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Associated RNAi Experiments
Alignments
The following features are aligned
Aligned Feature | Feature Type | Alignment Location |
LSalAtl2s1136 | supercontig | LSalAtl2s1136:191189..194557 + |
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 EMLSAP00000000810 >EMLSAP00000000810 ID=EMLSAP00000000810|Name=EMLSAP00000000810|organism=Lepeophtheirus salmonis|type=polypeptide|length=129bp
MGEVDKETNISLEDQQKINKFARLNSRLEDLKEELAGKSAEITTLEDASL DLTMVEDEEELIPFQVGEVFLSMKSDEAETQLDQRKEAIQKESSQINVKM DEIRSVMSDLKTHLYAKFGNAINLDADDE back to topmRNA from alignment at LSalAtl2s1136:191189..194557+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000810-696657 ID=EMLSAT00000000810-696657|Name=EMLSAT00000000810|organism=Lepeophtheirus salmonis|type=mRNA|length=3369bp|location=Sequence derived from alignment at LSalAtl2s1136:191189..194557+ (Lepeophtheirus salmonis) GTAGTCAGATAATTTATCGCCAGAGGACGCTACATGCACACATCTTCATT
TCCCTGGGTTTAGCTTAATCCTCATTGGCCATTCTTCATTGACTCCTCCT
TTTAATTATCCATCAGCTATTATAATCCTAAGATCTACATCCTAGCACCC
CCTACCCACTCCTACTTTCGACTACTCAAATTACATCATGGGCGAGGTAG
GGGATTTATTTCATTAGCCGGATAAATTAGGATAATTCTATGTACACTAA
TAAGGGACTCCTCTCCAATTTCAGGTAGACAAAGAGACAAATATTTCCCT
CGAGGATCAGCAAAAAATCAACAAATTTGCTCGCCTCAATTCCCGGCTTG
AAGACCTCAAGGAGGAGCTAGCAGGGAAGTCTGCTGAGATCACAACTCTC
GAAGATGCTTCTCTCGATCTCACCATGGTGGAAGATGAAGAAGAACTTAT
TCCCTTTCAAGTAGGTGAGGTTTTCCTCTCTATGAAATCCGATGAAGCGG
AAACGCAGCTCGATCAAAGGAAGGAAGCCATCCAAAAAGAATCCTCTCAA
ATCAACGTTAAAATGGATGAAATCCGAAGTGTCATGTCGGATCTCAAAAC
GCATCTCTATGCTAAGTTTGGAAATGCCATTAATCTTGATGCGGATGATG
AGTAATAAGTGAAGTAAATAGTCATTAATAATGGTGCATCTTATTGTCCT
AATTGATAATTATCTTATTCAATTTCTACTCATCTACGACTACATGAATG
GGGGGAAAAAACAAAAACAAAAAAAACGTATTCTCCCTCATCACTTAACA
AAAAAATCTCAAATTTAATAGCCTATTAATGAGAATAATTAATATTATTA
ATAATAATGGTAATTTAACGACGTAAAATTCACACTTGATGTAGAATTCA
GTTTTTTATTTTTTAATACGAGTTTTGAATACATAAAACATCTACCTAGC
TCAAAAGGTGTAAATCTCTGGGGGTAGATTTATAATGGAATTATTCGTGA
TAATCGAATTCTCAATTGACTCTATTCTTTTCAACTTTTCTTGAGTCTCA
TGAAGCTCGTCCTGCATTTTTCTTTTTCTTTTCGTTTGAACACCACCCTT
GACAGAAGACTTCTTTCTAGGACTAGCTTTTCTCTTCTTTTTCGGAATAG
TTTTTATGGGAAGAGCTCCAAAAAGGGGTTCGAGGGGGTCAATGTTCATA
TCTTCATCGAGTACGGAATCTAGAAGAAAAGGCCTGCTTTCAGGTACAAT
TTTCCGCCCTATCATGACAAGACGAGATTTCTTAAATATCTCTTCAGGTT
CAAATTCCTCCAAAAATCCCAAATATCCCCCCATCATGTGTAGATAACTA
TTTATAACATCTGTGCTCAAGTGTCCAGTAGGAATAAAGTCCAGGGCATT
TCGTCTAACTACAAGTTCATTATACAGTTCCGTGAGAGATTGAATTCCAA
TGATCATGCCATATTGAAAGGGCATCATATTTATTTCAGGTTTCCCGGTG
ATGGGATCGATAACACGCAATTTTATTGCTAAATCTTCAGCCTCACTTAT
AGTTGATTTTTGCTCTTCTAGATGGACTCCAAATGCAGAGCCAATCTTAT
TATTAAACGTTTTCGAACGGCTGTTAAAAACGTCAACATATGCATTTAGT
TTACGAATCGTGTCCACCTTTTCTTTTGCAATGCCAATAGTCTCCATACT
TTTGCTCACAGAGAGGCTAAATGTTTGAAGAGCTAATTTGTTCCGTCGGC
GATCAATGCCGCATGCATTTAAGTGGAAATTTCGAAATTTGGGTGTAGAG
GCCTCCCTTGTAGACTCACTTAAAATAAGTTCGAAATCTCTTTTGCATAA
AATAGTTTGGGTTTCTGGATTCAGGATGATTCCCATATCAAAAACGTAGT
TACGTAACTGGAGTATCATTGAGGACATAGACGGGAAAATATAAATATGG
CGAGACTCATCAATAGGATTTGAAAATGTAAAACAACTATTTTTGAGAAT
GACCTCCTCCATGACTTCCTTGTTATCAATGCTGAGAGAGAGTGCCCAAA
CTTGAACACCGATTTCTTCAGCTTTTACAATAAGTTGATCCAAAATAAGC
TTCGTAATAGGGAAATCAAGGTCTTGATATATTATATACTTCCATTTGTG
AAACAAACCTCGAAGTAAGACTACTTGCATTTTCCTAACGATTGGAAATG
GAGATGTACCAAGGGTATGTAGGTCATTTCGACATTCTATCTCATCAAAA
ACAAGGGTTGCCAATTTGAACTTTGGATCCTTTTCCGTCCTAAGTCTTTC
TTTAATAATGGCCCATGCAATTTCCTGAGAGCCCTTCTCTACTTTGAATT
CACGTACCCAATTCCTCAAAGTACTAAGACCAGGTAAAGGAAAGTGCCCA
CAACGTCGTATAAAAGCATACGTCTTTGGAGACATTTGGCGAAGCCGTAA
AGCAGAAATTATATCTTCAGTCAACCATTTTCGAACTTTTTTTTTATGGA
GGATCACATCAGTCTGTGATTTAGTAAATGACATTTGAGGAGTTTCCCTC
AAAAGAGGCTCCACATATTTAGAACTCTGCATCTTTCTTACAGAGGATCG
CAGCTCGTTGATTTTAATCTTTTGTTGCTCGATGGTGTTGAGGAGTTTCT
TATTAAGAGAATTCAATTTTGAGAGTTGAGACTGATATTCAGAAGAGGTG
AACTCAAAGACTTGAACACCCACATGTTTGTACTTGGGTTCAATAGGAAT
GGGTGGAGGATCTGGGCCTTTTGTTAAAAGTCTCTCTATGAGTTCGTCCC
GTTGTCTTCGTTCCTCTTCTTCTTTTTGTGCAATTTGGGATGAAGTGAGT
TGAGGTGGCTCCTTTTGATTTTTGAAGAGATAGAGAGAGGGGAGAGCGTC
GGAGTTGAGGAGCTTCTTCTGAGGAAGGTTCAGGAGTTCATTCACGAGGT
CTCGTTTAAAATCTTCTGCAAGGAAATGACGGGAACAGATCCGAGGCTCT
TAAAGGAATAAAAAAACAATATTATTGTATTATATTATAAATCAAATGAA
TCCATCACTCAACAGACAACATTCCAATCAAATACCTTTCACATCTCCCA
CTCGACAAAGGATCCTCCAGCGTTTATTCAGATTCCGTTCTTTGGGAAAT
CGATGATAAGAAACTCCGGTTTTAGGACTATGACAGTCTCCAACGGCACA
AGTAATGTGAAGCCGTCTCTGTGGCCTCGAGCGGTCCATCTCAACTAAAA
GATGTGGGTCCGAGAGTAAGGATTCCATACCTAATGAGTCACTGCATAAG
GTCAGGATTGAGTTTATTTAATCTAATAATTAATAGACAATGGACGTCGT
GGGCCTATTTATTATTTTA back to top
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