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Associated RNAi Experiments
Alignments
The following features are aligned
Aligned Feature | Feature Type | Alignment Location |
LSalAtl2s2272 | supercontig | LSalAtl2s2272:5763..9474 + |
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 EMLSAP00000004315 >EMLSAP00000004315 ID=EMLSAP00000004315|Name=EMLSAP00000004315|organism=Lepeophtheirus salmonis|type=polypeptide|length=254bp
MKFTPTEEYYNVLKMTPIPSFNTETREFVSSIRDMVKWREYEIDLITETA IQFTQDFPDETNENMHLYVCKRLQYRRKCSVIMKLQKPNTIEKINSARSL YTRCSETNDYTELVVXSNPTPSEGEVIPLSQRVPIRLIDLNISEYTPRQI IHTPESGFNYVPFIFHVPPDIMGRQHKLIQMNGRHTQRGHPSIPMPSQDL TTLSSPSHTPKTAGLFVNKEGLMNAVIRALMDLPTEIYTIISAPMNIHXF TYLP back to topmRNA from alignment at LSalAtl2s2272:5763..9474+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000004315-700162 ID=EMLSAT00000004315-700162|Name=EMLSAT00000004315|organism=Lepeophtheirus salmonis|type=mRNA|length=3712bp|location=Sequence derived from alignment at LSalAtl2s2272:5763..9474+ (Lepeophtheirus salmonis) ATGAAGGATGTTAAGCAGCAATCGTTCCTATCCAATCGGTTTGGTTTACT
CTATAAAACCGAAAGGAAAAAGGGAGTAGGATCCTTTACGAAAATCTGGG
CTTTCGGGACAGAACCAAGAAAGTCGATCCGGATTTCGTTTAATAAGGTA
TAAGTATGGGCATAGATGTCATTGAACAAAGATGATATTTCAACAACAAT
TTATAAATGTCAGAAGTAAGTGAAGTTTTATTTTTAAATAAGCATATATT
TCAAAGATATATTATTGGCTATTTAGAGTGACTTCATATGAAAAAGAAAT
CAAACAACGGAAGAATACTGGCTCAACAAGAACACGAAAACTCCAATATT
TGGATTTCAATTTCCCCGGCAATTTACAGGTGGCGCCGTAGTCTGTGACA
ATCTTTTGACCCTTATAACTTGATCAGGGGCTCCAATGATCAAGAGAGGG
TTATGTAGGTATATACTTAAGATGCTAATGGTTAAATTTTAATTAGTCTT
ATGTACTATGTATGCAGGGAAATAAAGACTTTATATACTTCGATATTGTA
AATGGAAAGTAATATACTAATAGTCAGCTTAGGGGTGGGAGGTAGGATGA
AGACGCACGTGACTTAGACAAGAATTACTAAGAGTTGTGTGCAAAAGTCT
TTTATGAAAAAGGGGGTGGGGGTGGGATAGAGATATGAAGAGTTAGAATA
GGGAGATGGGTAAGGGTAAGCCTAAAACACACGCCCACTAACCTTCAAAA
ATTCGTTGGATTGAATTTTGACACTTGTATTTTGACTTCCAAACGATCCA
KCTGTGCTTTCTGAAGCTCCAGTGACRAATAGGAAGCCGATTGTCCAGAA
TTGCCTTGAGATGTATGGACCAGACATGGTTCACTTATAACAGTCCCAGA
TTGTAGGGATCGAGAGCGATTTTACCAATGTCTTTAGGGTCTGATGCCAG
CTGTCGAAGTGTGAACACATTGGAAATTTTGCTCTCGATCCCTACAATCT
GGGACTGAGGTAGCATTTTACTGTCTGGTTCAAAACTTCTCGGGAACAAT
TACGGTCAGCATCATGGAATACACGTCCTGCTCTACCCATGGTGAATATT
GACTGATGGYAGTGAATAAGAAAGTTAATTTGGATTTGTGGGCCTGCGTT
CTTACTATTCCTACTATTCAACATTATCTTGTCCACCCACCACCGTCTGT
GATGTTCTTCTCCTACTCMCCCTGCCGTTCATGCGTCGTCCCTCTGTATT
CAGCCTATAAAGGACCAGGTTGTATACTTATTATATTAGAGTGAAGAGTC
GTAGTTCTTCTCTCTTTTCCTACCTACCTACTATCCTCTTCTTATACTTT
ATGTAAAAGAGGTTAGGTGTTTATCTTACTTGTTGCGTTCTTCTCATAAA
ACATTGCATTTAGTTGCTCTATCTGAGTTGATATTTCCAACTTTTCCTAT
ACTTTTTCATACGTACTTTTTTGTTTTGTTTATTTTGCTATTCCCCCTTT
TCCTAGCAATTTGTGTCAATATAAAAGAATTGAGCTCCTTAAATGATCAC
GAGCATTGATTCCAATACATTGGGATGTCCCCTCTGTAAATTCAATGCAG
AATGTAATCTAGGTCTGAGGCTACATATTAATGCAGCCCATCCCTCAGAA
TGGGAGGAGTACACCCATAGGCACTATGCTTCAACTACTCCTCCTCATTG
GGATATAATTTCATACAAAGCTCTTGCCTCAATGGCAAAATTCCTCATAA
GGGAACGCCCCCGTGAGGCCGAGCAAAGCATANCATTCATGGTTATCACA
ATTGTTTATCATCCCCTGTGATGAAATAATGAAATTTACACCTACTGAAG
AATATTACAATGTTCTCAAGATGACCCCAATACCATCCTTTAACACTGAG
ACTCGTGAATTCGTGTCCAGCATAAGGGACATGGTCAAATGGAGGGAATA
TGAAATTGACTTAATAACAGAGACTGCTATCCAGTTTACACAGGACTTTC
CTGATGAAACTAATGAGAATATGCATCTCTATGTTTGTAAAAGACTCCAA
TACAGGAGGAAGTGTTCTGTGATAATGAAATTACAGAAACCAAATACCAT
TGAGAAAATTAATTCGGCTCGTTCGTTATACACTAGGTGTTCTGAAACGA
ATGACTATACCGAATTAGTGGTTAAMTCGAATCCTACCCCCTCAGAAGGG
GAGGTCATACCCTTGTCTCAGAGGGTGCCTATTCGTCTCATTGATTTGAA
TATCTCTGAATACACCCCTAGACAAATCATACATACCCCAGAGTCAGGAT
TTAACTATGTTCCATTTATTTTTCATGTTCCCCCTGACATCATGGGACGT
CAACATAAACTCATACAGATGAATGGACGACATACTCAACGAGGTCATCC
CTCTATTCCTATGCCGTCCCAAGATTTGACAACCTTGTCATCTCCATCTC
ATACTCCTAAAACGGCCGGGCTCTTTGTAAATAAAGAAGGCCTTATGAAT
GCCGTAATACGGGCTCTTATGGACTTACCAACTGAAATTTACACCATAAT
ATCAGCCCCGATGAATATACACTGNTTTACCTATCTCCCTTAAGCATTAC
AGTTATCCTTTTCGTGATGCTGCTTTGAGATACCTAAATACAGTATGGCC
TAGTGTGAGAAAGAAATATAACGCCTCACACACAAAAGCCTTCCTTAACA
TCTTAGTTTACCCTGTAAACCTACATTGCTTGCCCATATCTCTTAAGCAT
TACAACTATCCTTTTCGTGATGCTGTTCGGGCTACAAGGGAATACATTAA
GGCCCAGAGGGAGATGCTGATTAAACTTAATGCCTCTCTCACTTAAGCCT
CCTCTTACTTACATATTATATAATTTGTTTCGTTGTATAAATGTTATTAT
TATATAATTGAATACCCTAATATTATATAATTTGTTTCGTATTGTAATTG
TTATTATTACATAACTACTTTCTATTATATAATTACCTACTTGCCTCCCT
ATGAGTATTAACATTACCCTTTTTAATGTTTATGCTTGGTGATACCTGAA
TACCATATGGCCAATGGTTTACTGTTCCCATTGTGAGCGGACTAGTATTC
TTATTGTGCCTCAGATCTTTGGACCCACCCGCTCTGATTATTTTTCGGGC
TATGCTCCTGTGCATAATCTCAGCAAATGGCCCCTTTTTCTTTTCTTCCT
ACCTTTTTCTATATATATCAACCCACTTGATGCTCTATCAGCGATTGTGT
TATGGTTGATTGCAACTATGTTGGAGGATGCCTGTCTCTTTACTAAAGGC
TCCTAGAAATAATACTCCTACCTTACCACCTCCTTCCCTCATGAAGTTCT
ACTCTCTTCCTCTTTTATATAGGTCGTGGATAGGTTGTGGCATCAACAGG
AGAAACAGACTACTTGCTGGTGTTGAAGGAAAATGTGGTCTCATAGATCA
TCAAGACCATGAAGAAGTCTATCACGTACACATTTTAGCACACTGGGCTC
CGGCCCATACTGAAGTTCCCCTCTAGTGATTTCAGACTTACTCATTGATG
TAACATGTAAAAATCTTTACAAGCTCAGAAATGCTATAGATACAATGAAG
CTTAGAAGTATTAAATTTGAAAGAGGATATTCAGAAATGGAGTTGTGCCT
CACAAAATTGAAATCCAATTTATCCATCATTTCTGAACGCCTTTATATTT
TCTGAAATCAAA back to top
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