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Associated RNAi Experiments
Alignments
The following features are aligned
Aligned Feature | Feature Type | Alignment Location |
LSalAtl2s490 | supercontig | LSalAtl2s490:385888..388883 + |
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 EMLSAP00000008178 >EMLSAP00000008178 ID=EMLSAP00000008178|Name=EMLSAP00000008178|organism=Lepeophtheirus salmonis|type=polypeptide|length=666bp
MGPNRFKREKRESTPFNDEPIVREEVPPEWRDIEAPINFTWVAQDELAGM GWPKSRDQVRFCVEQGIDHLISLSPEKLPPSYAFPNLKWTLIPVEDFTGP TIADIKKFITIMDEARKEGEAIGVHCAEGRGRTGVLCACYLIYYHEMKPW DAIRIMRRQRPGSVERKTQEETVVRFWTLIQDYGKSKLEELEERDKELRR KQKLMSLNNSLTTCTTENPLLGHTAKFFGPNSDARSERRCQRAKSMPKFN QEEEEEVNFRQHMQSFFQSRQHRSHRHERRSRSQPHGKRSEKNQNSNRNE RATTPGRSLVENLKPVHQRTRKLIEEPASNQNSNDLTKHFKDFMNSSSSI NKQKARKPPRHPNKSVRGVDENDANIDNICIQEKPMRSQSSSKERKYIRG MTETETNTHRSEKETSCPPSRSSSRSESPSMSEDSCSSDSCSNSSSRCSS RRNSTCSSIQGSSSRSSSPYTSSSSSSEFSSSKKVPNSPPSFKPTYTVEN ISSTTYDYYTRIRSRAAANRTESKKPMECYPSITNIPSQSTTSDSRFRRA QTELSDRPYTSAYSTRNYSSVLNNYDIDQKYLSNRNINSNSPYNSSSSRS ITANSIVVDRALSSLRCGNSSNILNRRFRTDKTLEYPTPLVRDSWKRTNQ RFNYSRFVSTSPETFV back to topmRNA from alignment at LSalAtl2s490:385888..388883+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000008178-704025 ID=EMLSAT00000008178-704025|Name=EMLSAT00000008178|organism=Lepeophtheirus salmonis|type=mRNA|length=2996bp|location=Sequence derived from alignment at LSalAtl2s490:385888..388883+ (Lepeophtheirus salmonis) GTTTATTTGCCAATGTACATACAACAAGAGGGTTACTGAGGAAATAATTT
TTAGTAACATACTATTGTGCTCTTTCCTATAATTTCATATTTGTGTCAGC
GTTTGTTTGACTACAAGATTACTGCTTAGGATACCTTTGTGTGAGCTGTG
AATCCTATCAAATCCTGATAAAAATATATAACGCCTGAGGTCAGTATTCT
TGAAAAGAAGAAAAAGGAAAAAAAGGAACATTTAATGATTGAGTTGAATG
TCCTCATTTGTTATTATCTATGTAGATCGTTATTCGTTATAAGTCGTCAT
GGGACCTAATCGATTTAAACGAGAGAAAAGAGAATCCACTCCCTTTAATG
ATGAGCCCATTGTTCGAGAGGAAGTTCCTCCTGAGTGGAGGGATATAGAA
GCACCCATCAATTTTACCTGGGTGGCACAAGATGAACTTGCTGGAATGGG
ATGGCCCAAGTCTAGAGATCAAGTCCGTTTTTGTGTGGAACAAGGAATTG
ATCATCTAATTTCTCTTTCTCCTGAAAAACTTCCTCCTTCCTATGCCTTT
CCAAATTTAAAATGGACACTCATTCCTGTAGAAGATTTTACAGGACCAAC
CATTGCAGATATAAAGAAATTTATTACCATAATGGATGAAGCACGGAAAG
AAGGAGAGGTATTTATTCTTGTTCATTCTATAATAGGAGGTGTAGATGAG
TGTAGATATGTTTATTTTACAAAGGCCATTGGAGTCCATTGTGCAGAAGG
AAGAGGAAGAACGGGAGTCCTGTGCGCCTGTTACTTGATTTACTATCATG
AGATGAAGCCATGGGATGCCATACGTATTATGAGAAGGCAGCGCCCAGGA
TCCGTCGAAAGGAAAACGCAAGAAGAGACCGTGGTTCGTTTTTGGACGCT
TATCCAAGACTACGGGAAATCCAAATTGGAAGAGTTAGAAGAAAGGGACA
AGGAATTGCGGAGAAAACAAAAGCTCATGAGTTTGAATAATAGCTTGACT
ACTTGTACGACCGAAAACCCCTTATTGGGCCACACAGCAAAGTTCTTTGG
TCCAAATAGCGACGCTCGATCCGAGCGACGATGTCAAAGAGCTAAATCAA
TGCCCAAATTTAATCAAGAAGAGGTAAGAATTATTAGACTCTTTAAGGAA
TCAATATATATGTATATTTATGATACTCATTTCTAATCAAATCTCTGATG
AATTAATATACAAAATCAATATATCTTTAATACTCGTATATACATTGCAA
TGGAAAAATACTCAAACGTCGTAATTTTAATCGAGTTATTGCCTTTCTAA
AAAAGGAAACAAGTTGTCCAACGCGACTACTACGTGTATGTACTCGTACA
TACAAGTCTAAAAAAGATAGATCGAAAGATATGTAAAATAAATGTTACGG
TATCAATTAAAAAGTTGGAAGGTTTCCCAGCTTCTTATGAACCCGCCCAT
AGTGTCCAAGCAAAGGACAAGCGGAACAATTTTTATTATAAATGTAGTAA
AATGACTTTTTATTCCATAATGATGATACATTTATACGAATAATATCTGT
TATATGCTAGTTAATTATGTCATGAGATTCTGAAACCTATTTTTACGTTG
CTATTGCAGGAAGAAGAAGTTAATTTTCGCCAGCATATGCAGAGTTTCTT
TCAATCGCGTCAACACCGTTCTCATCGTCACGAAAGACGATCCCGCTCTC
AACCACACGGAAAAAGATCCGAAAAGAACCAAAATTCAAATCGAAATGAG
CGTGCGACGACACCTGGTCGATCCTTGGTGGAGAATCTCAAACCTGTTCA
TCAACGAACACGAAAACTGATCGAAGAGCCGGCATCAAATCAAAATTCAA
ATGACTTAACCAAACATTTTAAAGACTTTATGAACTCAAGCTCCTCCATC
AATAAGCAAAAGGCTCGGAAACCTCCGAGACACCCCAACAAATCAGTTAG
AGGGGTAGACGAGAATGATGCGAATATTGATAATATTTGTATCCAAGAAA
AACCTATGAGATCTCAATCCTCTTCAAAAGAGAGAAAATATATTAGAGGC
ATGACAGAAACGGAGACAAACACACACAGGAGTGAGAAAGAAACTTCTTG
TCCTCCCTCTAGATCCTCCTCTAGATCTGAGTCCCCCTCAATGTCTGAGG
ATTCTTGTTCATCAGATTCATGTTCCAATTCAAGCTCAAGGTGCTCTTCA
AGAAGAAACTCAACTTGCTCATCCATCCAAGGCTCTTCATCTCGTTCATC
CTCACCCTATACGTCAAGCTCTTCTTCAAGTGAATTCTCAAGTTCCAAGA
AAGTGCCAAACAGTCCTCCTTCATTTAAACCTACCTATACCGTAGAGAAC
ATTTCCTCCACCACCTACGACTACTACACGAGGATTCGCTCACGTGCTGC
AGCTAATCGAACGGAAAGCAAAAAACCAATGGAATGTTATCCCTCTATAA
CCAATATACCGTCCCAAAGCACCACTTCCGACTCCAGATTCAGGAGGGCT
CAAACAGAGTTGTCTGATAGACCTTACACTAGTGCTTACAGTACTCGAAA
CTATTCAAGTGTCTTAAACAATTACGATATTGATCAAAAATATCTGAGTA
ACAGAAACATTAATAGCAATAGCCCATACAACTCCTCTTCATCTCGTTCA
ATTACTGCAAATTCAATCGTTGTTGATCGAGCTTTATCCAGTCTACGATG
TGGGAATAGTTCAAATATACTTAATCGTAGATTCAGAACAGACAAAACAT
TAGAATATCCTACTCCACTTGTTCGAGATTCATGGAAAAGAACCAATCAA
CGGTTTAATTACTCCAGATTTGTGTCTACCTCTCCAGAAACCTTTGTTTA
AAACACTATTTATAGTATAAATCTGCCTACTCCATTTGTCTTTTCATATA
TTAACAAATCATTAGTATTTTGCCAACTATGTTTTTTTGACTCTTTGTGT
TTTTTTAACAATAAATTATTCCATTTTGATATTATAAAGAGAAAAA back to top
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