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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s812 | supercontig | LSalAtl2s812:214158..217695 + |
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 EMLSAP00000011698 >EMLSAP00000011698 ID=EMLSAP00000011698|Name=EMLSAP00000011698|organism=Lepeophtheirus salmonis|type=polypeptide|length=569bp
MTRRDIRKRVLMGIVSLLLIEISSAAGTIPPNSKVVFDWALHLTSDMTSW
RTRPILDGYFEDDFDHLLNYVYSAWNSKFGSSLISSSEMSGIYSEMTGLS
ALRKAVEVFIIGLDENDEEEGPGPHDHEGHKFKPCDYTFLGSQVDLTSAL
SRPRRSKRIDTTLRKICSSSSANQETIDACLSLSYIQGMSTLLRVHAINL
LKSSTRSNDGKFLKALDNLLNSSLNKLYHENEDLFSSLFKEFNTFTSCTI
ICPLYERGTPKWNKASLDGSSLITKEQRLFMKMFLSSFLDPEEQLSQCYN
KCVAASPLVLLLEEENGESVSSSDECVSSRITYPGNFILDTKYDQAVGGI
TIPVPFVTSKSAFTVIGDGTGLWVTGGERYGPGANPFKTTHIYQNGNWKA
GPNLPIALYSHCLVHINESFTFLAGGYMNEKQEVDKAWAYDWTSHSWRDL
PPMPHPTNKTLCSIMNDEGDVLLSGIDHGFIYNSTTNTWIHLPPGGALPM
ESRFGGSMAYAEGGVRLFGGSFDPRGSSNYVFRFSESDLKWIQRDGSLMK
DRKNVLAISVPLHKFRQCS back to topmRNA from alignment at LSalAtl2s812:214158..217695+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000011698-707545 ID=EMLSAT00000011698-707545|Name=EMLSAT00000011698|organism=Lepeophtheirus salmonis|type=mRNA|length=3538bp|location=Sequence derived from alignment at LSalAtl2s812:214158..217695+ (Lepeophtheirus salmonis)
GAATGTCAATTTTTGTTATTGTGGTAGTATAATCAAGAGGAATTATTCAT
CCATTGGAGCAATCCTAATCTCTACTACCTTAACAGACAGAAATACCATG
ACGCGAAGGGATATAAGAAAACGTGTTTTAATGGGGATCGTGTCCCTCCT
TCTCATTGAAATATCCTCAGCTGCCGGGACAATCCCTCCGAATTCTAAGG
TTGTATTTGATTGGGCTCTCCATTTGACGAGCGATATGACCTCTTGGAGA
ACTCGACCTATTTTGGATGGATACTTTGAGGATGATTTCGATCATTTACT
CAATTATGTTTATTCGGGTGAGTAAATCTGTTTACATCATCTTTCATGGG
TCCTTGACCGTGAGTTTGGAGCTATAAAATCAATGCAATCAAAGTGATTA
TATGGATTACAATTAGTTATATGTATGGAACTGACACATCAAACACATTT
GTATAAATCATGCTATAACTAGTTTATGTGACGTTTTAAAAATCTTTTAA
TGCTTTTTACTCAAAAAGCAGTTTTTTATTTAATTTTCAAGGATAAATGC
ATGCAGTTAAATGACCTTAGTAGTCGATACTAACTCTTGGACGCTTTTTG
CTTTTTAGCATGGAACTCAAAGTTTGGATCAAGTTTGATTTCCTCTTCGG
AAATGTCTGGTATTTATAGTGAGATGACAGGCCTCAGTGCACTTCGTAAA
GCCGTTGAAGTTTTTATAATTGGACTTGATGAGAATGATGAGGAAGAGGG
GCCTGGTCCACACGATCATGAGGGTCATAAGTTCAAACCCTGTGACTATA
CTTTTCTGGGAAGTCAAGTTGACTTGACATCTGCACTAAGTCGACCTCGA
AGATCTAAAAGGATTGATACAACACTCCGTAAAATATGCTCTTCATCCTC
GGCAAATCAGGAAACGATCGATGCATGTTTAAGTCTCTCTTATATCCAGG
GAATGTCCACCCTTCTTCGAGTTCATGCAATCAATTTACTCAAGTCTTCT
ACGAGGTCCAATGATGGTAAATTCCTAAAAGCCCTTGATAATCTCCTCAA
CTCAAGTCTTAATAAACTCTATCACGAGAACGAGGATTTATTCTCTTCAC
TTTTTAAGGAATTTAATACCTTTACCAGCTGTACCATTATTTGTCCATTA
TATGAAAGAGGAACTCCGAAATGGAACAAGGCCTCTTTGGACGGATCATC
TCTCATAACCAAGGAACAAAGACTTTTTATGAAAATGTTTCTTTCATCTT
TTTTGGATCCCGAGGAACAACTCTCTCAGTGTTACAACAAATGTGTAGGT
AATTAAAGATTGGACTCATTAAAATCCCTAAAATAAATAAATACATAATT
CATACTATTCTACATTTTCAGCTGCAAGTCCTTTGGTTCTCCTTTTAGAA
GAAGAGAATGGAGAGAGTGTTTCAAGTTCGGATGAGTGTGTATCTTCCAG
AATAACATATCCAGGGAATTTCATTCTAGATACCAAATATGACCAGGCTG
TTGGAGGCATAGTCAATGGGGATATTATAATTTGTTCCACGGATGTTGGC
CTCTGCTATACGTAAATATTAATTTTTGTTAGTTTAGTTTATGCCTACAA
GGGTAGGGTGGGATCAAACCGGGTGTATTTTTGCGTTTGAAGGCTTGTCG
CAAGAAATTTGATGAACTTTTTGTATGTTTCATGTTTGCTTGTTAGCCTT
AAGGGCTTAAATATAAATTTTTCTTAGGAGCATTAATTTGGAAGGAAGTA
AAATCTTGAAAATTTCAATTAATGAACAAAGTTAGGTACAACCATTTGAT
CCCACAGCTGGGATCCCCTGGGTCAATGCACCCCTAAATGTTCGTGCATC
ACTAAATAAATTGATGACTTAAACAAACAATAATATTCTATCTTCACCTA
TAGAACCACACCTTTAGTTTCAGTTGATTATGTTTAAGCTTAATCTTTTC
TGTAGAAATATATAATATAATGTATAATAGGCCTATTTTGGGTGGAACAA
CAGGTAAAGTAAAACTATGCCTCATTGCCCTGTGGAACCTTCTCGATTGT
TCGTATCGTTTGTCGTTGAGTCTTGAGGTCGATTTTTGTTGGATTATCAA
AGAGATCATGTAGGACTATTAAATCATGGTTCACAAAAACCACAAACAAT
GATCTACATACAATAGGGAAGGGTTCATTGGGCAATGAGACATAGTTCTT
CTTTGCCAAAAATCGACCTATAATTTATATGATATATGTAAATTTCATTT
TTATACATATTAGAAGAAAGTGTTTTCATTTTTTTGGTCAACCTAATTTA
AATTTACAAAAAGAATCCTTACAGTTCCTGAAACTATATTATTTATTTTA
TTGGATGAGACAACCGTATAAATATTTATACCTATTTTTCTTGAGTTTCA
CGGATATTTTTAAAGTCTGTATTCGCAGAAAAAAACATAGAACATCTTTA
AAAAAGTTAAACTAAACTTATATATTTTGAGAGCCCATAGAAAAAATTTA
TTAATTTTTGAAAGTAAAAATGGAACGACACCCATTTGACTCCAGTCCAC
CCAACCTTACATATTCTATCGGTTGCTCAGCTTATTTTCATCCTTTTCTK
CCTAATTGCAGATTGGATGTGAATAGCCGTTGGCAAGCATCTTTCTCTCA
ATTCCCCGAAGGAAAGACCATTCCCGTTCCTTTTGTAACTAGTAAAAGTG
CTTTCACTGTGATTGGAGATGGAACAGGTCTCTGGGTTACAGGAGGAGAG
CGCTATGGACCAGGTGCCAATCCTTTTAAGACTACTCACATATATCAGAA
CGGTAATTGGAAGGCGGGTCCGAATCTACCCATCGCTCTCTACTCACACT
GCTTAGTCCATATTAACGAATCTTTTACATTCCTCGCTGGAGGTTACATG
AACGAAAAACAAGAAGTGGACAAGGCCTGGGCCTATGATTGGACATCCCG
TAAGTCGTTTGGGCATCTTTTCCCTTTCTTTCGTTTCATTTCCTCGCTCA
TTTTTCAGATTCTTGGAGAGATTTGCCTCCCATGCCCCATCCAACTAATA
AGACTCTTTGCTCCATTATGAACGATGAAGGAGATGTATTACTCTCTGGG
ATTGATCATGGGTTTATTTATAACTCCACGACCAATACTTGGATTCATCT
TCCTCCTGGAGGGGCTCTTCCAATGGAGTCCCGTTTTGGAGGGAGTATGG
CCTATGCAGAAGGGGGTGTTCGACTCTTTGGGGGATCCTTTGATCCTCGT
GGGAGTTCCAATTATGTCTTTCGGTTCTCAGAATCCGATCTAAAATGGAT
TCAACGTGATGGAAGTTTAATGAAAGATAGGAAGAACGTCTTAGCAATCT
CAGTACCTTTACACAAATTTAGACAATGTTCTTAGTTCTGCAATGTGCAA
TTGCTTTATCCTTTCTTATATTTTATACGTATCGTATATTCATATATAAT
ATAATAATTATATTTACTATTGTATTTCTGAAATTTTTGTGATCATTCTC
AATCCGTTTTTAAATGAAATGAAAAATAAGTTTAATAG back to top
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