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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s1186 | supercontig | LSalAtl2s1186:115596..119698 + |
Analyses
This mRNA is derived from or has results from the following analyses
| Analysis Name | Date Performed |
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| ensembl | 2013-09-26 .965016 |
Properties
| Property Name | Value |
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| 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 EMLSAP00000001110 >EMLSAP00000001110 ID=EMLSAP00000001110|Name=EMLSAP00000001110|organism=Lepeophtheirus salmonis|type=polypeptide|length=272bp
MGDAGHKHEKGWRGKNDSKESNEPGEEPVKKKRNDDERRSRRNREDKKHA
SDSKDDSSRKNYTEDSGHGERTRRHNRDENKNGSESKEEPSRKKNTDDES
DRSWRQSREDKKESSEGKEEVVSSKRYSDRRHDDRGRWGERSRNKYKDND
AGYSQPITVLQKDDFPAINSGSKDNENDSGGNTKSKNSKRSNTERIKNKE
RPAIQIYRPGMGKFSSQTIKSDSAKEDEGGKCDEPQDSGNKSSKSFKKYS
HKQYYAGGGARFRRTERKESND back to topmRNA from alignment at LSalAtl2s1186:115596..119698+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000001110-696957 ID=EMLSAT00000001110-696957|Name=EMLSAT00000001110|organism=Lepeophtheirus salmonis|type=mRNA|length=4103bp|location=Sequence derived from alignment at LSalAtl2s1186:115596..119698+ (Lepeophtheirus salmonis)
CCTGCGCCAAGTTGGCAAATTTGTTCATTTTATAAATCATGAGTGTGGGT
TATTTTATCTATTAATTTATAATCTCGCTTTGATGATATGTAAAATAAAT
TTAATGAATAATTTGGTAACTTGACCCTATCTTCCCTAATTCCAAATCTA
GTAGGTGAAGATGATGAATTTGGCCGCAAGTGCCTCAATGACGTCATATT
TCATTTCTTTGAGTTACAAATATTGGCTAATAATTGTAATAACTAAATAT
CATTACAAATCATTATTTTAATCATTAATTATTATCAATGACGAATTCCA
ACAACCCTGAACCTAAGGAGGACGGACCAAGAACCAGATCCTCTAAAAAA
CCATTTCCAACAAAAGTAATTCTCTTAAGATCTCCATTTTTTATGTGTGT
CTTAATGTTTATATAATTAATATTAATTATTAGATCGTATGTCGACGATT
GCCTCCAACGCTGGACAAAACCAACTTTTTGGATCTCGTAAGTCCTTTAC
CCGAGTACAACTACTTCCGTTTCGAAAAGCCAAACAATGAGGATGGGAAT
ATTTCCTTTTGTCGGGCGTATTTCAACTTTTTGAAGCAAGAGGATGTGTT
TAATTTTACGGAAAGGTTTGATGGATATGTATTTCTGGATAAGCAAGGTG
AGGAATGTCTCAAAGTCCTCCCTTATTTAAGACTCTAATAAATGATCATC
CACAGGGAATGAATATCCAGCAATTGTGGAATTTGCTCCTTATCAAAAAG
TGTCCAAAGTGAAAACAGATCAACGTCCAGACGCAAAGTGTAATACCCTT
GACACGGATAAGGAGTATTTGGCCTTTGTTGAGGCATATGAAAACAAGGA
AAATGAGAATATTGCGCATCCTACACCTGAACAATACTTGGAAGAAATTG
AAAATCGTGAAAAAATTAGTGAGTCACTATTGATGGATGATTTTAGTCAT
ATAGAGCGTATTCTTGTCAGCATTGTTGATGTCCACCAAATTGTATAACA
ATGTAACCCATTTTTTCATTAATATTAAGGAAAATAGTGAACCATTGGAT
GTTCAAATGGGAGCATCAAATAAAAGGCCTAAACCCCTTACTGTATATCA
AAAATCTATCCCTCTGGTGCATAGTTTATATATATTAAAAATAATTGATT
ACATCGTTATACAATCTTATTTCCGTATTTTAATAACAATTAATTACTAC
AGTGAAAAAGATTAGATATTTTTCTCTAATAATCCTACTTTTTTCGTTCC
TAATCGATCAAAAAATAATAATAATTTTACAAACTTGGAATTAATTTTTA
GGATTATTAATTAAAATTTCAATGTTTATCGTGTGCATCAAGTAGTATTC
AGTGCGGATGTTAAGTCTTTTTTATTCTTAAAACCATTTGATGAAGTTTC
ATCACAATGTATAAAAATTTTTAGCTAGCATTTTATAAGCCATTTTGATC
ATTATTCAACAACTAGGTATAATTAATAATTCATTAGAACTTACATTATA
GTTGTTCGGATAAATTGGGTAATGTGTTAATTATTTATAACCTTTGATTT
TGTCACTTATTTTATTATTCATTTATTAATTTAGAAGAAACAAGCACTCC
ACTTTTGGAATTCTTAGCTCTAAAGAAAATTAATAAAAAGGGGAAATTTA
GGGAAAAGAAATCTCGTCGTCAAAGAATGGGAGATGCTGGACATAAGCAT
GAAAAGGGATGGCGAGGCAAAAATGATTCAAAGGAATCCAATGAGCCAGG
AGAAGAACCCGTGAAAAAGAAGCGTAATGATGATGAAAGAAGGAGTCGAC
GAAATAGAGAAGATAAAAAACATGCTTCAGATTCCAAAGATGACTCATCA
AGAAAAAATTACACGGAGGACTCTGGACATGGTGAAAGAACTAGACGCCA
TAATAGAGATGAGAATAAGAATGGATCAGAGTCGAAGGAAGAGCCTTCTA
GAAAAAAAAATACTGATGATGAATCAGATAGAAGTTGGCGTCAGTCTAGA
GAGGATAAAAAAGAATCCTCTGAAGGAAAGGAAGAAGTAGTGTCATCTAA
GCGATACTCAGATCGACGGCATGACGATAGAGGTCGTTGGGGTGAGAGAT
CAAGGAACAAGTACAAGGATAATGACGCAGGTTTGGTATTACTGCTCAAT
TTAGGTTTTTGATTGAATGGAATTCGTATTTGATTTCTTAGGTTACTCTC
AACCCATAACCGTACTTCAAAAAGATGATTTCCCAGCCATAAATTCAGGA
TCCAAAGATAATGAGAACGATAGTGGTGGAAATACTAAGTCCAAGAATTC
AAAAAGAAGTAACACAGAGAGAATAAAAAACAAAGAGCGACCTGCAATAC
AAATTTATAGACCCGGTATGGGGAAATTCAGTTCTCAAACCATCAAGTCA
GACTCTGCGAAAGAAGATGAAGGTGGGAAATGTGACGAGCCCCAGGATTC
AGGGAATAAGAGCTCAAAGTCTTTTAAGAAATATTCTCATAAACAATATT
ACGCAGGTGGTGGGGCACGTTTTCGTCGTACCGAGAGAAAAGAGAGCAAT
GATTAACAACAATGGTCTTATTTTTAAAGATCTGGTTTTCGAAGTTTGTA
TCTTTTCTTAATGTGTGTCTCATTTATAAGTAGAGGAAAATGATTTGACG
TGTTACGTTATGATTGATACGTTGATATTTTTCTCGGGTCTGGAGGATTC
TTGTAAATTAGGAGTTTAGTTTGCRTCAAAAGAAATCATTTTAACTGTCT
TAGGTTAAACATGCCTTACTAATTTGATGTACGACATTTCCAAGAGGATC
TTTTAACTTGTATTACAGTGCGTCAACCTTATATATATATTTTGTAAATA
TACCCAACACATGTTTGTATTACATCATATATCCAAAATATTTAATAAAT
GTATTAAAAATGATAATCATTTGATGAATTTGTATTTTGTTTCTATAAAT
AAATATTATGTGTCACTTCTCCAAAGCTTAATGGTTTTGTCATTTTCGAG
TGCAGCGGACGCTATAATATTCTCAGTTGGGTGACAAGCGGTACTTAAAA
CGACATCAGTGTGTCCTTGCAATTTTTGGACAATTTCTTTAGTTTGTAAA
TTCCAAATATAAACCATATTGTCCTCTGAGCCTGATACAATCCACTTTCC
ACCCGTGACACTAAAATTTGCGAAAACACAATACTTTTCATTTCGATGCC
CAGAATAGGTTTTAAGACATTTTCCTTTGGAATATTCCCACAATTTAAGG
GTATTGTCCAATGTTGCTGCTAATATATATTTTCCATTGGGACTGAATTT
TACAAAAGAAACAGGGGGATTGTCGTTGTCGATCAGAGTCTTGAGACATT
GACCTGATGCTGTATCCCAAATTCTGCAMAAGCCATCATATGAAGAGGAA
ACAATGAGAGATCCGTCTCGATTAAAATGAACTGCAGAGACCGGGTCTGA
GTGAGCTGGAAGTGTTTTCAAGCATTTACCGGTACGCACATCCCAAATAC
GAACACTCTCGTCGAAGGAGCCAGAGACCACCAAATTACTTTGGGGATTA
AAGTTACAACAAAATACATAATTGGAGTGACCTGAAAACAAACAAACAAA
CGTGAATGAATACACTGAGATAGTGAATTGCTTTTTCTCTCTCAATTTGG
GATTCGAACCTTTTAAGGTCTTGAGGCATTTCCCTGAGGAAAGTTCCCAG
ATTTTTAATGTTTTATCATCAGATGCAGACACAAGGAGTCGAGAGTCAGA
GCTCCAAGCTACGTCCGAAATTCCCAGTTTATGACCGGATATTGTCTTTT
CAAATTTTCCGTCATAGGAGCCCCAAACTTTGATCAATTTATCCGCCGAA
GAAGAGGCCAACCATTCGCCATTCGGACTGAATTTCACGGCTGAGACACC
CTTGGTGTGACCTGCCAAAGTAAACTTTAAACTGTAGTTGGGTCGTAGTC
CGGATTTGCTGCTGCCTCCTTGAGAAGAAGAAGAGTGATCCATTTCCTTT
CCAAAGGCCTTCACTACTCACACTTATCTTAATTAATAATTACTCCAATT
TTCCGCCACTCAAAATAACACGATTTTCATATTATAACGAAAGAAAAAGA
AGA back to top
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