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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s735 | supercontig | LSalAtl2s735:393378..399286 + |
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 EMLSAP00000010961 >EMLSAP00000010961 ID=EMLSAP00000010961|Name=EMLSAP00000010961|organism=Lepeophtheirus salmonis|type=polypeptide|length=1383bp
MDSQREDEGGDDSLEDLDDFEYDLPPVDETPDLEDLLAASDEIVVGFHDF
AEEDVSNTGLLFDENAGEVVPSAFHLDNISLMSKGSLNSELSSLSECKGK
YRGVLSKKNTPKHLNYIKHIVLKGISSQMASASDRVNAGIPVVTDSSSAL
IAVGTSRGYILIFDSQQVLKWSLGGTNFGSEYGSVSALAFNLSSTRIIAG
FAKGHLLEFDLLTGRQLRDLNETHPLGYAITHLFYTDDPTVAVFADSGGS
VYEISMKKTFGLRGFKSRCIFSGSRGEVCSMAPLRLIDYPENRFIEESII
ALASISKVIILSIRPKMRVLFNHPLHGAPTTLPLLSWHFVVIQTSYSDKV
VDPVLAFGRESTVLFFQMSENLSGKIIFIPLSKIELDYVLMSMGWLNSRC
LGILDASETFHLYDVRGKENLDSFDISDVGLSYGSSFFKGLATGGNVSAA
LALAGERAVYGSCHFIQNQVLLLGRKGFHTLIIRNWKERIDHLIKSNHYI
EAFELGQSFYEDHGKALIGLKGSKEKRKKMVANKVCSTLFKFLHVSMTTN
FPQEGNMRVLTEYFSEIVPPCVRVCVIFRRKDLLYHNVWETFLVDPFSKA
LFLESLEVFILNDKLRDLPVSIFQEYVIHFEKTKRFQALEASITHLEITS
MDIHQVINSSWKYKLYDALLYVYNNGMLDFVTPFEELMVELMTSMKANEK
DLPPHSVELGNKILVYVSCCLAGRAYPYGDIEESSVSEVKYRVYSILTAL
HTKSAPNEESFYPYLRTLLQFDTQGLLNVVAIAFEEKEFQGEMGSCQKQR
LIDILLKIMVKDDSKYSPSQIGNLFVFLARQIAKDPKGLDVSRDLLDRVL
EVLTQKPSDDKYLSYAKEERQQALFEMIRLGNSWVTYFDKDKLVRRCEQA
GFYRILEAIYQEDKEIDKILECYLFDEVRKRQVFSFIEKTFTIGSEEEKK
LLREKMFIEFTSLIKIDPKKAVASIYSSYKSEDLFASLEEPELKYQFLKY
LIEDCDSVDISFELYQSYAELMFLLFPSFLPSYLKSSKTQNYDARKLSKM
CKEYNKSHEEVNWSLIESEVYLLCILDESMEGFEVLRGSFDKVVTQTIEN
LSSSEEVSLGLSLISDHCQSTFPRLHEEERESIWASFLETLMAPQRNSND
SEVQNIFKPLVKRLVNCCTGFIPLRTMIKKILQDPLYAEASLLEIKDFLF
EMLSMYHYEETLLVSTKSLVRGDLHSCLGELMTLSNRGXRVNSEKCSLCS
VYLGRSMPELSIAFHCYHGYHLNCLVKSGCFNNKANLYQCYICLKSSGVN
YSSATKRVSVQIADSEGDSKSISLVTEAADSNQTVNEVTNRRVTNALNYL
NSFKPPDAIHNVTIFDEESYHLRTSPGSYIPFD back to topmRNA from alignment at LSalAtl2s735:393378..399286+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000010961-706808 ID=EMLSAT00000010961-706808|Name=EMLSAT00000010961|organism=Lepeophtheirus salmonis|type=mRNA|length=5909bp|location=Sequence derived from alignment at LSalAtl2s735:393378..399286+ (Lepeophtheirus salmonis)
AACGTTCTTCAATTCAATATTCAATTATATATTATGTGCGTATGTTACTT
GTTCACCAGAAATACAGGTGACAGCTCCATCTGTCATGCGAGAAAAAAAA
ATAACGATGTGTGACGTACTCAGCCCATTCTGCCGTAATTTATGCAGTTT
CCGAGGCAATATATTTCTAGTGTGTACTCATGACGTCACTACCAATAAGG
TTGACGTCACATAATAACAACTCTTGAATAACATTCCAGTGATAGGTTAA
TTAAATTTTACTAATAGGGAAACGCCGACCGTCCATAAAAAAGGTAGAAC
TATGGATTCACAGAGAGAAGATGAAGGTGGAGACGACTCTTTGGAGGATC
TGGATGATTTCGAGTATGATCTTCCTCCAGTGGACGAGACTCCTGATTTA
GAGGATTTGTTAGCAGCGAGTGACGAAATTGTAGTGGGATTCCATGATTT
TGCAGAGGAAGATGTCTCGAATACGGGATTATTGTTTGACGAAAATGCGG
GTGAAGTTGTTCCCTCTGCTTTTCATTTAGATAATATTTCTCTTATGTCA
AAGTAAGTGCCATATGATAATTCTGAATATTAAGCAATGGGACATTTTTT
GTTTGATTTTCTTTGACTCAGAGGTAGTCTCAACTCGGAACTGTCTTCCT
TATCCGAATGCAAAGGGAAATATCGTGGAGTCCTTTCCAAAAAGAACACT
CCAAAACATTTGAACTATATCAAACACATTGTTCTTAAAGGAATTTCATC
TCAAATGGCGTCTGCTTCAGATAGAGTGAACGCTGGGATCCCTGTGGTCA
CAGACTCTTCTTCTGCACTTATTGCTGTTGGAACGTCCAGAGGATACATC
CTTATTTTTGACAGCCAACAAGTAACTTTTGTACTCAAGAAAATTACATC
AAACCAAGAATTATTATATTTTATTTAGGTATTGAAATGGTCTCTTGGTG
GAACAAACTTTGGATCTGAATATGGATCTGTGTCTGCTCTTGCTTTTAAT
TTATCATCTACACGTATTATTGCTGGATTTGCGAAAGGACATCTATTGGA
ATTTGATCTTCTTACTGGAAGACAACTCAGGGATTTAAATGAAACTCATC
CTTTAGGGTATACATAACACTTACCAAAATGCCTATCTCTTTAATAGTTT
CTTTTATTATTTTCATTAGATATGCAATTACTCATTTATTTTATACGGAT
GATCCGACGGTCGCAGTATTTGCAGATTCAGGTGGTTCTGTATATGAGAT
CTCAATGAAAAAAACTTTTGGGCTACGGGGTTTCAAATCTCGATGTATTT
TCTCAGGATCTAGGTATTCACTATCAATTAATCAATCACTTGTTTTTTAT
TTTTTTGAATATTTTCTTTAGAGGAGAAGTGTGCTCCATGGCTCCACTTA
GACTCATCGATTATCCAGAAAACCGTTTCATTGAAGAGTCCATTATTGCT
CTTGCTTCTATATCCAAAGTTATCATCTTGTCTATTCGTCCAAAAATGCG
TGTTCTTTTTAATCATCCACTTCACGGTGCACCCACCACACTTCCTTTAT
TGTCCTGGCACTTTGTAGTCATTCAAACTTCATATTCGGATAAAGTCGTG
GATCCAGTCCTTGCCTTTGGCCGCGAATCGACTGTTCTCTTCTTTCAAAT
GTCCGAGAACTTGTCAGGAAAAATTATTTTTATTCCATTATCCAAAATTG
AACTAGATTATGTGTTGATGTCTATGGGCTGGTTAAACTCCCGATGTCTT
GGTATCCTTGATGCGTCTGAAACTTTTCACCTTTACGACGTAAGAGGGAA
AGAAAATTTAGACAGTTTCGATATTAGTGATGTAGGACTCTCGTATGGAA
GTAGTTTTTTTAAAGGTAGTCACTAAGATATATTTTTAATATGATTGTAT
AATTAAAAATAATCTATTTAGGTTTAGCAACTGGAGGAAATGTAAGCGCT
GCTCTTGCACTTGCTGGAGAACGAGCTGTCTATGGCTCTTGCCATTTTAT
TCAAAACCAAGTTCTACTACTTGGTCGAAAGGGTTTTCATACACTCATAA
TTAGAAATTGGAAAGAACGCATCGATCATCTTATAAAATCTAATCATTAT
ATAGAAGCCTTTGAGCTGGGTCAGAGTTTTTACGAGGATCATGGAAAAGC
CCTTATTGGTCTAAAGGGCTCAAAAGAAAAAAGGAAAAAAATGGTGGCAA
ATAAAGTATGCTCTACTCTCTTTAAATTTTTACACGTATCCATGACCACC
AATTTCCCTCAAGAGGGAAATATGAGAGTATTAACTGAGTATTTTTCCGA
AATAGTTCCACCCTGTGTACGTGTTTGTGTTATTTTTCGCCGTAAGGATC
TGCTTTATCACAATGTTTGGGAAACTTTTTTAGTTGATCCTTTTTCTAAA
GCACTGTTTTTAGAAAGTTTAGAAGTATTTATTTTAAATGATAAATTAAG
GGACTTGCCTGTCTCTATTTTTCAAGAATATGTGATTCATTTTGAAAAAA
CCAAGAGGTTTCAGGCCTTGGAAGCATCGATCACTCATTTGGAGATAACT
TCCATGGACATTCATCAAGTTATTAATTCATCTTGGAAGTATAAACTATA
TGATGCTTTGCTCTATGTGTACAATAATGGAATGTTAGACTTTGTTACTC
CTTTTGAGGAGCTAATGGTTGAACTAATGACATCAATGAAAGCTAACGAG
AAGGATCTACCCCCACATTCAGTGGAATTAGGAAATAAAATACTTGTTTA
TGTATCCTGTTGCTTAGCTGGGAGAGCGTACCCATATGGAGACATTGAAG
AATCTTCCGTGTCAGAGGTGAAATATAGAGTGTACTCAATTTTAACTGCA
TTGCATACAAAAAGTGCACCCAATGAGGAATCTTTTTATCCGTATCTAAG
AACCCTTCTACAGTTTGATACTCAAGGTCTTCTAAATGTTGTAGCAATTG
CTTTTGAGGAGAAGGAATTTCAGGGAGAAATGGGATCTTGTCAGAAGCAA
CGCCTAATTGACATTCTTTTAAAAATCATGGTAAAGGATGATTCCAAATA
TTCCCCATCTCAAATTGGTAATTTATTTGTATTTTTGGCCAGACAAATCG
CTAAAGACCCAAAGGGCCTTGATGTTTCAAGAGATTTATTGGACCGTGTT
TTAGAAGTTCTTACACAGAAACCAAGTGACGATAAGTACCTTTCGTATGC
AAAAGAAGAAAGACAGCAAGCTCTTTTTGAAATGATTCGTCTTGGGAATA
GTTGGGTCACATATTTCGATAAAGATAAGTTAGTAAGGAGGTGTGAACAA
GCTGGATTCTACAGGATTTTAGAAGCCATTTATCAAGAGGACAAAGAAAT
AGACAAAATCCTTGAATGTTATCTGTTTGATGAGGTGCGAAAGAGACAAG
TTTTTTCGTTCATTGAAAAAACTTTCACAATTGGTTCAGAAGAAGAAAAA
AAACTACTCCGAGAAAAAATGTTCATTGAATTTACATCACTCATAAAAAT
TGATCCAAAAAAGGCTGTTGCTTCCATTTATTCAAGTTACAAATCCGAGG
ATCTATTTGCTTCACTAGAAGAACCAGAATTAAAGTATCAATTTTTGAAA
TATTTAATCGAGGATTGTGATTCTGTGGACATTTCTTTTGAATTGTACCA
GTCTTATGCAGAATTAATGTTTTTACTTTTCCCTTCCTTTTTACCATCTT
ATCTCAAAAGCTCTAAAACACAAAACTATGATGCAAGAAAATTGTCCAAA
ATGTGCAAAGAATACAATAAGTCTCACGAGGAAGTTAATTGGTCACTGAT
AGAATCGGAAGTATACTTATTGTGTATTTTAGATGAGTCCATGGAAGGAT
TTGAAGTTCTACGTGGATCATTTGACAAAGTTGTAACACAAACGATTGAA
AACTTATCCTCAAGTGAAGAAGTCAGTCTGGGTCTTTCCCTCATCTCTGA
TCACTGCCAAAGTACCTTTCCTCGGTTACATGAAGAGGAAAGAGAATCCA
TATGGGCTTCTTTTCTTGAAACTTTAATGGCTCCTCAAAGGAACTCTAAT
GACTCTGAAGTCCAAAACATTTTCAAACCCTTGGTAAAAAGACTAGTGAA
TTGTTGTACTGGTTTCATTCCTTTACGTACAATGATTAAAAAAATACTCC
AGGATCCACTTTATGCTGAAGCGTCGCTACTCGAAATAAAAGACTTTCTG
TTTGAAATGTTATCTATGTATCACTATGAAGAAACACTTCTAGTGTCTAC
TAAGAGTTTGGTGAGAGGTGACTTGCATTCATGCTTGGGGGAATTGATGA
CGTTGTCGAATCGTGGCTTMAGAGTCAACTCCGAAAAATGCTCCCTTTGT
TCCGTATACTTGGGGAGATCCATGCCAGAGTTATCTATCGCCTTTCATTG
CTATCATGGATATCATTTGAATTGTCTGGTTAAATCTGGCTGTTTTAACA
ACAAAGCAAATTTGTATCAGTGTTATATTTGTCTCAAATCATCGGGGGTG
AATTATTCCTCTGCAACAAAGAGAGTTTCTGTTCAGATTGCTGACTCTGA
AGGAGATTCCAAATCAATTTCTCTGGTTACTGAGGCAGCTGATTCGAATC
AAACTGTCAATGAAGTGACAAATCGGAGGGTTACCAATGCATTAAATTAT
TTAAATAGTTTTAAGCCACCAGATGCTATTCATAACGTAACTATCTTCGA
TGAGGAGAGCTATCATTTAAGAACAAGCCCTGGATCTTATATCCCATTTG
ATTAAAAAAATGTCCATATTTGCTAGATGTGAGATCATTCTTTTTTCTGT
TGTGATACTCACTTATTAAAAACATGAAGTTTAATGATGAATTTATAATT
CAATTGAATGTCTTAATCCAATTCATAGTTTTGTTAATCGTTATACATTC
ATATCTATAAATTATGTATCAATTACTATATATGAATTCATTTCTTTTAT
TTTGTTATTCCTGCTAATTTCCTAGTCACATTCCAGTAATGACTCTTTAC
TTTACTATGTGAATGATACATTTGACGATATAAAAATAAAAAAGTTTCTA
CTATATTTCTACACATAACTTTCAGTTCGTTTGTTTGTTGTTTTGCATTT
TAATAATCTACATGATGCTACAGGGAATGCCAGATGCAGCAAAATTCATT
ATTTGAGCCCTAATTGTATTATCTGTCGTTGATTCCATGCCTATGATTGA
CTCATTTAATTTCTTCTGAAGGTAAGAAGGAAGAGGCGGACTCCACTCCT
CTTGTGACGGAGGATCGGATCGTCGATCCCACACATTATTCAAATGATGG
GGCTTCAATCGATCAGAAATTCTTTTTTCTTCTCGGCGAATAACACGTCT
CTGAAATTACGAATTACACATAATAATAGTTAATGTACTACAAATGACGT
TAGCTAACAGCTGCTTCGKCGTCCTTGTCAGCCGTCCACTTCTTGCAATC
GTCGAAATTATCCTTCCATTCATCGCAACTCTGAAGTTCTCCGTGTACAA
AGAGGTCATGTATCTTTGTTTTGATCATTCCACAAGCCTTGTACTCGTCG
TAGTAACAGTAACATTTCCGTAACTAAAAAACGTAAGGTATAAGTTAAGT
TATTAGATAATCATTACAAAACATTTGGGTACCACCTACCATCCAGGAAT
TTGAAAGTGTTTCTAAAATAGCCATGTGATCATTGTTCATCGACTTGGTG
GCCCAATTGTCCACCCATTCTTTATTATTACTCATCTCCTCAAGTCAATA
TTTATGTCATACAATACATAATCACACTGTTACCAAGTATTTTGTTGTCA
GCTGTTTATGCTTTGGTTTGTTTTCGTATTATTAGTTTTTTGAACGTTGA
TTGGTTCAATTAGGATTAGCTCTCATTTAGCTGTGAACAACTATTGGATA
ATAATTCCA back to top
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