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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s351 | supercontig | LSalAtl2s351:365917..371969 + |
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 EMLSAP00000006429 >EMLSAP00000006429 ID=EMLSAP00000006429|Name=EMLSAP00000006429|organism=Lepeophtheirus salmonis|type=polypeptide|length=773bp
MMINPETSFLKSIQHDNATPLWSGYVVWANYHLDVNVFPRSRNSHLNEWG
SSNAKXLFSRNPRIQYNADFIVNIQIIYTKPSSSWNSSSAPLITEEVKNA
FFGDSSSRQSVHIVMKMTSTSSHFVSHIEATNAYISGFAFVPAQKGEAHM
PLHPLRPLVIDLNTEKVVRCGEYFYFKAWILNENFILPFYKYACLKNEPV
MNSSPHPLGVPFHTPHHPPPSGXPPYYSPSMSRALPSPYSKLQSHFQSSS
SSGGPSSSASNFYDLLHRQQSQQQTTETTNKYIQNSVQKPSQSSVIKPIA
MYPYHDSSQNSAIHFRPDQQSMKDFKKKPNFSSDSVFKAHLQSGRSYSGP
SERFHPSQSDSPDKKLSNLLNLKTRASHSPQTSPPPLSSQPNNSKTNERE
TTTKCEKYLSEFVNTLFSWQEDINQTLNLLDKVVPLLISSEYEDKILLEK
VHDLFNTFYKGQKGNIPQEYEKWEVKIELQFANTLKKCPYNFKQDLATHL
LKERDTLLMNQKKKERKLKKRIFEATIKTEEHTMKRKTIGVFSGNFNEKL
VHFNTVILENVSVPPSFNYNFFSNLYCLFIAKDISLFPWDKWKDNKVLIS
TSHSKMSAAFYLDDSNSSQFNLPVKFMEHSEDFHNYISTEKDSHSSTEKK
ACLISFTNFYHYFQKIEKVFKIEPLITWKPIIFSKXPGCASASSTSTSSS
QMSAIQKSKEQDPFYGLLMTVFGNRVYGLSYRKRIKLKFEFGERNSLIYH
ALIFNNNIVFISEETAXEFFVGD back to topmRNA from alignment at LSalAtl2s351:365917..371969+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000006429-702276 ID=EMLSAT00000006429-702276|Name=EMLSAT00000006429|organism=Lepeophtheirus salmonis|type=mRNA|length=6053bp|location=Sequence derived from alignment at LSalAtl2s351:365917..371969+ (Lepeophtheirus salmonis)
GCTATAATGATGATTAATCCTGAAACCTCCTTTTTGAAGTCCATTCAACA
TGATAATGCTACACCCTTATGGAGCGGATATGTGGTTTGGGCCAACTATC
ACTTGGATGTGAACGTATTCCCTCGCTCAAGGAACTCTCATTTGAACGAA
TGGGGAAGCTCTAATGCCAAGGKCCTTTTCTCTCGTAACCCGAGAATCCA
ATACAATGCAGACTTTATTGTCAATATTCAAATAATATATACTAAACCAT
CATCATCATGGAATTCATCCAGTGCCCCTTTGATCACGGAGGAAGTCAAA
AATGCCTTCTTTGGAGACTCCTCCTCCAGACAGTCTGTTCATATTGTCAT
GAAAATGACGTCCACTTCAAGTCATTTTGTATCACATATCGAGGCTACGA
ATGCTTACATATCCGGATTTGCATTCGTTCCTGCTCAAAAAGGAGAGGCA
CACATGCCGCTTCATCCTCTTCGACCTCTGGTCATAGATTTGAACACTGA
GAAGGTTGTACGTTGTGGGGAATACTTTTATTTCAAGGCCTGGATCTTGA
ATGAAAACTTCATTCTTCCCTTCTATAAATATGCTTGCCTCAAAAATGAG
CCTGTTATGAATTCCTCTCCTCATCCTTTAGGTGTTCCTTTTCATACGCC
ACACCATCCTCCACCCTCAGGATTKCCGCCATACTATAGTCCGAGTATGT
CACGAGCTTTACCTTCTCCTTACAGCAAACTTCAGTCTCATTTCCAAAGT
TCCAGTAGCAGTGGTGGGCCAAGCAGCAGTGCTAGCAACTTTTATGATCT
GCTTCACCGGCAACAAAGTCAACAACAAACTACTGAAACTACCAATAAAT
ACATTCAAAATTCAGTACAAAAACCATCTCAATCCTCTGTGATAAAACCT
ATTGCAATGTATCCCTATCACGATTCCTCGCAAAACAGTGCCATTCACTT
CCGCCCGGATCAACAAAGCATGAAAGATTTTAAAAAAAAACCTAATTTTA
GCTCAGACTCTGTATTTAAGGCGCATTTACAAAGTGGAAGATCATATTCT
GGTCCGAGCGAGAGATTTCATCCAAGTCAAAGTGATTCTCCGGATAAAAA
GCTATCCAATTTACGTATTTATTCTCCTAAGGGACCAKCCGCCACATCCT
CTCATCAACATCAAGAGAGAACTTCCAATAATAGTCCTGGTGAGTAATAC
ATCATATTTACATATAGTCAAGATTAATAGAAATACAAGGTTATACCATA
ACACTTTTCCGACTGATGTTTGACTTCCACCACGCTTTTTAATAGTGACG
TCAAGGAGTATGACTGTTATCAAGAGTAGCGATATATCCCCTTTTGACTG
TTACTGTTAGAGTACTGCTGTTTATACTCTATGACGTTAAAATATGTCTG
TCTTTCCTATCAGTCGGTAGGCTACATAAAATGGATAATTATATCCTTCC
CGATTTCATGATGGTCTAATCTTGTATTTCTATTAGTCTTGCATATAGTG
TTCTGTCGCTCAAGTCCAGTCCAGTCTGGGACGACTCCCTTAATACAAAT
GAATAATATAAATTCATAACAAAGAAACACCTCAATGATGTTACGAAGGC
TACAGGTATTTTTTAAGGACTAAAAAGTGGGACTGGACGAGACCTAACCG
AACCAATCTGGGAGGAGGCACGGTCTTAGATAAGGTCCGACACAACATTT
CAATATTATAAAGTAACGCATTGATCGGACTCTTCAAAAATTAAGGCAGC
ATGGACCGAGTGTACCACTTGTGGTTATTTCTTATGTRTTGTGATAACTT
YGTGAGGTCTGCTGTGCAGGGGCGTTGCTAKCTTTCARCATGGGGGGGGG
MCTAGCCCCAAAATTATCAACACCATTATATAATTACTTATATCACTAGC
TTATAGCTTAGATTTATATATAWAATTTNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNGACTCGTTTCAGCCCCAATTT
TTTTTTCTGTTCGGTTTGGTCTTGATTTTTCAAGACCAATTTGGATGGAT
TTTTCAAGACCGATTTGGATGGRTTTTTCAATCCAGACCGCAGTCTCAGA
CCGTAGACTGATTTTAATTAGGTCTCACATTATGGAGCGATTTTTTTCCG
GTCTCAATTTATGACCCTATTTTTTAGTCTCGTATATTATGAGAGACCAT
TTTTATTTCTAGATTAACTGTATTCAGTAATCGATAAGTTGTAGAACAAA
TACTGTATAAATATGAGAGACGGCGGGATCAAAATTAATCCGAGCCATTT
CTTTTTAAACTTCGTATAACGTCATTRTACTTGAAAAACATATGATGTCA
TGTTATAAACAATTTATCTGTAAAATGTGTCTAGACCCATATTTTGGGAC
CAAACTAGAGCGTATTTTTCCTTTGGATCGATCTAGACATCATTTGTATA
TGAGACCGGTTCGGAGCGAGCTTTTTTCTTGGACTGAATTAGTTCGGTCC
AAGAAAAATATATAACTGTCTCAGACCTTTGTAGCATTTCCAGACCGAAC
CCCAAATCTAATAGAAACATGCTTGATTATTTTATACGTCTACTCGCTAA
ATGTCAGACTGATTTGTTAAACTATTATAAATATATCCAAAATTTGATAC
AAAATTTAGGGGGCACCCCCTTCCCAAGGGAATAGGGATAGCACGTTCCC
CTGTGTGATAATGGCACAAGAAAACTAGATGGTGCAACGCATAAAAAAGA
GTGAAAACGTTACATCAAGGTCTTCAAATTAAATAATCATAAAGATTTAG
TTGTTAACTTATTTCTATTCTTATCTAAATATCACCTTTGAGTTGATTTG
TATCAGTATTTTTTTTTTGTCATTCAAAAACGTACAATAACTGTCGTTTT
TCACTTATTTCATGACTGAGTTTCGTATTGTATATATAATTGCATTGTTT
TGTTTCTGATCCAATATGACAATGATGAAAAATAATTACCTTTTTTCTTT
TTTTTATTGATATTTAGTTAACCTCAAAACAAGAGCTTCGCACTCTCCTC
AGACCTCTCCTCCCCCTTTGTCCTCCCAGCCTAATAATTCAAAAACTAAT
GAGAGGGAGACCACAACTAAATGCGAGAAGTACCTCTCTGAATTTGTAAA
CACTTTGTTTAGCTGGCAAGAAGACATAAATCAGACGTTGAATCTATTGG
ATAAAGTCGTTCCACTTTTGATCAGTTCCGAGTATGAAGATAAAATACTA
CTGGAAAAAGTTCATGACCTATTCAATACATTCTACAAAGGTCAAAAGGG
GAATATTCCACAAGAGTATGAAAAATGGGAAGTCAAAATAGAATTGCAAT
TTGCAAATACTCTAAAAAAGTGTCCATATAACTTTAAACAAGATTTAGCA
ACTCATTTACTGAAAGAAAGGGACACACTCCTTATGAATCAAAAGAAAAA
GGAACGGAAGCTCAAGAAAAGGATTTTTGAGGCCACTATTAAAACAGAGG
AGCATACGATGAAGCGAAAAACGATAGGAGTATTTTCTGGAAACTTTAAC
GAAAAACTGGTTCATTTCAATACTGTCATTTTGGAAAATGTTTCTGTTCC
TCCTAGCTTTAACTATAATTTTTTTTCAAATCTATATTGTCTATTTATCG
CAAAAGACATCTCTTTATTCCCTTGGGATAAATGGAAGGACAATAAAGTC
CTAATAAGCACTTCTCACTCGAAGATGAGCGCTGCTTTTTATTTGGATGA
CTCCAATTCAAGTCAGTTTAACCTTCCTGTAAAGTTTATGGAACATTCAG
AAGATTTTCATAATTACATATCTACGGAAAAAGACTCTCACAGTAGTACA
GAAAAAAAGGCTTGTCTCATAAGCTTCACCAACTTTTATCATTATTTTCA
AAAGATTGAAAAAGTCTTTAAAATTGAGCCTCTCATCACTTGGAAACCTA
TAATTTTTTCCAAGMCTCCAGGCTGTGCGTCCGCTTCTTCAACCTCAACT
TCTTCCTCGCAGATGAGTGCCATTCAAAAGAGTAAGGAACAAGATCCCTT
TTATGGATTACTCATGACGGTATTTGGAAATAGGGTCTATGGCTTATCCT
ACAGAAAAAGAATTAAGCTTAAATTTGAGTTTGGAGAGAGAAATTCCCTT
ATATATCATGCATTGATATTTAATAATAACATTGTGTTTATCTCCGAGGA
AACAGCCNTTGAATTTTTTGTTGGAGATTGATAACCTAATTTTTGGCTGT
GAGAGTTTTGAAACCTTTTTGATTAAAAACGATAGGATCCCCACTAATAG
CAATAGCGTGCTCAAGTTAAAAATCCCTATAACTTCCCGAAAAGTTCCTC
CGCCAAAGGACTCCCNNNNNNNNAACACTTCAATCATACCAAACGTCCTC
ATTAAAGCAAAGATATTGAATCACGAGCAGCTAAATAACTTAGAGTTCCT
TAAAAAGGAAATCTTTGAGGGAGAGTCATTTATCGTGGAACGGAAGCAAT
CTCTCATCATTTTTCAAAATACCTTAAAAGGTNNNNNNNCATATCAAATC
TGACGAAAACTATGATCACTCTTCTATTATTGACTTTCGAATGATGCGAA
AAATTCGTGCCATAGCCAAAATGAGGGTTGTAATACGGAACGTATATTAT
GACCTTATTATATTTTATTTCGTCTCCTTTATGAAGTCTGAAGGCTCTGA
ATTAGTGTTTGTGAATAATTCAGAGAATGAGATTATCGGAAGATCTATCG
ATGTCTTAATATCTCCACTGACTGAGAACACACAACGACTTGTTTCTAAG
TCCAACTTTTCATCCTCAGTGCTATTGACAAGAAAAGACAAATCAACATG
GGCCATGATCACGGATATAAACGAACCTATTCGTTGTATTAGCCGCATAA
TCATGCCTAATACATTTAAAAATATTATATGGGAGGCCATCAAATGTAAG
GACATGTTCTTTTCAGATATGGAGAACATTCGCTGTGCATTCTCTTCATC
CAATAAAGTATGCACAATTAAGTCATGGGAAAAGTTGTATGGAGTGGATG
ATCAGTCCTTTAAGGACTTGCATCAGAGCAAGGAAACGTTGGAGCCTTGG
GACAACAATTTTGACGCACCACAAAATCCAATCGAAGAACCCGTTAGAGA
AGAGAAAAAATATAAACGTCCCTCTAAAAAGAAATCGCAAGATGAGAAAT
ATTTCAAATCCTCTAAGAAAATGAAGGAGGATGAGATCATTATCGCAGAA
GTTGATGCCAAAAAAGAGGAAATCACGAATCCAATTAAAAAGCGAAAAAT
TGTTTTTCAAATCTTTGACAGAGGGGCAKCTCCGCCGCCGCCTGTTCTTT
CTCCTCCTCTTCTTATTAAGGAGGTAGAACAAAGGATGGTTGAGCCCAAT
GAACCCTATAATATCCTACAAAGCATACCTCTTAAAAAGAGACTGATTCG
AGCGAACTCTCCTTCTTCCACGCTTTCTTCCTCATCTCCGACTCTAACGA
TCGATATAGACGAGGAATACAATGACGTTGATGAGGATTTGAATGAAAAC
CTAATGCACATCAAAGATGAGCCCCATTTTTCTCCTAAAGTTATTATTCC
CGAACGGGATCGCATAGAAGCGGATAGTTACTTAAACCAAAGAGAGATTC
CAATTGCTGCCCAAGAGGATGATGAGGATGAAGAGGTCATCAATGTCATC
AAATGCATTGTGAGCGATATCGAACAAAGTGGGTCCACAAAATCCAATGA
TCAATGAAGACATATTCAAAACATTAGTCGTATTTAAAGTATCCCGGGTT
TTGCTCAATTAATGATTTTCTTTTAACTATATGTCTAACTAATTGGAGTA
TAAGTGTCATATCTTTATCTATTTAAGAGTTTATATTTGTGTTGAATTTT
TAAGATACCTATGGTTGTGTTATTAAGATAAATAAATTTATAATCATCGA
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