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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s116 | supercontig | LSalAtl2s116:186337..190168 - |
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 EMLSAP00000000982 >EMLSAP00000000982 ID=EMLSAP00000000982|Name=EMLSAP00000000982|organism=Lepeophtheirus salmonis|type=polypeptide|length=385bp
MDRLSLKRHEEESSRSHQETSFSKKQKFADEESVYESSLDKIRKNLMYHF
MQRFFIEESELSINGKQQSNGLNIGNLLNMGRNSTDGYTRLGTEEDVQGS
NGGGQVVLDSNAPLKWMTKRQFVQKPTRYNALESLGRDSEDEEIFEKSFK
GAKLKEIKLNSFSSSSGPSSPDDENDPMKKKKKSKKSSEDPSGKFIGIFL
AAISGLFFTLCSVTVKLLARIDPSEVLVFRAVIQLVLTLPLVLCSGNSIL
GPKGVRVLVYLQGVIGCLTVTCIFIGFARLPVGDAATIIFCSPIFVMIFS
HILLREHCGLFRVVDQGHEYDMVGYGAALGGTILTASNFVCMRKLRDVHF
SVLIFAFSVMSCVMSSCIVPLVGSFVLPETIEEWI back to topmRNA from alignment at LSalAtl2s116:186337..190168- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000982-696829 ID=EMLSAT00000000982-696829|Name=EMLSAT00000000982|organism=Lepeophtheirus salmonis|type=mRNA|length=3832bp|location=Sequence derived from alignment at LSalAtl2s116:186337..190168- (Lepeophtheirus salmonis)
ATGGATCGATTGAGCTTAAAACGTCATGAAGAAGAAAGTTCAAGGAGTCA
TCAGGAGACTTCTTTTAGCAAAAAACAAAAGTTTGCTGATGAAGAATCCG
TATATGAATCCTCGTTGGATAAAATACGTAAAAACCTTATGTACCATTTC
ATGCAGAGATTTTTCATCGAGGAGTCCGAGCTCTCCATAAATGGGAAGCA
ACAAAGTAATGGATTAAACATTGGAAATCTTCTTAACATGGGTAGAAATT
CAACTGACGGCTATACTCGGCTAGGAACAGAGGAAGACGTCCAAGGATCT
AATGGTGGTGGTCAGGTAGACGACAAGCTGTATAAGGGCTTTAGATTTGA
TAACTATTCATCCTCTTGTATTAGGTGGTCTTGGATTCCAATGCACCACT
CAAGTGGATGACTAAGAGGCAATTTGTACAAAAACCAACTCGCTATAATG
CTCTTGAGTCATTGGGGCGAGACTCTGAAGATGAGGAAATATTTGAAAAG
AGTTTTAAGGGAGCAAAATTAAAAGAAATAAAGTTGAATTCTTTCTCTTC
ATCATCCGGACCCTCAAGTCCGGATGATGAAAATGATCCCATGAAGAAAA
AGAAGAAAAGTAAGAAGAGTTCAGAGGATCCTTCTGGAAAGTTCATTGGG
ATTTTCTTAGCAGCAATTAGTGGTTTATTTTTTACACTTTGCTCTGTAAC
TGTCAAGTTACTGGCTAGAATAGATCCATCTGAGGTGCTCGTCTTTAGAG
CTGTTATACAATTGGTTCTAACACTTCCCCTTGTACTCTGTAGTGGGAAT
TCTATTTTGGGTCCCAAAGGAGTGAGGGTATTAGTTTATTTGCAAGTGAG
TTATTTCCGTCTATCTTATTAAAATATTTATTACTTTATTGCTAATGTTT
TTCAGGGTGTGATCGGATGTTTGACTGTCACATGTATCTTCATTGGATTT
GCTCGACTCCCTGTTGGGGATGCAGCCACCATTATATTTTGCTCACCTAT
TTTCGTAATGATATTTTCTCATATACTATTAAGAGAGCATTGCGGTTTAT
TTCGTGTGGTCGTAATTTCAATGTTATTTATGGGTGTAGTCCTCATTGCA
AAGCCTCCCTTTCTCCATAAACTTATCTTCTCAGATCAAGACAATTCCAT
GGGACAGGTGTGAATAGTTAAGGACGGTGATCACTAGGGCTGTAAATTGT
AAGGATTTTCAGTATGTAAAAAAACAAAACAACAACCCAAAACTAACATG
GTAAACCTAAAATTTAAAAAATATTTGAGAGGAGAGTAGCTAAGCTGTCA
TGACATTTCATTAAATTAAATGAGAACACCTATGAGATGAGGGAAATAAA
CACAAGTTCCACTCCGTATCTAGCAAGGACATAGGCAGAAATTACTTCTA
TATCGATCCTGAATTCTACTCATACGAGGGTTGTTTGAAAAGTCCGTGCA
AAGTCCGAGAGATGGCACTACTGGTGCGTATCGAGGTTTTTTAAGCTACT
AACATCTCTTGGAGGCCCATACACCAACTTTTAGCCACATTGGTCAACTT
AATTCTATTTGGCATTCATTTGAATCGAGTACGTGGATTGATTTCCAAAT
AATGGACGATAAAGAATTTTGTGTCTTGATGAAACATTACTTATTGAAAG
GCAATAGCTTCAGGACACTAAAAAGAAGCTTGATAAACATTATGGAGACT
ATGCACCTCTGGCCATATGGCCACAATTGACGCAGAACGTTATGTACGCC
GGGMATAGGTTTTTACTCCGGAAATCATTGATAAAATCAATGATACGGGG
ATACATGACAGAAAAGTGAAGGTGCGTGAGATTGCTTGTGCTGTGGGTAT
CTCGAGTTGGAACTCTATTTCCCTTAATTTTGTGACCACAACTGCTGAGG
TGAGAGCTGGGGCATTGCACTGATGGAAAATGATTTTTTGTGTGACAATC
GTTAGCGTTTATCTTGCAGCTCGGTTTTCAAACGGTCAATTAACAATGAA
TGATATGCAGCTGTAATAATTTAACTCTTTTCTACATATTCGATGTGGAT
TATTCTTTATGAATCCAAAAGACAGTTACCATAATCTTTCCGGCTGTTTC
CTCGATTCTATCGAATGCCAAAGAGGAAGAAATATGCCAATCTGGCTGTA
AATTACAGTGTGTTCTTCCAAAAGATGCTACTAACTAAAGATAACCTAGA
AAGGCACCAGTAGAGCCATTTCTTGGACTTTGCGCGGACTTTCCAAAAGA
TCCACGTAGTTAGTCAAACCCTAACTTAACCTTACCCCAAACAAATCCTC
AGGGTTCATTCATGAGCACACTCACTCTTGGTTACACTTTATGCTTAGAT
GTTCTTTCCTCAAGAATGAAAGTATTATGATAATATCTTTAGAAAATAAA
AATAAAAACACTGATCATGTAGCCAACAACAAAAACTCGGCCGCTAGAAA
ATCTTTGGTTTTTACAACCTTAGGGATCACTAAGAAACACATCCCAAAAA
TGAAATACTCTTTATATTTTCTTGTACAGGATCAAGGGCATGAATACGAT
ATGGTTGGATATGGAGCTGCTCTAGGAGGAACTATCCTTACGGCATCAAA
TTTTGTTTGCATGAGAAAACTGAGAGATGTTCATTTCTCCGTTTTGATAT
TTGCATTTAGTGTTATGTCCTGTGTTATGAGCTCTTGCATCGTCCCTTTG
GTTGGTTCCTTTGTTCTACCAGAAACAATTGAAGAATGGGTTTATGCAGT
GCTTGTAGGAGTATTTGGCCTACTTGGACAATCACTTCTTGCTTTAGCTC
TTAAGTAATCCTAAAGGCAGTTTATCACATTTATAATGCGTGTACATCAC
ATTTCAAGGAACTTTGCATATTAGAAATCTTCAAACCTCCAAATCCCTTC
TTGGTGAGAATAAAGAGGTTTTGTGATTTAAATTGTTTATTGTTTGGGGT
TAAAATGTTACATGTTAGTATTTTTTGTCCTTTCAAAATGTCCACTCCTA
CAAATACGACACATTTTTCATCACAAAACCTCTTTATTTTGTTAGAGAGT
TTTGAAGACTAAAATATAAAAAGTTTTCATTAATCAATTGTTTGTATACG
TACGAAGGTGGTTTGAAAAGTTTCCGACCTTAACGTGAAGATAGCAGCAC
CCGTAAATAAAAGCTAGTCACATTTATCTAGCTTCTATTGACAGTTACTC
CCCAAAGTTTCAGCCATTTTGGAAGATCAGTTGTTAGGTTACAGTCGTTT
GAGTAAATTGATGTGAGTGTTTTTGTGAAAAATTTTAGGATTTTTTTTCT
CCAACATAGTCTCCTTGTGACTCAACGCACGTTTCCCAGCAATCCTCCCA
TCGCTGTAACCAGTCCAAATGATACTTGACGTTTTTCTATACAAAATAAC
TATTCACGAAGTACTTTTTGTTTATGGCTCAATTACTCCGAGTTGGATTG
AGTTGGAGACGTCAAATTAAAAAAACAAGTTTTTATACATCTGCTATTGT
TTGACTCTATTTAAAGCTTACACTTTGAAATAGAAATATCTAATAACTGA
TCGATACTCGATTATGTTCATTTTCACAAAAGTACTCAGATTAACTCACT
CAAACAACACTTATATAGCAACTGTGGCTTCCAAATGGCTGAAACTTTAC
TGTCAACAGATGCTAGATATATCTAACTAGCTTTTATTACAGAGTGCTGC
CATCTACATATTCATGTTTGAAAGTTTTCAGAACCCTCTTTTATATATAG
CTGAGGCAATTTTCGTTTATTCATCTCAATATAAAACAAAATTTATTGAT
GTATACNAATATTATATATTTTAAAGATATGA back to top
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