|
|
Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s118 | supercontig | LSalAtl2s118:334151..339036 - |
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 EMLSAP00000001133 >EMLSAP00000001133 ID=EMLSAP00000001133|Name=EMLSAP00000001133|organism=Lepeophtheirus salmonis|type=polypeptide|length=59bp
MLVLQIGKNHMQGCQKLPNIVKAEVTASTDFFLRSRENLALADSKNVVFP
ALSSPRINT back to topmRNA from alignment at LSalAtl2s118:334151..339036- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000001133-696980 ID=EMLSAT00000001133-696980|Name=EMLSAT00000001133|organism=Lepeophtheirus salmonis|type=mRNA|length=4886bp|location=Sequence derived from alignment at LSalAtl2s118:334151..339036- (Lepeophtheirus salmonis)
ATGTTGGTCCTTCAAATCGGTAAAAATCATATGCAAGGCTGCCAAAAACT
ACCAAACATTGTTAAGGCAGAAGTCACGGCCTCGGTGACTAGATTTGTAA
AAAAGTAAAAACAACAAAGTATGAACTTTTAATTTAAACAAAAAGTCTAA
TTTTTTATTAAAACAAAAAGTGTCCATTTTTTTAGTAAAACAAGAAGAAA
TAATTGCTCTTGAAAAAAAAAATCTGACCTAGTCAATCCCCTAAGAACAA
TCCTAGTCACATCCCATTAAATACTTTGCATTTTATCTTTGTTTCAGGAA
TTGTTTGTTGAAAAAATGACCCTGGTCTGAGTATCAGCCTCCTAAAAAAA
CATATATCGGCTCAAATTTATATAAAAAGTAATTRTTACATTATGTCGAA
TCTTATTAAACCGAAAGCTGCAAAACTTGTCAGCTTAAGTACATTTCTTA
GCTACCTGGTATATTTTTTTACTTAGCAAGATTACATTTTTTTATTATGA
TGAAATTTGCATAGCTAACAGAATTTACCTTGCTAATACAATGAAAAATG
TGAATTCATGGAGGCTACATAGTTATTTATGGAGTAATATTCAACGCTTC
TAAAAAGGTGTTACATCATTAACATAAAAATTTAAAATGTATTTTGTCAT
AGGCTATCGATTTTCAACTTATTTTCCCCTTATCAGTGTTCTGAACATAG
ATTGATTGAATAAGAATTACCTCTTCTTCCACTTTATGAGACATTTATTT
TCATAATCCTCGAAAGTGCTAATTTCCGAATATCTCGAAAAAGTCCCTCT
CCTCCTACTCAAATAATATATTCCATATAATTGGATATAGGATTTCTGTA
AGAGTGTGAGGAGAAGGCGGTATTACTGAATTAAGACCATTGTTAATATC
AGCTGCCTCTTATATCATTTTTTTAGGGGGGGGGGTGAATTAATTACTAC
TATAAACGGGGAGAATATTGTAATTATATCTAAGTTCTTATATATTTATT
CTATTATACATTTTTAAATCAATTGACACCAAAGATAGGCAAGAATCCTT
CTTTTAGAGGGAGATGTTAACACACACACGACTGATTAAATAATTAACGA
AAAAAAGAAGAAAGAGCACACGCATCAACTGACTTTCCTTCTCAAATCTC
TAAATTTTCTTTTTTCTTTACAGAAATCTCATATTTACTTATAATATAAT
TTGCTTATTGATAAAATGGTTTGGATAGTTGAATTTCAGCTATCTGCTCT
TRCTGTCTCCAATTTCGATATAGAAAGAGAAAATATGGGAAGCGGGCAAG
CTAATATAATGCGAGCGATTTTTTTTTTTTGGGGGGGGGAGCATTTTGTA
CTTATTTTTGTTTTAAAAGGCCTGTCAACTCTGAAAATTGAATAAGGGGC
ATATGTATTTAAACTACGTGGCTCTTCTTCACTTAATACTACTCATCTTC
CCATATGGACTGACATGGATTGTTCCTCTCAATGTAATTATAACAAGGTT
AGTCAGCAACGATTTTCAGTTATCACTAACGGATATAATGGATGACATCA
TTGGACCCCAAATATAAGAAAATAACGATGGAGAATAACCTAAATATAGC
GTGTATAAATGAGGAATCAATAGAAGAAATAAATTTGAATTACTCCATTT
TATACTTTGTATGTATTACATTTAGTCAAACAAATGTACCCAATGACGTC
ATTAGAAAGAGTTTATTAATAAATCTGCAGTATTTGTCACACGAATGTAT
TGTAGCCTAACCTTACTCTAATAGTATTGGTTCCCTTCCAAAAAATAAGA
GGTCGTAWGGGTGWATATGACTCCTAAACAGTAACTTTTGATCAGCTCTC
TTATCAAAAAATATTCACAAAACTAGATAAGATGAAGTTAATTCAATTTA
TGACCATGAAAAATTTGTGAGCATTCCAAATATTTCCGTAATCTACTCAA
ACTAACAGGCACGTTTCACATMTTTGTTTTAAGGCTTTATTCTACAAATA
GATAATATCAAATACAGGCAACGATTCGAAACAATTGACCCTTAAAAATT
TCAATCATGTGCTACATACTCTATTATAATAAAAAAAAAAGAGTAGATTT
AATAGAGGATTTATATCCCTGAGAAGTCAGGGATATCTATAAGGAGAATA
AAAAAATAAAATAGTTTCCTTTATACATTAGCATTTTTTTAGGTTGATAA
AGTTGTTGATAGCAAATACATATAAAAATAGGCTCAAAAGATGTACATTG
TCTGAGTAAACTATTGTATATGAAGTAAGGATGTATGTAGTGTTGGTTTT
AAGATAATTTAATCCGTTAACAAGATTTTGAGAGAGAAAATATATATCTA
AAGGGAAATTTGTTAATCTAGTTGCTTTGGTAGTAGTTATCCCTAGAGTT
GAGTAGTTTGTAATGAAAAAAAGAACGCGAAGAGAAAGCGAGATCGAAAA
ATATGGTACACTTGGACCATAGATATCTCTAGCTATCTGGACTACATGCA
GATGATTAAAAATGCGCCCGACTCAAAGACACGGCTTATTTTTTAAATTA
ATTTCATTGTTTTCAGTAGTCAAATATACTATTGTCTATTCTTAAAGCTT
ATGGATTCCGATCGTCACTGTTAAGTTTAAGGTGATGGGATGGAAGTGAT
GTACCCTTCTCATCGAATAAAACTATTGATATTTGAACAAAAAAGTATTA
GTATATGGTAAAAATTCCTATGAAATAACTAGGTTTTTACAATTAATTTT
GTTTTGGATCGATTAGAGATGACAAAAGTAGGATAACTAATAGAGAAAAA
TAAATAATCCTTGCAAATGTAGTAAATAGCTTATTTTTTATATATAAATA
TCAAATTATAATAATATAATTTAATATTTTTATCATATAATCAGATCGGA
CGTATAATAAAGCTAGATTTTTGATAACCAAAACAGATTTAAATCCTTTT
TTATTTTTATCAGTCCCATTTTAAATCCAAATACAATTAATGTAGTTGAC
CATTTGCATTAATCTTAATGGAAAAGGGGTTTTTATTTCTATAATATTTA
TGTTCTATACTCCTAAAACCGTGGGGTCCGCAGGATTATATATAAATATA
ATTCTTTTTTTGCAGGTTAGGGGGACTTTGTTTCTGGATTTTTTCTGAAA
AAAATTTAAAATTCATAGCTATTTAGAAAAAATTCATTTAAAATCTACAG
CTGTTCTGAGAAAATTTAAAAAAAAAAATCAAATATTAAATTTAAAAATC
CATAACTGTTCAAAGAAAATTAATTTTTTTGGAAAAAACATTGAAAAAGG
AAATTTCAAATATTAAATTTTTTGAAAAAATATCAAAAATACAGAGTTAT
TTAAAAAAAATTCAAAACTGAAATTTCAAATATTAAATTTTCTCGAAAAA
AAAATCAAAAATTAACATTTTTGCTCTGCTGCATAATTTCCCCGAATGTC
CTTTTTTTTTTTAATAAAGGAAATTTTTCAAAAAAAAAATTACCCATTTT
CGCGTAAAATTTTTTCATACTGACCATAAAATTCTAGTAAAAAGCAAATG
CTCCTTAGTTTGGTGGGGAGTGCTACAGTACCTCCAGCCCACCCCCGACG
CCCCTGTAAAATGACCGGCATCTACAATGCTGAAGTCAAGTAAAAACATT
ATATTAAACAGCTTCTTATAATAATAGAAAATATTTTATAAAAATCCTTT
GCAATCATAATTAACACGACTTTTAATTAGACACGTAACTAAAAATGAAC
TTCAACTCCTAAAAGAATGGCAAACTATACATATATTTACAAATGGTATT
GTATTTTACATAATCAGAACGTACGTTCATAAGTAAAATTATTTACGTTT
GATATAATAGTTTAAATAGTTGTTAACCCTTATGTTGACTCGCAAATATG
ATGGCTATGATTAAAAAATTGTAGAATAATGCATATCTAAGGCCCCTTAA
ATTATTAAAAAACAATTTAACAATATTTTACTGATATATAAAATACTAAA
GAATATATAAAATGCATACAATTTTTTACTCGGCGTCATATGAGAGACGG
TACAAGGGCTTAAAAATCCCCTTTTTTTAAACTCAAATCACCTGAGAGGC
CAGTGTCATATTTTTTTTTTATTTATTAAAAGACGTAAATTGGCCCCATT
ATGGCCTTTCAAATAAAATTTATCAATTTCTCATTCCTTTATTGTGATGA
TTAATTTTGGCTACTTAAAGTGTGATTTGAGGCACTTCCAAAGTACTAAA
CAGAATAAGTTATTGATATAAATTGACGATAATTTGTCGAAGAATACAAT
TGTACTTCACCCAACTTTGAACAAACTTATTCTAACTTGCTTTTTTTGAG
GGGCCACATATACAAATAAGAACATTTATTTAAAAATTCATAAAATTAAG
TAAATATTCTAATATAGGCTCAGTTTTATTGACCTACCGGGAAGGTCTTG
TTTATTTGCAAGTACCAGTAATGGAACTCCTTTCAAATTTTCATTAGAAA
TCATACTATCAAAGGAAACTTTGGACTCAGAAATTCTCTCTCGATCATTG
GAATCTATCGTATAAATGATTGCATGGCATTCAGCGTAGTATTTGTCCCA
GAGGGACTGAAGCTCACTCTGACCTCCTAAATCCCAAAAATTCAATCTGC
AATGTAAATAAAATATGTTATAACAGTAATTACAATTATATTTTATCGAG
AAGGGAATTTGTTACCTAACGCTGTTCACTTCAATTCTTCCAATGTTGAG
ACCCACAGTGGTCGTTATTTTAGCTGGATTTATTTTGAAGACGGATTTCT
TCTTGCGATCCAGAGAGAATTTGGCCTTAGCAGACTCCAAAAACGTTGTT
TTCCCCGCGTTGTCTAGCCCCAGAATCAATACATAA back to top
|
