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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s814 | supercontig | LSalAtl2s814:2509..6077 + |
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 EMLSAP00000011721 >EMLSAP00000011721 ID=EMLSAP00000011721|Name=EMLSAP00000011721|organism=Lepeophtheirus salmonis|type=polypeptide|length=575bp
MDKLKQFLGPSRGNFVNEEDNIEAGNGDEAERGFVAQALDSSTLSWKTRL
KGFVVCFAIGCFISILSTITLALNGGLIKFAVLYSIGNIISLLSTCFLMG
PLKQIKNMFAPTRAFATVIMLVTXXLTLLSALAFHKKGLTILFCIIQYLA
MICSKLSCTMSFWPQNAEIFHAPDDESSDLTKAFSHTSLNGNSMTLIENS
PKILHSIVKISGSHDNESNPCKKAVVISNKQHFLLERKRSRIDPGILYDS
HCHYDFLLDKLNLRSYKEYCYKYPKGDFGREYMGGIINNFCDPSSWGDYN
GSIPLFDELMKDPRIYFTFGCHPRFASAFNDSHLAKLEKLIQTKRVVALG
EIGLDFADVYGKSTSPHNVQIAVFYEQLLLAKKYNKPIVLHIRDAEQETI
EVLKRANIPSNYNIHRHSMINSWEVTKKWLEEFPESMIGITNIVTKPEMK
QVHELVQQLPLDRIVLETDAPYFYPYHVVKWKSTHHVSYPMLVIHVAEKI
VELRKNESLNEFILAVKKNVEKVYRLSEHEEPIAGVNQIEFKSVGCQTMY
PEEYVFSYFHSSDEESDLNDEEDDI back to topmRNA from alignment at LSalAtl2s814:2509..6077+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000011721-707568 ID=EMLSAT00000011721-707568|Name=EMLSAT00000011721|organism=Lepeophtheirus salmonis|type=mRNA|length=3569bp|location=Sequence derived from alignment at LSalAtl2s814:2509..6077+ (Lepeophtheirus salmonis)
ACATGTGGCACACGTGATATAATGGCATGAGTATACATCCTTTTGGAAGG
AAGGGATCCACTTCTTCATCACATAGCTTTTAAAGCAAGATTGACAGGAA
GACTTGAAAAATTGAGCAGTAGGATATTTTTATTTTAAAAGAAAATGAAA
TATTTAATATAAATAATAATAAAATTAATAATGTTACGAAGCAGCGCAGA
TTGGAGTGACGTCATCATCTTACGTTCCCTTCCTTAAAGTGCCTATAAAA
CATTATTATTGGGCAAGTCAGCTTGTTGCGCCTACTTCTAGCTCTACTAG
TAGTAAACGTTATTCATATTCACATATGGCTCSTCTTGGGCTCCTCAACA
AYCATTAATTAATGATTTTTTCTGGGTCATTGTATTTTATAGAAGCAAAT
GGATTTGAATTTCGATCTAATAATGAAGTTACTGTTTATTTATTCTACAA
AATTCAAAGTAGTCTCTAATAATATATAATAGTAGCTTTACCCTAGGTGA
ATTTATTTCACAGACATTAGTAAACTGATAAATGAAATTCAATCCAAAAG
GGGCGTATTTATGTTATTAATTAATAATGATTATATAAAATATACAGTAA
GGACTAATGGACTATTTTTTCCTCATGCATGATGATAGCGATGGACGATG
AGTAAAAAACATAGGTGATTCTTGTGTAGTCGAATTATTAATTCATGTTA
TGTAGCTTGTCATGAAATAAGACAGCTGTGAAGTGTGAACTGTTTCATCC
CATTTCTCTCTCTCTCGCCTTACAACGAATCTTACAGTTGTTACCGCCTC
GCCTACATTCAATACTCTCCTCGTCCTTGCAGATTGATCATATAAAGATC
CTGGAGCCGTCCAGTCCGCATATGATTATTTATTAAAACGTTCATAAATC
AAATCATGGACAAACTAAAGCAATTTTTAGGCCCTTCTCGAGGAAACTTT
GTGAATGAAGAGGATAATATAGAAGCTGGGAATGGGGATGAAGCAGAGAG
GGGATTTGTTGCTCAGGCCTTGGATTCCTCAACTTTATCATGGAAAACGA
GGCTCAAGGGTTTTGTGGTGTGTTTTGCCATTGGTTGTTTTATCTCGATT
CTTAGCACAATCACGCTTGCTCTCAATGGTGGACTTATCAAATTTGCTGT
ACTCTATAGGTATGTATTTTTTGGTTGATATACCTCGCTGAATGTATTGA
TGAATAAATTCATTTTTGTATCCTATAGTATAGGTAATATCATCTCTTTA
CTCAGTACCTGCTTCCTCATGGGACCCCTCAAACAAATCAAAAACATGTT
TGCACCCACAAGAGCATTTGCTACTGTCATAATGCTTGTAACTTTKCRCC
TGACACTTCTATCCGCACTAGCCTTTCACAAAAAAGGACTTACCATTCTC
TTTTGTATTATTCAGTATCTTGCCATGATTTGGTACTCCATTTCCTACAT
TCCTTTTGCAAGAGATGCCGTCCTCAAGTGTTTCAATGGACTCCTAGGAT
AGAAATCATTCTAACATGATATTTTGTACACTACTTTATGCATTATTTTT
TATAAAAAAATATTTGTCTACTTATTAAAGAGCCTCTAGGATTGTTTTAT
TAATGTGTTATGAGGATCAATTTCTTGTTGGATTCTTAGCAAAAATTTTA
TACATTATAAATTATTGATATTATATTAAATATATAATTATATATACTAA
AGATGATAACATTACATAACTATAATATATATATATTACTTAATTGGGAT
TACCGCAAACAGGGCCACGAGGTGTAACGGCAAGGATTTCCAACCTGCTG
AGCTGTTATTTCCGTTTTTATTTTTATAGTTCCATATTTAAAAAAAAAAA
TATTTAAAACTTTTGACGTAGCTCTAAGTTAAGTTGTACGATGTCGTTTT
GGCCCCAAAATGCTGAGATTTTCCATGCTCCTGACGATGAATCGTCAGAT
TTGACCAAAGCATTTTCACACACTTCGTTAAATGGGAATAGCATGACTCT
TATTGAAAATTCGCCCAAGATTCTACATTCTATTGTGAAAATCTCTGGAA
GTCACGATAATGAGTCTAATCCTTGTAAGAAAGCGGTCGTCATCTCAAAC
AAACAACATTTCCTCCTTGAAAGAAAACGTTCTCGAATTGATCCTGGGAT
TTTGTATGACTCTCATTGTCACTACGACTTTCTTTTAGATAAGTTGAATT
TGAGATCTTATAAGGAATATTGCTATAAATATCCCAAGGTAAAATTTAAA
TAATAATCAAAAATAGGGTATATCGAATCTTTACATATTTGATTTAGGGA
GATTTTGGAAGGGAATACATGGGAGGTATCATAAATAATTTTTGCGATCC
CTCGTCTTGGGGGGATTATAATGGCAGTATCCCTCTTTTTGACGAATTAA
TGAAAGATCCGAGGATATATTTTACTTTTGGATGTCATCCCAGATTCGCT
AGTGCTTTTAATGATTCTCACCTGGCTAAACTTGAGAAACTTATTCAGAC
TAAAAGAGTTGTGGCATTAGGAGAAATAGGACTAGACTTTGCAGATGTAT
ATGGAAAAAGTACTTCTCCACATAATGTACAAATAGCTGTATTTTATGAA
CAACTTTTGTTAGCTAAGAAATATAACAAGCCCATCGTGCTGCATATCCG
TGATGCTGAACAAGAAACAATTGAAGTTTTAAAAAGGGTATCAACACAGT
TTATCCTTTTGAATTACATCTAAGTTTATATTTATTGTGGAATAGGCGAA
CATTCCATCAAATTACAATATTCATCGACATTCTATGATAAATTCCTGGG
AAGTTACGAAGAAGTGGTTGGAGGAATTTCCTGAATCAATGATTGGAATA
ACAAATATTGTTACAAAACCCGAAATGAAACAAGTTCATGAGTTAGTGCA
ACAATTACCGTTGGATCGAATCGTCTTAGAAACGGATGCTCCTTATTTTT
ATCCGTACCATGTAATCTATATCATATTTTTAACACTCTTGTTGGATCAA
ATTTTTATTCAACTTCAGGTTGTTAAATGGAAGAGTACCCATCATGTTTC
CTACCCTATGCTTGTCATTCACGTAGCTGAAAAAATTGTGGAGTTGAGAA
AAAATGAGAGCCTCAATGAGTTTATACTTGCTGTGAAGAAGAATGTTGAA
AAAGTGTATCGTCTATCTGAACATGAAGAGCCAATAGGTAGTATTTTGTT
AAACATATTGTTGTTTCATTATCGGGGTTTTAATATATTTATATTTAGCA
GGCGTTAATCAAATAGAATTTAAAAGTGTTGGATGTCAAACCATGTATCC
TGAAGAATATGTTTTTTCGTATTTTCATTCATCGGATGAAGAATCGGATT
TAAATGATGAGGAAGATGACATCTGAAGTTTTAATTTAGAGATTATTGTA
CACATTTTGTTTTTCTACATTGGCTATGTTTATTTTATAGTTGCTCAATT
AATATGTAAAAATATACATAATCAAAATCTTTGTTCAATAATTGAATGCA
TTCCATTTGTCCGATTCTGAAAATACGTCGTTTTCAGTCTGTGGTCACAT
ATTATTCCTAATATTATCT back to top
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