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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s653 | supercontig | LSalAtl2s653:34823..38362 + |
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 |
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| 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 EMLSAP00000009985 >EMLSAP00000009985 ID=EMLSAP00000009985|Name=EMLSAP00000009985|organism=Lepeophtheirus salmonis|type=polypeptide|length=600bp
MSTTPSLFRVTLDEMDEPSLNEIHLSDGEDCILFTQPDLPHLAFSLMESI
RREGKLCDVDLFVGDSVFPAHRVVLASAIPYFHAMFTSSDAFQESKCKEI
RIRGDVVDPSALETLINFAYTGKISISGSNVQNLIIGASFFQLTKVKDAC
EEFLMTRLSPSNVLGVRQFADNLGTCISLVKACQKYIQKFFETVVKNPEF
LALSFSQVDEIVNYDELHIQDESAVFYSIMNWTKHEKEDRKRFLPSLLSK
CRLPLLTPHFLSDIVCSDELIRNCHKCRDLVDEAKDFHLMPERRMLLRSF
RTRPRRCKDMAGLIYAVGGQTRSGNPLSTVEVFDPSIGHWRNAEAMSMLR
SRVGVSVMNNSLYAVGGYNGSDRLNTVEVFDAASKRWSKVADMNFKRSAV
GAIALDSYLYVCGGFDGISSLNTVERYDSVSNSWTLVSSMTKNRSAAGVT
KLFGQIYALGGHNGLSIFNSVEAFDPKSGLWMEVVPMLRKRCRLGVAXLN
GKIYACGGXDGSSFLSSVECFDPVTNKWSYIAPMNAIRSRVALVANMNKL
WAIGGYDGMRNLSTVEXYDSETDNWEFVASMESHEGGVGVGVIPLSSRHN back to topmRNA from alignment at LSalAtl2s653:34823..38362+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000009985-705832 ID=EMLSAT00000009985-705832|Name=EMLSAT00000009985|organism=Lepeophtheirus salmonis|type=mRNA|length=3540bp|location=Sequence derived from alignment at LSalAtl2s653:34823..38362+ (Lepeophtheirus salmonis)
TTAATAATTATATGGATAGTTATTTAATTAAGGCACTAATGCTACATATT
TCCAACACTAAACATGGATGTGAAAGTAGTTACTGCTATCTGGGTGTTTG
TTTGTTAGAGGAACAGAGTGATGGCTACAGAAGAAGGGGRTGAACGCTCA
TGGTTGTAGGTTGTGGATACTACTAATTAACATTGAAATATTGATATTAT
TTATGAAGCTTGAAAGCGAGGGACTCAGGACTGAGTTTTAATTGAGTTCC
TTTTTAGTTCCTGATTAGTGATTGATCTGTAAGTGTAGGTAGTGATTGTT
GTTGAAAAGACTCCCGACTTGCAAGAGGATGTCAACGACTCCATCCTTGT
TCCGTGTGACGTTGGACGAGATGGATGAGCCTTCCCTGAACGAGATCCAT
CTGAGTGACGGGGAGGACTGCATTCTCTTCACTCAGCCCGATCTTCCCCA
TCTCGCCTTTTCTCTGATGGAGTCCATCAGGAGGGAGGGAAAGCTTTGCG
ACGTTGATCTCTTTGTCGGAGACTCCGTATTTCCCGCTCATCGAGTTGTC
CTGGCTTCAGCCATTCCCTACTTTCACGCCATGTTCACCTCGTCCGACGC
ATTCCAAGGTATGGGTTTTCAGGGGTATCTCTGTCTCCCAGTCTATTTCC
TTCTTTCTATTCTTGTAGAGTCCAAGTGCAAAGAAATCCGTATCCGAGGA
GATGTGGTGGACCCAAGCGCTTTAGAAACTCTCATCAACTTTGCTTACAC
TGGCAAAATCTCCATTTCTGGTTCAAATGTTCAAAATCTCATCATTGGGG
CCTCCTTTTTCCAACTCACTAAAGTGAAGGATGCCTGCGAAGAATTCCTC
ATGACGCGCCTCTCTCCCTCCAATGTACTAGGAGTGAGGCAATTTGCTGA
TAATCTAGGTACCTGTATCTCTCTTGTCAAGGCTTGTCAAAAATATATAC
AAAAATTCTTTGAGACTGTTGTCAAAAATCCAGAGTTTTTGGCCCTGTCT
TTTAGTCAAGTATGGTTTTCTACATTTATTAACATAATTTCACTCATGTC
CATTCAATCTTTGTTTTATACTTTCTTAGGTAGATGAAATTGTTAACTAT
GATGAGCTTCATATCCAAGATGAATCTGCAGTTTTTTACTCCATCATGAA
TTGGACTAAACATGAGAAAGAGGACCGTAAAAGATTTCTACCCTCACTTC
TTTCCAAATGCCGTCTTCCATTACTCACTCCACATTTTTTATCAGATATT
GTTTGCTCAGATGAGCTCATCCGAAATTGTCACAAATGTAGGGATTTAGT
AGATGAAGCAAAGGACTTTCATCTAATGCCTGAAAGACGTATGCTTTTAA
GATCATTTCGTACTCGACCTCGAAGATGTAAGGATATGGCTGGTCTAATC
TATGCTGTTGGGGGTCAAACAAGGTCTGGAAACCCCCTTAGTACCGTTGA
AGTATTTGATCCTTCTATCGGGCACTGGAGAAACGCTGAGGCCATGTCTA
TGTTGAGAAGTCGCGTTGGTGTATCGGTCATGAATAACAGCTTATATGCT
GTAGGAGGATATAATGGTAGTGATAGATTAAACACTGTTGAAGTATTTGA
TGCCGCTAGCAAGAGGTGGAGCAAAGTTGCGGATATGAATTTCAAAAGAA
GGTAAATATTCTTCATAATTTCGTTTATTTTCGTTTATAAATGATGTAAA
TGCGATGGGGGATCTCGGTTAAATTTTAGTTTTAATTTAGGTTGAGGACT
CAACTATTTAGATGTCTTCCTTAAAAAGAGTAAACTAAAAATTAAATGAG
ATATGATCTTTTCACTTTGATCGCTGATTTCTAAGACGTCTTTCGTAAAA
TGAAGTATTATGATCCTTTAATTAGTAATACATTATTCTTTTTGTGTTTT
AGTGCTGTTGGTGCAATAGCTTTAGATAGTTATCTTTATGTATGTGGGGG
ATTTGATGGGATTTCGTCCCTAAATACTGTGGAACGCTATGACTCCGTCT
CAAATTCATGGACTCTCGTTAGCAGCATGACCAAAAATCGTTCTGCAGCT
GGTGTAACTAAGCTATTTGGTCAAATTTACGCATTAGGAGGTCACAACGG
GTTGTCAATCTTTAATTCTGTTGAGGCATTTGATCCCAAATCAGGTTTAT
GGATGGAAGTTGTTCCTATGCTTAGAAAAAGATGTCGCTTAGGTGTGGCT
AMGCTGAATGGAAAAATTTATGCATGCGGAGGGKATGATGGGAGCTCATT
CCTTAGTTCAGTGGAGTGTTTTGATCCTGTCACAAACAAGTAAGTTTCAC
ATTTTATTAGTACAAATATGTACCTCATTCCGTACTTCTCTTTCACTAGA
TGGTCCTATATCGCACCCATGAACGCTATACGAAGTCGAGTTGCTCTGGT
TGCTAATATGAATAAACTGTGGGCTATTGGAGGCTATGATGGAATGAGAA
ATCTCTCCACAGTAGAGGKATATGACTCAGAGACTGATAATTGGGAATTC
GTTGCTTCAATGGAATCACATGAGGGAGGTGTTGGAGTCGGGGTTATTCC
ACTAAGCTCAAGGCACAACTAAATATCTTTCTACACATTATTTTTATCTA
CATAAATGTCATTTTTGTAACATTTTTATTTTCGTTATTCTAATTATGAA
TTAATCTTATTTTTTATTTAACTCATAGGTTGTAAGATTATTACAACATT
TGAATCTATGATTGTTATCTACAAACTCGTATTGGTATTGTCAGACTTAG
CGCTCTTATACATATATAAATATATATACATACTTACTTGAATATATACA
TCGTACAAATAAAATTTATTGTTAATTAATATGGTGATACTTTTTCTTAT
CCCAATAGTGATCGAAACGCCAAGCTGTCATTAAGCATTCAAGTGATTCC
CAATCCTTTTAAGAAGATTTTATTTTTAAATAAGGATATCTGTAGGGACT
TAAGGAAATCATGTATTCATTAAATATAGGATTTTACAAATAAATTGACC
ATTTTTGTATAAAAATAAAGAGCTGGAGGTACATAAACTTTGATGTCGCT
AAGTAATATAATTAATCAAGGAAATAATATAATATGTACTTTCATTTCTA
AAGAAAAAATAAATAAACAGAAATTATAAATACTTCATAAATATACAGGA
CTCTTGGCCCTTCCTCATTTTCACAAATCAATCGAAATAATTAATCCATG
TTGGCTTGACTTTGGCCAGGAGAGCTTGATCAAAACCAATATGCAGGAGA
GCAATGATATAATTGAAAAGACACTGCCAAGCTTCCTGGAGTTCCTCAGT
CCATGTCTCTTTCAATGTGGGATAAATTGCCGAAATAAAATGTGGTCCCA
TAAGCTCCAGAATTTCTATATGGACACCAAACCCGTGATGCTTTCCTCCT
AAAGCCACAAGCATTTCCTCAATCTTTTCTTCATCTTTGTTGAGAAGAGA
AATAACATCAGACACAGTCTTCATGATACGATGTGCATGCTCCCGAAGCT
TCTCAGAGTGCCATGGATCTATATAGTATGTGGATATTTA back to top
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