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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s469 | supercontig | LSalAtl2s469:323156..327265 + |
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 EMLSAP00000007937 >EMLSAP00000007937 ID=EMLSAP00000007937|Name=EMLSAP00000007937|organism=Lepeophtheirus salmonis|type=polypeptide|length=653bp
MAEGRLFIGNVCPQATEDDFNNNLSSYGTVKKVEIKNKKDIDGNVLSTFA
FVDMIAPKSQLEECVEKCSNSSWWEGYKIKIQIAKESFMSRLAKERESST
KNKSESVVEARSHKGAPYKRIVIEEEETDFGDKVPDGKSIGGVIQFDESH
SKQNTSFRKPVRKYYSSSSDEDDETDGVRTKPKTPKYSGGAFMRKLESFD
SDFWKEEEEKKPRLFNSYQDESSFRSKGFSNSKNNLKNDQNSNLEPLGGG
VRAEKSLGKARQKDKVFEQNVNYNLEPLGTSGPNKSHFGNDDDVKRVTSL
KQRKTELKRKRDNISLALRGQGSNKISRYDESDEEPDTKTKLFDQSDDED
NETEADRFRERPEFEGPSGHRLLGLQSNFGGDDRFKMDHRFADTAGVKVK
LVKKPKDKTFKDSTKFRFDPLNDKATLSVEKSDGDVELEEDGDEVENNSE
ALDIEKMETRFYEVSEDLKSAFISNRETNTNSSSFSLLKAFGNDLEHVAE
KQTDNYVALKIKSDKKKDLFTANPFKYDSSDNEDEENSESKIGSTKKPSN
MGSFPSYLKGSKSTVSENFFFVEDDIRFGEAVEFLNSIGETLDVIRTKYE
DERPALASIIRKKYRNKAHALEQRSRGFGVSSDKTMKRKKKVMKIRKRGF
NKK back to topmRNA from alignment at LSalAtl2s469:323156..327265+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000007937-703784 ID=EMLSAT00000007937-703784|Name=EMLSAT00000007937|organism=Lepeophtheirus salmonis|type=mRNA|length=4110bp|location=Sequence derived from alignment at LSalAtl2s469:323156..327265+ (Lepeophtheirus salmonis)
ATTGATAATCTAGCTAGTGCATGTATATGATTGTAGATGTCGCAAGTGTA
GTTAACACCCAAACATTCACAACGTCACCTTCTTGTTTTTTATATAATTT
CTCACGACGTAAACAAACACATGTGACATGTGTGTTGATCCTGGAACATG
CTTGCAATGGAACCCCCAAAGCTAAACACTGCTGTGGTACATGATTTCGT
TTGTTCCTTGAATAAAACGACTAACAAGTCTATGGTGAGAGTTATCAACA
GACTGGTTCGTAAAATAAAGAGTTTGAAGAGCAAAGAGAATGATAAGTTG
CTTCGAAAGGCGGAGAGGCTCSTGGAAGAAKTTCATTTGCTCAAGAAAAK
GCATGCTAAAGAGGCTTCTTTATTTGCTCTAAAGAATTTCAAGACGATCG
GAGAAGTAATGAGCGTGCAGAGACGAGCTCTAATTCGGGTTGCTTCAGAA
AAGATGTTAGCAGAGAAAATAAACGACTTTCGGAGGAAATATCCAAACTG
GAAGAATGAACTCCCATCCATTCTTTCCATGCTGGGAAAAAAGTGGAAAA
AGAATAATAAAATCAAAGGTATCCATTTGTATATTATCTCATCAGCTAAA
AATAATGATTCAATTCGTTCATTATTAAATCATACATCATTAATTTACAG
AGCGTATTGAAAAGTCAATGGTGAAGAAAAAAAAATTAGAAGCACCCGCA
AAGGATTTCTCTAAAGAAAAAAATAAATCCAAAGAGAAGGATTATCTGCC
TCGTAGTGGAAGTCCATCCCCATCAATCGAAAATATGGATGTTAATAGTG
ATCAAGAAGAAGAAATGGAAGAAGCTGAGGCTGAATTATCTATTGAGCGA
AAAGAAGGGGATTTAGTGATAAAAAAAATTAATTTAAATGAACAGAGTAG
TGATGAAGAAGGGGAAGGAAGTCTTGAGGAATTTCTTGATAAACCTTTAT
CCGAAGGATCAAGGAAAATAAAGGACTCATTTTTCCTTGGTGGCTCTGAC
GATAACGACAATCAAGAGGAGAGTGAAGATGATGAATTGTCCTCAAAAAA
TGGCAATACTGCTGAATTCAATCAGTTCAATAATAGGTTTAGTCGGAGGA
ATCCGGGATGTTTGAAAAAATTCAGTGGGAATTCAAGAGGCTTTCAAGGT
GGAAAAACAAAATTTTCTGATAAGATTCATCCCTCTTGGGAAGCTAAGCG
GAAAGCGAGACACATTGCAAAACCTATTGGGAAAAAAACTGTATTTGGCG
AGAATGAGGGAAATTATTCCATAAAACAAGATTTACATCCCTCTTGGGCT
GCTAAAAAAGAAGCAAATAAGTCATCTATTCAAGATTTTAAGGGTAAACG
AATTGTGTTTGGTGAAAAGGAGGAACCTGAAAAACAATCCCATAAAGGTC
TACATCCATCTTGGGCAGCAAAGAAAGAGGCAAATAAATCATCGATACAG
GAATTTAAGGGAACAAAAATTGTGTTCGATGATTAAAGAATATTATACTT
TGTGTCCGTAAAATTCCCATTTGATTTGATTTGTTTATATGTTATAGAAA
TACAATTTTGAGATTCTCAACCTTCAGTTTTTAGTTATAATTTGATAAGC
AAATTAGGTTAATGTTCTGTCTCTTTTTTATAGGATGGCTGAGGGACGTC
TTTTTATAGGAAATGTTTGTCCTCAAGCAACTGAGGATGATTTTAATAAT
AATCTCTCCTCCTACGGTACGGTCAAAAAGGTGGAAATAAAAAATAAAAA
AGACATCGATGGAAATGTATTATCAACTTTTGCTTTTGTTGATATGATTG
CTCCAAAATCTCAGTTGGAGGAATGTGTAGAGAAATGCTCTAATTCCAGT
TGGTGGGAAGGCTATAAAATTAAGATTCAAATTGCTAAAGAGAGCTTTAT
GAGCCGTTTAGCAAAAGAGAGAGAATCATCCACCAAGAACAAATCAGAGT
CTGTGGTTGAAGCCAGATCGCACAAGGGCGCACCCTACAAAAGAATAGTA
ATTGAGGAAGAAGAAACAGATTTTGGTGACAAGGTTCCGGATGGGAAATC
TATTGGCGGCGTCATTCAATTTGATGAATCCCATTCTAAGCAAAATACTA
GCTTTAGAAAACCCGTTAGAAAATATTATTCCAGTTCTAGTGATGAAGAT
GATGAGACAGATGGGGTTAGAACCAAACCAAAAACGCCAAAATACTCTGG
TGGAGCCTTTATGAGAAAATTAGAATCTTTTGATAGTGACTTTTGGAAAG
AAGAGGAAGAAAAAAAACCTAGGTTGTTTAATTCCTACCAAGACGAGTCC
TCTTTTCGTTCCAAAGGCTTTTCAAATTCCAAGAATAATTTGAAAAATGA
TCAAAATTCGAATTTGGAACCACTTGGAGGAGGAGTTCGTGCCGAGAAAA
GCTTAGGAAAAGCTAGACAGAAAGATAAAGTTTTTGAACAAAATGTAAAT
TATAATCTTGAGCCCTTAGGTACTAGTGGCCCAAATAAGAGTCATTTTGG
CAATGATGATGATGTCAAAAGGGTTACCTCTCTAAAGCAACGTAAGACTG
AGTTAAAACGAAAGAGGGATAACATATCTTTGGCTCTTAGAGGACAAGGC
TCAAATAAAATCTCCAGATACGATGAAAGTGATGAAGAACCTGATACAAA
AACTAAGTTATTCGATCAGAGTGATGATGAAGATAATGAAACAGAGGCGG
ATCGTTTCAGAGAAAGACCTGAATTCGAGGGACCATCTGGGCATCGTCTT
CTTGGTCTCCAAAGCAATTTTGGAGGGGATGATCGCTTTAAGATGGATCA
TCGTTTTGCTGATACTGCAGGAGTTAAAGTAAAACTTGTAAAGAAACCTA
AGGATAAAACTTTTAAGGACTCAACCAAATTTAGATTTGATCCATTGAAT
GATAAAGCTACTTTGTCTGTAGAAAAAAGTGATGGGGATGTAGAATTGGA
AGAGGATGGTGATGAAGTAGAAAATAATTCTGAAGCATTGGATATAGAAA
AAATGGAAACAAGATTCTATGAAGTCTCTGAAGATTTAAAATCCGCATTT
ATTAGTAATAGGGAAACAAATACAAATTCTTCATCATTTAGTTTATTGAA
AGCTTTTGGTAATGATTTAGAACATGTTGCAGAAAAGCAAACGGATAACT
ATGTTGCTTTAAAAATAAAATCTGATAAGAAAAAAGATTTATTTACTGCA
AATCCTTTCAAGTATGACTCGAGTGACAATGAGGATGAAGAAAACTCAGA
AAGCAAAATAGGGTCTACAAAGAAACCATCCAATATGGGTAGTTTCCCCT
CATATCTAAAAGGCTCAAAGTCAACAGTGAGTGAGAATTTTTTTTTCGTT
GAGGATGATATACGGTTTGGAGAAGCAGTTGAATTCTTAAATTCAATAGG
TGAAACTTTGGATGTGATTCGCACAAAGTATGAGGATGAAAGACCTGCTT
TGGCTTCTATTATAAGAAAGAAATATCGTAATAAAGCTCATGCCCTTGAA
CAAAGATCACGCGGATTTGGTGTGTCTAGTGATAAGACAATGAAAAGGAA
AAAAAAAGTTATGAAAATCCGAAAAAGAGGCTTTAATAAAAAGTAATTAA
TTGCTCGTTATGGTAATTCTCCCTTTGTATACATGCAGAGATACCATTAC
TAAATGAATATTTAGTAAAAATAAATAAAGATGGAATAGAATTACTATTT
GAGTTAACTTTTTATTTAAATACGACACTTCCCATACTTTATGTACACTG
CTATATGGCTAAGAGACTTGCTATAATGATAAAATACATGTAGATGTATG
CTCAGAGTGAAAGTGCCACATGTCACTTTTTAAAAAATAAAAATTTTAGC
TAGCATGCATGTAATACCATTTTTATAGTTCTCCATATATGACAAATGTG
GTACGTCAACACAAAAAAAAGCTAGATAATTTGTTAGATTTGTATTCTTA
ATCTAATTGTCTTACATTTATATTAATGAATTACCTTGACAAATCATTCG
CAAATTGCACTTAAAGATCATAAAAATTATGAGTCAGTATAAGAAAAATA
TTTAATACACAGGCCATATCGTAACTAAACAAGGTATCATATATCAAATG
AAGGCTGGAG back to top
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