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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s469 | supercontig | LSalAtl2s469:287745..294486 - |
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 EMLSAP00000007936 >EMLSAP00000007936 ID=EMLSAP00000007936|Name=EMLSAP00000007936|organism=Lepeophtheirus salmonis|type=polypeptide|length=2138bp
MINCAYLISLFVLFTLKCRAFGHIEDHNVVTITAESHHTHQRRSVPEEKS
INNKSVVVSNLAESVHLNSSHLSLILTWTGKKSNIVVCVSKRNNNLEPSN
VYLSNDDGSTFVDISSKFLLKDGNKSHINRFYTHPNEHCTFVFTDVVHNY
IFTTVNCGQTIESQSLEFSPDKIEFDIRSHKTFLVHELSSPEMKLYVTKN
FGLTFSHVQDYVKKFMMYYDASETVLVVLRATPDVRISNVIASKSLFQDP
SEIEVVHSNVFDICMRGPYLFVFTEDQDHGAEYKQLYISKINADGSTGRF
ILANFGEDRPIYDYYIVDVTEENQVLIATNFDSMRSNLYTSVRINEYEAL
FSLSLPMVMYYNPSRTWKKTWLSYTSGNKSFVDVYKVQGLRGVYMANQIL
DSYLQSNKSEIFPENLQSFITFDLGGIWSPIREPRFDDQGHKLHNCSKNK
NCSLHLSQVLSEMFPKSRSIPVISKASAIGIVLGSGNIGHQLHGKSNVYL
SADAGLSWHQILKGSYYYNIGDHGGIIVAVKYYKTEGPTNELLYSINEGI
TWNSLIFYKKPVRIFGLLTQPKENSTIFTMFGTEEIYSVKWVIIKVDLMS
VFLKNCTTDDYKLWSPADNSYGKHKNCLLGRKQIFERRMVHSNCYNGLDY
VRTIKVENCDCERSDFHCDFGFIPDPSSPETCIANPTFNHTDLYEKPRCL
PGETYVRKTGYVKIPGDTCIGGKEKEFLPINVSCPLQSEEEFLLMNERIR
VSRINLRNLSQVEALPLESISDVSSLEYDLDQNCVIWSDSKNKKIYVQCL
NSISKGLRVLVEESIVSVQGMSLDWISRNLYITDGKLKKIELISLDDGNI
RKVILDAKILKKPRGIAVHPAYGYLYFSDWYEGGPSIGRTNMDGTSHKTI
VKGDKVMWPNHLSIDYIANRIYWTDAKKDHIGSCDLHGRNLKFLDSTQID
NIKHPYSIAIHKELMFWDDWVFKALYVADKNTGKGKKSLRGNTSPCSENM
DTCSHVCVPLPHSRKSLKGYRCLCPDGMKEVFNRTAKKSSCICPDENPAS
GSICMDNSTHSTCGEGMFRCVNKLCIPLNWRCDDKNDCGDGSDELNCRNV
TCTNYQFKCGNGKCIPHGWRCDDEDDCYDNTDEQGCDSLECAEGHFKCKN
DQCIKSEYRCDFDEDCRDGSDEEDCKMREKCMINEFKCSSSSKCFPISWQ
CDNFADCEDGLDEKNCEEKTCKEWQFKCNDQTCIYKDWVCDGQLDCADNS
DEFNCSSTSTSMEHQIPSFQHNNCTEDKFKCANGKCIPINWKCDGHNDCP
DQSDEMNCGFNHHYIHNGSTTFYPEPKKKYIELNKFECKSGKKIWQAWIC
DGYNDCPDGSDENHSLCQEKMRCKPHESRCEFSGECINLDKICNGRKDCV
DESDEKGCGHDHNIFPMPSSILCDPIHFSCDNNQKCLSHSFICNGIRECE
DGSDEDNCQKHEVYQVRGLLVDETLISDESLTIHWWIADLSSTADYLFQP
KYKIAGFDHLEWSKLPWQKIYFASYTFSGLHPFTKYNLTVDMKDASGEIY
ESLHFIVGQTYPSIPSPPLKLEAVQEGKKVKLSWKPPTHPNGIIKSYNVY
ISSPFDPPMKLRTNQNGILFYPNVNFVSGVKYSFSVSAENSIASGNNSEH
SHLTFDEEVIKYSIRHLEVLNIKTNSVTLRWSGIGSXSHFEIKIXSIKNP
FASYDDIKVDSSSFNYTLTNLAPAESYEVQVLPVKNAMYGSPSEIVFFTS
GTPIPIPEIDHIVSIPEKENTIQITWKLHGIHKNFKWKYALYYGSSENEL
LKGGIRLTTEKTWLRVVDLNACENYIFRVNIIEPVGVGRVSPFKTFTTPY
SLLSPPKNLKWTRRQKDINSVILTWSPPCSDNAREKNMGYFLTIYNFVTR
KNRTIHLERINYINNEYTMRDLHYGGYYQVQVRXDIQHSAYTSSLLIKGP
EIPAPVEFTRRTEKNTGNQFIYWSPSLSQKELGEFTYKLYLSKNDDFEYS
VIFNVSRPPYVISHSSLDPGVVYYLCVELITSQGYKSGKSALITIERPSV
TAIVVSETGAAGIMVPIFLFIIVLIFALTVYVHRHRKLKSRFQQFVSRYS
TSSGATILSQTILDEEDEEEENDSPIIRGFSDSEPLVI back to topmRNA from alignment at LSalAtl2s469:287745..294486- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000007936-703783 ID=EMLSAT00000007936-703783|Name=EMLSAT00000007936|organism=Lepeophtheirus salmonis|type=mRNA|length=6742bp|location=Sequence derived from alignment at LSalAtl2s469:287745..294486- (Lepeophtheirus salmonis)
ATGATAAATTGTGCCTACCTTATATCCCTTTTCGTTTTATTTACATTAAA
ATGTCGTGCATTTGGTCACATTGAAGATCATAATGTTGTTACTATTACTG
CAGAATCTCATCATACACACCAAAGACGCTCAGTGCCTGAAGAAAAGAGC
ATTAACAACAAGTCTGTAGTTGTATCGAATCTAGCAGAGTCGGTACATCT
CAACAGTAGCCATTTATCCTTGATATTAACATGGACTGGTAAAAAGTCAA
ATATCGTGGTCTGTGTATCCAAGAGRAACAACAACCTCGAACCCTCTAAC
GTCTACTTGTCAAATGATGATGGATCAACTTTTGTTGATATTTCCTCCAA
ATTTTTGTTAAAAGATGGAAACAAGTCTCATATCAATCGATTTTATACTC
ATCCGAATGAACACTGTACCTTTGTTTTTACAGATGTCGTTCATAATTAC
ATTTTTACGACGGTTAATTGTGGTCAAACAATTGAGTCTCAATCCCTTGA
GTTTTCACCTGATAAAATAGAATTTGATATCCGAAGTCATAAGACTTTCC
TTGTGCATGAGCTCTCGAGTCCAGAGATGAAGCTTTATGTCACAAAAAAT
TTTGGCTTAACTTTTTCACATGTACAAGACTATGTTAAAAAGTTTATGAT
GTATTATGATGCAAGTGAAACTGTTTTAGTGGTACTAAGAGCTACTCCAG
ATGTGAGGATCAGTAATGTGATTGCCTCTAAAAGTTTATTTCAAGATCCT
TCGGAAATTGAAGTTGTTCATTCAAATGTATTTGATATTTGTATGCGTGG
ACCCTATTTGTTTGTCTTCACAGAAGATCAGGATCACGGGGCTGAGTATA
AGCAGCTTTATATTTCTAAAATTAATGCAGATGGAAGCACTGGTCGTTTC
ATCCTAGCCAACTTTGGTGAAGATCGTCCCATATATGACTATTACATTGT
GGATGTAACCGAGGAGAATCAAGTGTTGATTGCCACTAATTTTGATTCTA
TGAGATCAAATTTATACACTTCTGTGAGAATCAATGAATATGAAGCCTTA
TTTTCTTTATCTCTTCCCATGGTTATGTATTATAATCCCTCTAGAACATG
GAAAAAAACATGGTTGAGCTATACATCGGGGAACAAATCCTTTGTTGACG
TATATAAAGTACAGGGTCTTCGTGGAGTGTATATGGCTAATCAGATTCTG
GATTCTTATCTCCAGTCCAACAAAAGTGAAATTTTTCCAGAAAATTTGCA
ATCTTTCATTACATTCGATTTAGGTGGAATTTGGTCTCCCATTCGAGAGC
CTCGTTTTGATGATCAGGGCCATAAACTACATAATTGCTCAAAGAATAAA
AATTGTTCTTTACATTTATCTCAGGTTTTAAGTGAAATGTTCCCAAAATC
AAGATCAATCCCTGTGATAAGTAAGGCATCTGCAATAGGCATCGTACTGG
GGAGTGGTAATATTGGTCATCAATTGCATGGGAAATCTAATGTTTATTTA
AGCGCGGATGCTGGGCTCTCATGGCATCAAATTCTTAAAGGTTCTTACTA
CTACAATATTGGGGATCATGGGGGAATCATTGTAGCTGTGAAGTATTATA
AGACTGAGGGGCCAACCAATGAATTGTTATATTCCATCAATGAAGGAATC
ACTTGGAATTCCCTCATTTTCTACAAGAAACCTGTTCGAATTTTTGGATT
ACTCACCCAACCAAAAGAAAACTCTACAATATTCACCATGTTTGGCACTG
AGGAGATCTACTCTGTTAAATGGGTTATTATTAAAGTAGACCTTATGTCA
GTTTTCCTTAAAAACTGCACAACTGACGATTATAAACTTTGGTCACCGGC
GGACAATTCCTATGGAAAACACAAAAACTGTCTCTTGGGAAGAAAACAAA
TTTTTGAGAGACGTATGGTTCATTCCAATTGCTACAATGGATTAGACTAT
GTACGTACAATCAAAGTAGAAAATTGTGACTGCGAACGCTCTGATTTTCA
TTGTGACTTTGGGTTTATTCCTGATCCATCCTCACCTGAAACATGTATTG
CCAATCCTACATTCAATCATACGGATTTGTATGAGAAACCTCGTTGTTTA
CCTGGTGAAACTTATGTTAGGAAAACAGGATATGTAAAAATTCCAGGAGA
TACCTGTATTGGTGGCAAGGAAAAAGAGTTTTTGCCCATTAATGTGTCTT
GTCCTCTTCAGTCTGAAGAAGAGTTTTTACTTATGAATGAGAGAATTCGC
GTTTCAAGAATAAATCTTAGAAACTTGTCTCAGGTCGAAGCTCTTCCTTT
GGAATCCATTTCAGACGTTTCTTCACTTGAATATGACTTGGATCAAAACT
GTGTCATTTGGAGTGATTCAAAAAATAAGAAAATATATGTTCAGTGCTTA
AACAGTATCTCAAAGGGACTCAGAGTTCTTGTGGAGGAATCAATTGTAAG
TGTCCAAGGTATGTCCTTGGATTGGATTAGTCGTAATTTATACATTACTG
ATGGTAAACTTAAAAAGATTGAATTGATTAGTCTTGATGATGGTAACATT
AGAAAAGTTATACTCGATGCGAAGATACTAAAAAAACCACGAGGAATCGC
TGTTCACCCTGCTTACGGCTATTTATATTTTTCTGATTGGTATGAAGGTG
GTCCCTCAATAGGAAGGACCAATATGGATGGAACTTCACATAAAACAATA
GTGAAAGGGGATAAAGTTATGTGGCCGAATCACTTATCAATTGATTACAT
TGCTAATCGTATTTATTGGACAGACGCTAAAAAAGATCATATTGGATCAT
GTGATTTACATGGAAGAAATTTGAAATTCTTAGATTCCACTCAAATTGAT
AATATTAAACACCCCTATTCTATTGCTATTCATAAGGTATTATAAAATTT
ATTATTACAATATTTGAGATCATTCTATTAATAATAATGATTTATTAATG
AATATTCAAAATTGTAGGAACTTATGTTTTGGGATGATTGGGTATTTAAG
GCATTATATGTTGCTGATAAAAATACTGGGAAAGGAAAAAAGAGGTATTT
AAAGATATGTCTGCTGCTATGGATATAAAAGTATTTTCCAAAAGTTTGAG
AGGGAATACGAGCCCTTGCTCCGAAAATATGGATACCTGTTCCCATGTCT
GTGTTCCTCTCCCTCATTCTCGTAAGTCATTAAAAGGATATAGGTGTCTC
TGTCCTGATGGAATGAAAGAAGTATTCAATAGAACGGCAAAAAAATCCTC
ATGTATTTGTCCTGATGAAAATCCCGCTTCAGGTTCCATTTGTATGGACA
ATTCTACACATAGTACTTGCGGCGAAGGAATGTTTCGTTGCGTTAATAAG
CTTTGCATTCCTTTAAATTGGAGATGCGATGATAAAAACGACTGTGGAGA
TGGATCCGATGAATTGAACTGTCGGAATGTTACATGTACTAATTATCAAT
TCAAATGTGGCAACGGTAAATGTATTCCCCATGGCTGGCGATGTGATGAT
GAGGATGATTGTTACGATAACACTGACGAACAAGGATGTGATTCTTTAGA
GTGTGCAGAAGGTCATTTTAAATGTAAAAATGACCAATGCATTAAATCGG
AATATAGATGTGACTTTGATGAAGACTGTAGAGTGAGTAGGAACTTTTTT
AATATTTATTTTTGTCGCTTGTTTCTTTGGTAATTAAGAATAACTGTGAT
TCTCAAACTATACATATCTACTTTTAGGATGGATCTGATGAGGAGGATTG
TAAAATGCGCGAAAAGTGTATGATTAATGAATTCAAATGCTCTTCCTCTT
CCAAGTGTTTTCCAATATCTTGGCAATGTGACAATTTCGCGTAAGTTGAT
TAATATCTTGCTAAAAAAAGCTTACTTTTCGCGTTTTTACATATTGATGT
ATTATTTATGAATATATTTTATACTTTACATACATATAGTGATTGTGAAG
ATGGATTAGATGAAAAGAATTGTGAAGAAAAAACTTGTAAGGAATGGCAA
TTTAAATGTAATGATCAAACGTGCATCTACAAAGATTGGGTCTGCGACGG
GCAACTGGATTGTGCGGATAATTCTGATGAATTCAATTGTAGTAGTACAA
GTACTTCAATGGAACACCAAATTCCTTCATTTCAGCATAATAATTGTACT
GAAGACAAATTTAAGTGTGCAAATGGAAAATGTATTCCTATTAATTGGAA
ATGTGATGGACACAATGATTGTCCCGACCAGTCTGATGAGATGAACTGTG
GATTTAATCATCATTATATCCATAATGGTAGTACAACTTTTTACCCTGAG
CCTAAAAAAAAATACATTGAGCTAAATAAATTTGAATGTAAGTCAGGGAA
AAAGATCTGGCAGGCATGGATATGCGATGGGTATAATGACTGTCCGGACG
GAAGTGATGAAAATCATTCGCTTTGTCAAGAGAAAATGAGATGCAAACCA
CATGAGTCACGATGTGAATTTTCTGGTGAATGCATTAACCTTGATAAGAT
ATGCAATGGAAGGAAGGACTGTGTTGATGAAAGTGATGAAAAAGGATGTG
GTCATGATCACAATATTTTCCCAATGCCTAGTAGCATATTATGCGATCCC
ATCCATTTTTCTTGTGATAATAACCAAAAGTGTTTGTCTCATTCTTTTAT
TTGTAATGGTATTAGAGAGTGTGAAGATGGTAGCGATGAAGATAATTGTC
AAAAGCATGAAGTGTATCAAGTTAGAGGACTCCTCGTTGATGAAACCTTG
ATATCAGACGAATCTCTTACAATTCATTGGTGGATCGCTGATTTATCTTC
TACTGCTGATTACCTCTTTCAACCTAAATATAAAATAGCTGGATTTGATC
ATTTAGAATGGAGTAAATTGCCTTGGCAAAAAATTTACTTTGCCTCCTAC
ACTTTCTCTGGACTTCATCCTTTTACAAAATATAATTTAACTGTTGATAT
GAAAGATGCTTCTGGCGAAATTTATGAATCACTTCATTTTATTGTCGGAC
AAACTTATCCTTCCATTCCGTCTCCTCCACTGAAATTGGAAGCGGTACAA
GAAGGAAAAAAAGTCAAGTTATCATGGAAACCACCAACTCATCCAAATGG
CATAATAAAGAGCTATAATGTATATATATCTTCACCATTCGATCCTCCAA
TGAAACTAAGAACAAATCAGAATGGAATCCTATTTTATCCCAATGTGAAC
TTTGTATCCGGAGTCAAATATTCATTTAGTGTTTCTGCTGAAAACTCAAT
CGCTTCTGGCAATAATTCAGAGCATTCACATTTAACATTTGATGAAGAGG
TAATAAAGTATTCCATTAGACATTTGGAAGTATTGAATATCAAAACAAAT
TCTGTGACGCTCAGGTGGTCTGGGATCGGCTCCKTTTCTCACTTTGAAAT
AAAAATTGAKTCCATCAAGAACCCTTTTGCTTCTTATGATGACATCAAAG
TCGATAGCTCATCATTTAATTATACTCTTACTAATTTAGCCCCTGCTGAA
TCATATGAAGTGCAAGTTCTCCCTGTCAAAAATGCTATGTATGGCTCTCC
CAGTGAAATAGTTTTTTTTACATCAGGAACCCCTATTCCAATACCAGAAA
TAGATCACATTGTGTCTATTCCTGAAAAAGAAAACACAATCCAAATAACT
TGGAAGCTTCATGGAATCCACAAAAATTTTAAATGGAAGTACGCTCTCTA
TTATGGCTCATCTGAGAATGAATTATTAAAAGGAGGGATCAGATTGACTA
CAGAGAAGACTTGGCTTAGAGTTGTTGATTTGAATGCTTGTGAGAACTAC
ATTTTCAGAGTGAACATTATAGAGCCGGTGGGTGTGGGACGTGTATCCCC
TTTTAAAACCTTCACAACTCCTTATTCATTGCTTTCCCCTCCTAAGAATC
TGAAATGGACCCGGAGACAAAAAGACATCAACTCCGTGATTTTAACATGG
TCCCCTCCTTGCTCAGATAATGCACGTGAAAAAAATATGGGTTATTTTTT
GACTATTTACAACTTTGTAACAAGGAAAAACAGGACAATTCACTTGGAGA
GAATAAATTATATTAATAATGAGTATACCATGCGTGATCTACATTATGGA
GGMTACTATCAAGTCCAAGTTAGAAKTGACATCCAACATTCTGCCTACAC
TTCTTCTCTATTGATTAAAGGACCTGAAATCCCAGCTCCTGTCGAATTCA
CACGTCGAACGGAAAAAAATACGGGTAATCAATTTATTTACTGGAGTCCA
TCTCTCAGTCAAAAGGAGCTGGGGGAATTTACATATAAATTGTATTTGTC
AAAGAATGATGATTTTGAGTACTCAGTCATATTTAATGTTTCAAGGCCTC
CATATGTAATTTCTCATAGCTCATTGGATCCAGGAGTTGTATACTATCTA
TGTGTAGAATTAATTACATCTCAAGGCTATAAGTCCGGGAAGAGTGCATT
AATTACAATAGAACGCCCTTCAGTTACTGCTATAGTTGTTTCGGAAACTG
GAGCCGCAGGCATCATGGTCCCCATCTTTCTTTTTATCATCGTTTTAATA
TTTGCCTTGACTGTTTATGTACATCGACATCGAAAACTAAAGAGTAGATT
TCAGCAATTTGTGAGTAGATACAGCACCTCTTCTGGGGCTACGATTTTAA
GTCAGACCATTCTAGATGAGGAAGACGAAGAAGAAGAAAATGATTCTCCA
ATCATAAGAGGGTTCTCAGACAGTGAGCCCCTTGTCATCTGA back to top
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