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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s100 | supercontig | LSalAtl2s100:140600..144144 + |
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 |
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| 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 EMLSAP00000000056 >EMLSAP00000000056 ID=EMLSAP00000000056|Name=EMLSAP00000000056|organism=Lepeophtheirus salmonis|type=polypeptide|length=596bp
MLHEILFALNGNEGNVFTLDNGRFKVNSALPLFHPSETRVLENILELGEK
YWRICTFIKSQEIRSESSGLYMEALCEGLDSVLESYRGALRALEKSILFD
ETIQLSHFSHVLRPFAPVLTCTLQLNPTLQKIKGCYILDIIHKASYSGCV
EVEIAMNKLLHVGHKIMYKQLLAWLLHGMTCDYFDEFFIVEDRSSNSSLN
GSSQRLYSSDDNSDIQSKSKTFKLKAENLPSYISIQTAEKIFFIGESVQL
FELDRRVELQGSVLKERETEFYAKLAELRECDEFRVCDFEEFVDSVRQTT
SRHLHNLVLHRSDLRQELSTARDFFLLARGELFQAFIQVADRYLQSPPNA
TTKHDTSQAFINAIRSVMNDDESIVKKIQISIDQEANTNISGWSCLTLDY
SVPWPLHLIFTPSALDQYNKIFQFLILVKKTQLKLHECWAKEKTVKKTSE
HWRLRFHMTFIVDNLQHYLMADVLDSQFSIMWNALDKSEDFEELKATHQD
FINSICFYIFIHNKPIYECLVELLQTCLSYSTLFLTDAQNDPSQYQKISL
KFSRLTCLFFKILKSIDNSYGSSHLTKLLLRIDYNRYFLNYGHSLE back to topmRNA from alignment at LSalAtl2s100:140600..144144+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000056-695903 ID=EMLSAT00000000056-695903|Name=EMLSAT00000000056|organism=Lepeophtheirus salmonis|type=mRNA|length=3545bp|location=Sequence derived from alignment at LSalAtl2s100:140600..144144+ (Lepeophtheirus salmonis)
CTCATTTGAAAATGGAATATATCATATGTGTAGCTCCTTAATACCTCAAT
TCATTCTCTTTTTAATGCTACATTTTTTTATCATTAACTTTAGCAGTTCT
AAATGCTCCATGAAATTTTATTTGCACTGAATGGGAATGAGGGGAACGTG
TTTACTCTCGACAATGGTCGTTTCAAAGTCAATTCCGCTCTTCCTCTGTT
TCATCCCTCAGAAACCCGGGTTCTGGAGAATATTCTAGAGCTGGGAGAGA
AATATTGGAGGATATGCACCTTTATTAAATCTCAAGAAATAAGAAGTGAA
TCATCAGGACTTTATATGGAAGCACTTTGTGAAGGTTTAGACTCAGTATT
AGAATCCTATCGTGGTGCTTTAAGGGCATTGGAAAAATCCATTTTATTTG
ATGAAACAATACAATTATCTCACTTTAGTCACGTTTTAAGACCCTTTGCT
CCTGTACTCACNTGCACTCTCCAACTTAATCCTACACGTGAGTAATAATT
ATCTTGTTCATTCTAATCATTCGATAATTATGTTTTCGTCTACAGATTCA
AGTTCAAAAAATAAAGGGATGTTATATATTGGATATTATTCACAAGGCAA
GCTATTCAGGCTGCGTTGAGGTGGAAATAGCTATGAATAAGCTACTCCAT
GTGGGACATAAAATTATGTATAAACAGCTATTAGCCTGGTTACTCCATGG
TATGACTTGTGATTACTTTGATGAATTTTTCATTGTGGAGGATAGGAGCT
CAAATTCTAGTTTAAATGGTTCATCTCAAAGGTTATACTCCAGTGATGAC
AATAGTGATATTCAATCCAAGTCGAAAACGTTTAAATTGAAAGCTGAAAA
TCTTCCATCTTATATTTCTATTCAAACTGCAGAAAAAATATTTTTCATTG
GGGAATCTGTGCAGTTATTTGAATTGGATAGGCGAGTCGAACTTCAAGGC
TCTGTTTTAAAAGAAAGAGAAACTGAGTTCTATGCAAAATTGGTAGGTAT
TTCATTTTTTTGATTATTTATAAACTAAATAATTTTACGTAGGCTGAATT
ACGGGAATGTGATGAATTTCGTGTATGCGACTTTGAAGAGTTTGTGGACA
GCGTTCGCCAAACCACGTCGCGCCATTTGCATAATTTGGTCTTGCATCGT
TCTGATTTAAGACAGGAGCTATCTACAGCAAGGGATTTCTTCCTATTAGC
TAGAGGAGAATTATTTCAAGCTTTTATTCAAGTTGCAGATAGATACCTTC
AGTCCCCACCTAATGCAACAACTAAACACGACACAAGCCAAGCTTTCATC
AATGCCATAAGAAGTGTCATGAATGATGATGAAAGTATCGTGAAGAAGAT
ACAAATTTCAATCGATCAGGAAGCCAACACTAACATCTCGGGGTGGTCCT
GTTTGACCTTAGATTATTCAGTACCATGGCCTCTTCATCTTATCTTTACT
CCTTCTGCCTTGGATCAGTACAACAAGATATTTCAGTTTTTAATTCTAGT
GAAAAAAACACAATTAAAGCTACATGAATGCTGGGCCAAGGAAAAGACAG
TTAAGAAAACGTCTGAGCATTGGAGACTTCGGTTTCATATGACCTTTATT
GTTGACAACCTTCAGCATTACCTCATGGCTGATGTTCTAGATAGTCAATT
TTCGATTATGTGGAACGCCTTAGATAAATCGGAAGACTTCGAAGAGTTAA
AGGCAACACACCAGGACTTTATAAATTCAATTTGTTTTTATATTTTTATA
CATAACAAACCAATTTATGAGTGCTTAGTGGAACTTTTACAAACCTGTCT
TTCATACAGTACCTTGTTTTTGACGGACGCTCAGAATGATCCTTCTCAGT
ATCAGAAAATTTCTCTCAAGTTCTCTCGTCTTACGTGCTTGTTCTTTAAA
ATACTCAAATCTATTGATAATAGTTACGGAAGTTCTCATCTAACCAAATT
ACTTTTAAGAATTGATTACAACCGATATTTTCTAAATTATGGCCACTCTC
TCGAATGACTAAATCAAAATACAATTAACTTATTACATTAGCGTATATAT
TTTAACATTTTGTTTTAAGATAAAATCTCAAAGGTTGTTGAATCGCATTT
GTTGGTCTTCTTGTCCGTGAGAGTTAAATGTAAATGGCCGTCCCGATATA
TATGGGCAGAGAGGGAGATTTTGCTATCCTCTTCAAGGTCATTGAGAGAA
AGCTAAAAATTAAGAAGAGTATTAAAAATCAATAAATATGTAAATTATAT
GCAGTTACAATACCTCAGTAATGTCAACATTTTCTCCTTGATCATTAACC
AAGGATAATTGAACACGTAGTACATTTCCTTCTAAATTGCTAAAGTGGTG
GGATTTCCGTACAGGGATGGGAGTAAGTGTGGGAATTAATACTTCTTTTT
CCTCGCCATCTTTTGAGAAAATTAAACTTCCACACAATGCTTTAAGTGAG
AAAGACTTTCCGGATTCTGTCCATGAATTTGTGAGTAATGCTGCTTGATC
CGCGGCTCCTTTGGCTATCACCTCATCTGGATTGATGGTATTTAGGATCT
CAGCGTTAGGAAATAGGCTAGACACATTAGATTGAATGGCTGGGATTTTG
CAGGATCCACCACAGAGKATGACCTTATTCACTTTATTAATATGTACATT
TGCCAATTCTAAAACACGATGTATAGGCCTCAGAAGAGTAGGCATCAATT
TGGATAATTCATTGTTGAATCTTGCACGGGTTACGCTGTGATTAAAATCT
ATCCCCTCGTACAAGGATTCTATGTGACAAGGAGCTGTATCCAAAGTTGA
TAAGACATGCTTGACAGTTTCTGCCGCGTTCTCAAGCTTAAAAACACTTC
TCTTCGATTCCAATGGGTCTAATTTATATTTTCGTTTAAATTCATTTGCT
AGATATTGAACAAATAACTGAGAAATGGCAGTTCCTCCAGTACCAAGATC
TTCGATACAAGAGCCAAGGATTGAATAGACMCCTGACACACTCCGTACCA
ATGTTGCTTCTGTTCCAATACCCCCTACTCTATACACGAGAACAATGTCT
TGCTGATTGTTGTCAGATTGTCCCAAGTTATAGGCTAAACATGCAGCAGC
AGGCTCTGAAATCATTTGTAGCAAATTGAAACCAGCTTTTTTGGCGCAAT
TGGAAACAAGGAGCCGCTTCTCTAGAGACATGGAAGTAGGAACTGTGATG
ACCACGTCTTTGGAGTCTTCTTCTATGCGAGACTCCGCAATGTCGACAAT
GTATTTGAGTAAGTGTTGATGAATTATGTCCGGAGTGACTTTGAGTACTG
CGTTATCCTCAAAATGAATGTTGTGTTTGTAAGTCTTGGCCTCATGAATC
ACTTTGGCATACGGATCCGACTAAAAGTTAAGGAAATCATCAATTCTTAA
CTAAATACTATGTACTCATTACAGTAATTACCATTAATTATGTTTATTTA
AACAGGTGATATAAATTGAATATGAAATTATGAATTAAAATACCTTGTGC
TTGCTAAGGTCAAAAGAATCAAGTAAGAGTCGTTTGTTATTCATC back to top
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