKEH
VRGKAQHPTYCHFLKYVPPIFGSKSTRPLDVFVGFDNFEILKINDRDFTV
EINAK back to topmRNA from alignment at LSalAtl2s108:195241..200995+ Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000545-696392 ID=EMLSAT00000000545-696392|Name=EMLSAT00000000545|organism=Lepeophtheirus salmonis|type=mRNA|length=5755bp|location=Sequence derived from alignment at LSalAtl2s108:195241..200995+ (Lepeophtheirus salmonis)
ATGAACATCTTTTCCAACAGTTGGATAATAAAAGTAAGTTATAAAAACAT
TTAAATGCACGAGAGTCTTTAGAACAGAACCAAGACTCCATGATTTCATT
CAAAGAATAACAGTTATTCTGTCTGAAAACTACAATAGCACACCTCGTAC
TATTGGATTTTCCATAAGCTCTTTTAGTCAACTGCCTAGAATTTGAATGT
CGGTTTCTTTGACAAAGTATTTTAAGGTTTGAAACAAATATTGCATAACA
CACTTTGAACTTGCTACCCTTACTTTCCGGRACAAGAACATGGTCCACTG
GACCCAGCTCAGGCTCTTATTGTAAACCTTCCTCTTTGTTGTTGAATCAT
TTTCAAGACTCTAAAAAGGTATAATAATGACACCATTTTTGCCTGATTTA
ATGTTCAGTCCCATCTGTTTAATAAAACTGATGCGACAGAGAGTCGCTTA
GGGTACCAAAGCTAGAGTAATTTAGATAGTTTTAAGTCTGTTGGTCCAGC
GGATAGGTCTTGACGTTTTAAATATTGAACAAGTACCTAGAACTTTCAAG
AAGCTTTAACTCTAGGTAAAAGAGCCTCTTATTAAATATACCTCCCATGA
AACGAGTGGTATATTTAATCGGTTAGAGGAAATGTACCTCTAAGATAGAG
TCTTCTATTTTAATAAGAAGAATATATATTTAATAACAAATTCCACAATC
GCTCTCAATGGGTCAAAATCTTAATTGGCCCAAAATTTTTCAGAAAATTA
AAGGAAGATTGATATATCTTGTATATTGAGCGTCTTATGTCATCCCACAA
GATTTCGATAGCGTCTGTCTTGATTCCTTGAGATTGTCATTGTAATTTTA
GAGCCTCCAAGTAATCAGAGTCCTCACACTTTCTGTGTCTCCTACCGTGG
CTAGACTTAGAGACATGATTGAATTTTAATTATTGAATTCTCGTACTCTT
TTGTTAGAATCCAATAAAACAAGCAAAATGCCCCTTTCTTCTAACCGACA
CATTGGATAAGATCTCAAACATCTTCATTAAGTAAAAAATATTTGTTGTA
TTTTCGTTAAAAAATAATACACAAGAGTTTGTTTCAATAAATTTTAAACT
CTGGTAAACTGCCTTTAGCTCCAATTGATTTATATTCTGACCCTACTTTT
ATAAATATACAATATGCAACACTGTAATACATTGTTGTTGGTTTTTACAT
GTAAAAAGATAAATAATAAAATAACTAAGTCGGGACAATTAATACCAAAA
AAATAACAACTTTTTACTTGCCTCATTATTTTATACCTAGTTTATCAAAA
GAGAAGTATAGATAACGATTATACGCAAATTGATTTATGTACGTCAAGAA
GAAAGACTTATTTAACGTACTCAGAGTTAGGTTTTACTTTTTAAATTAAT
ATTTTTCGTATTTTTTTATAAGATATATTCGGTGTTTTTTATTTCGTTGG
GTAACATTCATTTTTTATTTAATTCGATTTTGAATTTATAGAAAAGTTCC
CTTACGTCCCATACAAAATGTAGAAAAAGAGCATGTTAGGGGAAAAGCTC
AACATCCTACATATTGCCATTTTCTCAAGTGATTTAAAATTATGATATAC
TCTTGCTCTAATCCTAAATATTAAAAAATATATTGAAGAGCTCAAACACC
TCTATTTAATATTCTTGTAAGCTTTGATGGTATAATAGTTATGATCATAT
AATATACATATATTATGCCTTTTGTGATGGTACAAATATACAAAATATTA
ATATATGAGCAAAGTAAACAATATCAAAAATATTAATAGATATTATTGCA
TTGTATTGGAATTATGGGAGTTACTATATACCTAAATATAGGCATAATGC
CGTGACAAAGTGTGATTACAAAAGAAAAAGGTTAATGAAAAGAAAATGGA
GTTTAGAAAGAAAAAACACAATGTTGTACATCAATCAAGCAGAATATCTA
TTTTCTTAATAACTGACTCATTAGTTCTTAATGATCCTTTTAAGAACAAG
CCAACATTTTACCAAAAACATTATAACCGAAATCCACTTCCCCAAATTCC
ATTTTACCAAACGGATACTTTGCCGAAAAGAATGATATATACAATAGATG
ATTATTTATGTTGCAATACTTAGTATGTTAATTACGATTCCAATCGGATT
AATCCAATTTTACTAGACTAAATTCTTAATTATTTACCACGAATTCTTAT
GATTAATTATTAATTGATTGAACAAGAAATTGTTATAAATACGGTCTCAA
ACCGCTATTTATACTGTTATTACATAAATCATTACAATCCCCCAAATATA
TAAATAAATTAGAAAGACAAAATATGTTTAAATAATAGAAGTAGTCAATC
ACTGAGATTCAATCGTTTCGGTCGAATGTGCTGGGGATCCTATTCACTTG
ATCAACCCCAGATTGACACTTCTCTATTTTGAGGTCGTTTCTGAATCTAT
AATTAGAAAATGTGTTTGTGATTGGATTAATTTAGTAGATAATTACATAG
TATTGAAGCATGAATCATCATCAAAGATTTTATTTTTGGACAAAGTGTCC
CTGAACCTTCAAAATCTATGCAATCTTTACTTATACCAGTTTGTTTACAA
AACGACCAAGTCTTGCAGAAAAATACGGATAATTTTATTTAATATATTTG
TAAATTTAAAATTGTATTTGGGGAGCACAAAAAATAAATTAAAAAGGAAT
ACCTTTTTTATGTAGCGCTGCAAACTTCATACGGTCACACAACCTTGCAG
ATAATGTATATTTTTAGAGTTTGCAATACCTATGAGATACATTTGTCTTG
TACCATCCAAAGATCTGTTACATTTATTCAAATACTAATTCGAGTACTTC
CTTAGGACTGCTTAGTCACCAATATAAAAATATATTTGCCCTTAGTAGTT
GTTACTATTATCATCATCGAACAAATTGAATACATTTTCCCATTGTTTTT
TATATCTCTGATTTCATAATGTAAAATAGTAGCTTGAAAAGCGATATTAC
ATTTTGTAGATTATAGAGGATGGACAATCTCTAATTTTCATGCAAATTGT
GAACATTTTGATGATACCATTGCGAATGTCTTTCCACAACTATCTTTTTT
TTGCAATATTCTTATACATATAAGTCGTTAACTTTCATTTTCATTATTTT
TTTCGAAAGAGCAAATATCTATTCAGTCTCTTGAATAGTTCCACAAAAAA
GGTTACTTGGTAGAAGGTGATAATTTTTGAAGAAGACATCTTATATATTG
CTCAAATATTAATTTAAATTGCAATAAAAAATTTAAATACAGAGCCGTAG
GGAGACCCCGTATCCCCTGCTTCCTCCTCTTACTCTTCTGTTTATGAATA
TTAACGAAAGGTATCGCTTTTCTTTCAACATCCCTCCTTCATTATTCTTC
CAGGAAATATCAATGACCACCAAAATAATGATTGTTTCCCTTTTAAGTGT
AACTTTAATGTATTGAGAAAAAAAAATACATCAAGTATTGTTAGAGTATT
TTGAAGGCTTCATCTATTCATTTAATGATTGAAATATATTTTCAAATGTG
AATATASTATATTTATGCTTTTCACGAAATGTAAAATAAATAAAAAAATA
CTTCATGTTCATTAATTGTCTTTTTTTATTTTTGCAGATATGTTCCACCA
ATATTTGGTAGTAAATCCACAAGGCCACTCGATGTCTTTGTCGGATTTGA
TAACTTTGAAATTCTTAAAATTAACGATAGGGATTTCACTGTTGAGATAA
ATGCGTATCTCATTGTCAAATGGAGTGACAAACGAATCCTTGTAGATTTT
TCTAAAGTGAGTTGACTATGCATTTATTAAGTACATGTATAATTTATTTG
CCAAACCTTATATGAATTCATTATTATTTTAATTTTATAAATGTGGCTTM
TCAAAACAAAAGCTTGCTAGAATGAATTTTCTCAAAATTGAATGTGGATT
ACATTTATATACAAATTATCGTCGATTTCTATCAAAAAATTATTTTTATT
TGCTCGTAAGGTGTACCCGCAATCTTATTATCTTATCTTATTTTTAAGTG
AGACTTTAGCAACACAAGTTCGTCAAAATGTGTCCTCCACAGACAGAGAG
ATAGACAAACTTTGCTTGATTTGAATATAGATAGTATTAAAATTAAGCAT
TGAGCTCTTATTATAGGTTTTCCCAATATATATATATGCGCCCTGGAGCC
TCTAAAGGTGAGAGTCCTGTTCATATTGAGAGAGACTTGATAGTTTAAAT
GTATATATGTTTGTTGAAATTATATTAATCCCTGAGAATTTCTGTACATG
GCAATTATAAAAATAACCAATGAAGGAACTTTGCTTTAACTTAAACCTTA
TAACTGATTCCAGCTCCCTTGTTTTAAAAAAGGTTTTATAAGCTATCACT
GATGCTATTGATGTACTGATCCATTATCAATTTAAAAAAAATGAATAAAA
TTCATTTTATAAATTTTGTTTTTTTATCTATTTTTATTATTAGGAGAAGC
ATAAATTAAATCAGGCAATCCAAGTATAAAGGTTCTCTTGAGACTAAGGT
TTTTTTTCGGAAATATCACTATATTACATTTAAATTATAAATAATATAAA
CAGGAAACTGTACCAAATAATTTTTTGGGTCTTTCATTTCGCTATTGGTT
AGTGGAATCAAAGTTGAGGAGGGGAAAAAATAGATAGATTAAATCCAGGA
AATATAAAAATAAGATCACTGATCATTGATTAAGATATTGTCCAGCATGA
TGATTTTACAGACCATCTGGGATAGAGATATTCTAGAATAATTTGCCCAG
ATAAGATTCTTTGGTGATAAGAGAAGGAAGAGGGAAGTCGAGCTGATGTC
TACAAAGAATGAAAGAATCAGCGATAATTCAAGTATAATATTAACTACTA
CTTACTTAAGTTATTACATAATGAGATAGGACAAAGGCCAAGTGAGATTA
ATCCAAGAAAAGAGATGTATCTTCGTTATGTATTTAATCCTGTTGATAGT
GAAAGTAGATACAGTAAAGAAATAAGAGGTATTTACCATAAATATTCCGC
CCAAAGCTGTGATTCATAAAGAAATATTGCTTTAATATTATCGATGGAGT
TGCTTCCATTTTTTCAAGCATCATTTAAGACCACGACTATGATTCATTAA
CATGCCACAAGTAATTGAGTACCTTCAAGATATATTTAACCCTTCCTGAT
CCGTAGTTTCTTACTCTTTCGTCCTTTTATTTATTAATTATTTCATCCCT
ATTTTCCTTTTTTTCCTGTCTCCTAGCTATAGGTATAATTAATCAGATCG
AGACTAAGCTAACAGTTAAGTACGAACCGATCAAGGTTAATAGAAATACA
AGGTTATACCATAACGCGCGTACAACTGATGTTTGAATTCCATCATGCTT
TCAATATTGACGTTATTGTAGATGAGTATTCCATGTTTTGTAAAAATCGG
GGTTTCTTGCCCAGCGGTTGGTACGATACATTAAATTTAAAATTATAGCA
ATAGTGACGTCATGGATTAGTATGCGTGGTTGCGTGTTTTTTTAAAATCT
GCCTGTTTTGCCCTGCAGTCGGTACGATACATCAAATTGAAAATTCTAGT
AAGCCCGATTACATGATTGTCTAACCTTTTATTTCTATTAACCTTCCGAA
CTGATAATAAAATAAAAAGGCCGCGAATTTGTCGCGTGGCAAATTTTGTT
GTTGCAAAATTAAACCATTCAACAAAAAAATATAGTTTTCATTTAAAGAA
AATAA back to top
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