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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s1271 | supercontig | LSalAtl2s1271:98605..106214 + |
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 EMLSAP00000001574 >EMLSAP00000001574 ID=EMLSAP00000001574|Name=EMLSAP00000001574|organism=Lepeophtheirus salmonis|type=polypeptide|length=1272bp
MATTTNHDGDRIEQALNSFFGHPSFRSKEQEAAIRAIVEEEDCERDVFVS
MPTGSGKSLVYXLPGVLLPKGRITIVERKRVLRDIHAKCPDTRFLYVTPE
QCATNTFKSILEKLVKFNVLGYFVIDEAHCVSQWGHDFRPDYLKLGQLRK
IINKTRVLALTATASKEVAADVFKQLKMKKEPLVFKVPCFRSNLFYDVVF
KESIQYEYEDLKGFVLECLGEGVLKKSTLGKNAPCGIIYCRTRDGTLQIA
SQLTKRGIPTLAYHGGLKDSERSRVQESWADGKVPVIAATISFGMGVDKA
TVRFVAHWSVPQTIAGYYQESGRAGRDGKPSFCRIYHSREEKGAIAFLLQ
QGSNKAKSERRKEVAKSAIKSFEKMVKYCEGLTCRHFVFSRHFNDDCKPD
CDKRCDVCVSLKTVEKKVEAFHSNSLRNNNFRSAPEAKANSNELYGGGRE
GNKRHFESYDSDGGDSGHDYEIAEKRAKKDREILIKKEFRNRKKGKSSGK
DDSKEDEAIRFAKVKGAEFTKNKIAGLEVRARESYLGLLETNIRLNYDTA
IKYGALKEEEKKLSNQDILQIAVNEEYQIFTSNKVVTMXRRGMAFLMAXV
KKDTDGXNAHSCVIKYDPSENNHQSLSKLASGIKKEEKKKSSETTSGNVP
KIISKGGFKIKRDPLTQVGITNYFSKSEPKVQSKWKSLGLDDDEDNDQTN
NQGDEEIEENPSTSSSNINFYNEANNDDKKSFSSESPISYKAAPSESSKV
SSPIEEEKEEEVTEEATFIEREKSACYEDSANQTVEDFKERLEKEYSNFE
EDYTTINNIQSSSRRDSPKSDVVNPETFSKLEETISKLQKQIAESEDSIN
YELLNHSNQEEGSPFKLDQNEIETLSPEASNKKSSNSGSSSSMSSRKHRP
KIKVKVEDITKTKKERRGPSSSRTSSESSSKNADKKSKKDAANEIVKVLV
PHYKSGKIMSKEVFKFAARELTHVLLDAKVKSSSYGNYVSKFFKRHYEIF
TARDRFNGALQFAVDKVEEVKTRSPIKKEATWQLGSNSANSSPVKHARNS
PSHRSLTQISARKRKRKDVHMDLGFHHTFVMKLFDRNVDLAQFHESTPLY
PVCRAWMKNQPLNKRMLPRIRTPTPEPPSSEGDEKSSGSPNTNNNNNNPE
NEFLSDEGKKPETSNLDEGPSDIKKSKKGKQIYKMPIFEPLEANLYEKEF
VSPRIPQPFEMERDESFDVNKFQEEXSPSPAILLGDHMVRWCQVRKRWKT
SAQKNEERFEESAQLLRNMFEE back to topmRNA from alignment at LSalAtl2s1271:98605..106214+ Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000001574-697421 ID=EMLSAT00000001574-697421|Name=EMLSAT00000001574|organism=Lepeophtheirus salmonis|type=mRNA|length=7610bp|location=Sequence derived from alignment at LSalAtl2s1271:98605..106214+ (Lepeophtheirus salmonis)
ATGGCAACTACTACTAATCATGATGGCGATAGAATAGAACAGGCCCTAAA
TTCTTTTTTTGGCCATCCGTCCTTTCGGTCCAAGGAGCAAGAGGCCGCAA
TTCGTGCCATTGTGGAGGAAGAAGATTGTGAGAGGGATGTTTTCGTTTCT
ATGCCCACGGGCTCTGGAAAGTCCCTCGTCTATCAMCTCCCTGGCGTTCT
CCTTCCGAAAGGCCGAATCACTATTGTCGTATCGCCTCTGATTGCTCTGA
TCAAGGATCAGTTGGAAGCCTTGCAAAAGAAGAAAATCCACGCTGAAGTA
CATGACACAAGTCCTCCACCAACAAAATAAATTAATTGTATATTCAATTC
TAATTGTACTACTTGAGCAATCATCACGAATCTACCTTTGTAATAATGGG
CACTTTGTAGAGCGCAAAACCTTTGATTAAGTGCCTTTATTATACCTTCA
AAATGATACTAATTTGAGTGATGTGTCTCAATTGGTTCAAAATTTATGGC
CGATTATGYATTTTTTACATTTTGCGTGACCTTTGACCTTTCAAAATTTA
ATTAGCTATTTCTGTTAATATACATTATCTTTTTACAAAGTTATACGAAA
ATCGACCTGTAATCCTGCTTACAAACGGAAGTTTTCTTGTGTCAAATTTG
ATTTTCGAGTATTTTTATACTTAAAATAGGTTTGAGCAAAGTTTGGAATA
TAGAAAAAAATCAATAGTTGGCATAAAAATTAATTTGTTCGTTCCAAAAA
AAAATTATGCTAATTTTAAATATGTGCTTGTATTCGATATGTAAATTTCC
AATCCTGAGAAAAGGGAATTTAAAGGCTTACAAATACTTTTTGTTAATTA
AACCCTAATTATTGACACTTGAAATGATTTACTTTGGCGTAAAAACAATT
GAAAACCCACTATTAAATTATTCTTGCTTTAAATAAAACACATCAAATAA
TCCAAATTTTTGAAAAAAACTAATTAGAGATTCATAATCAATTACTATTA
GAATTGAAAATGTAATTTTATAAGATTTTTGAATAATCAATAATTTTGTT
GACTTGTATTATTAATTAATGATAACACGATCTAATTGTTCTTATTTTGT
TACTTATTAGTCCCTCAACTCCAAAATGGGAGAACAGGAGCGTAAACGAG
TACTTCGAGACATCCATGCCAAATGCCCAGATACTCGCTTCCTCTATGTC
ACACCTGAGCAATGTGCGACAAATACCTTCAAGTCCATACTCGAAAAGCT
CGTAAAGTTCAATGTTCTGGGATACTTTGTCATAGACGAGGCTCATTGCG
TCTCTCAGTGGGGTCATGACTTTAGACCAGATTACCTCAAACTAGGACAA
CTCCGTAAAATTATTAATAAAACTCGAGTTTTAGCMCTCACTGCAACGGC
CTCCAAGGAGGTTGCAGCGGATGTCTTCAAGCAGCTCAAAATGAAAAAAG
AACCTCTCGTATTCAAAGTCCCTTGCTTTAGAAGTAATTTGTTCTATGAT
GTTGTGTTCAAGGAATCTATTCAGTACGAGTACGAGGATTTAAAAGGATT
TGTTCTTGAATGCTTGGGAGAAGGTGTCTTGAAAAAGTCGACTCTTGGAA
AGAATGCACCTTGTGGAATCATTTATTGTCGAACAAGAGATGGAACGCTC
CAAATTGCGTCACAATTGACTAAACGAGGAATCCCTACTCTTGCATATCA
TGGTGGTCTAAAGGATTCCGAAAGATCTCGTGTTCAGGAATCTTGGGCTG
ATGGTAAAGTCCCAGTGATTGCAGCAACCATTTCCTTTGGTATGGGAGTG
GATAAAGCAACGGTTCGATTTGTTGCTCATTGGTCCGTACCTCAGACCAT
AGCAGGTTATTATCAAGAGTCTGGACGTGCTGGACGTGATGGGAAACCAT
CATTTTGTAGAATCTATCACTCAAGAGAAGAAAAAGGTGCTATTGCATTT
CTACTTCAACAAGGTTCCAACAAAGCCAAGTCCGAGCGTCGCAAAGAAGT
AGCTAAAAGTGCAATTAAAAGTTTTGAAAAAATGGTAAAATATTGCGAGG
GACTTACATGTCGACACTTTGTCTTTTCTCGTCATTTTAACGATGATTGT
AAGCCTGATTGTGATAAGCGTTGTGATGTATGTGTGAGTCTAAAAACTGT
AGAAAAAAAGGTTGAAGCCTTTCACTCAAATTCCCTACGCAACAATAATT
TTAGAAGTGCTCCAGAGGCGAAAGCGAATAGTAATGAGCTCTATGGTGGA
GGTCGCGAGGGGAATAAGCGTCATTTTGAGTCCTATGATTCTGATGGTGG
GGATTCTGGACACGATTACGAAATAGCAGAGAAGAGAGCAAAAAAGGATC
GGGAAATTTTGATTAAAAAAGAATTTCGAAATCGAAAGAAAGGTAAAAGC
AGTGGTAAGGATGATTCAAAGGAGGATGAAGCCATCCGCTTTGCAAAAGT
GAAGGGTGCAGAATTCACAAAAAACAAAATTGCTGGCCTTGAAGTACGAG
CTAGGGAGTCTTATTTGGGTCTATTGGAAACAAATATACGGCTTAATTAT
GATACTGCTATTAAGTATGGAGCTCTCAAGGAGGAGGAGAAGAAATTATC
CAACCAGGATATTCTTCAAATTGCTGTGAATGAAGAGTATCAAATATTTA
CATCCAATAAAGTCGTGACCATGTMCCGCCGAGGGATGGCATTTCTTATG
GCAGSTGTGAAAAAAGACACTGACGGRKGGAATGCACATTCGTGTGTAAT
TAAATATGATCCTTCGGAAAACAATCACCAATCTCTTTCAAAATTGGCAT
CTGGTATTAAGAAGGAAGAAAAGAAAAAAAGTTCAGAGACGACGTCGGGA
AATGTTCCTAAAATCATTTCCAAAGGAGGCTTTAAAATTAAGAGAGATCC
TCTTACTCAAGTTGGAATAACGAACTATTTTTCAAAATCCGAACCAAAAG
TGCAGTCCAAGTGGAAGTCTCTTGGCCTTGACGATGACGAGGATAATGAT
CAGACTAACAATCAAGGAGATGAAGAGATAGAGGAAAATCCTTCGACATC
CTCTTCAAATATTAACTTCTACAATGAGGCCAACAATGATGATAAGAAAA
GTTTCTCTTCGGAGTCACCCATTTCCTACAAGGCGGCACCCTCTGAATCA
AGTAAAGTTTCTTCTCCTATAGAAGAAGAAAAAGAGGAAGAAGTGACGGA
GGAAGCAACATTCATCGAACGAGAAAAAAGCGCTTGCTATGAGGATTCAG
CAAATCAGACTGTTGAGGATTTCAAAGAGCGWCTTGAAAAGGAGTATTCG
AACTTTGAAGAGGATTATACAACAATCAATAATATTCAGTCATCCTCAAG
AAGAGATTCTCCCAAGAGTGATGTTGTTAATCCAGAAACATTTTCAAAGC
TTGAAGAAACGATTAGTAAGCTACAGAAACAAATTGCTGAAAGTGAAGAT
TCAATTAATTATGAGTTATTAAATCATAGTAATCAAGAAGAAGGATCTCC
TTTTAAACTTGACCAGAATGAGATAGAGACATTAAGCCCGGAAGCAAGCA
ATAAAAAAAGTAGTAATAGTGGTTCTTCGTCTTCCATGAGTAGTAGAAAA
CACCGTCCAAAGATCAAAGTAAAGGTAGAGGATATAACAAAGACAAAGAA
AGAGCGGCGAGGGCCCTCGTCGTCGAGGACCTCTTCTGAGAGTTCCTCCA
AGAATGCTGATAAAAAGAGCAAAAAGGATGCCGCAAACGAAATAGTCAAA
GTCCTTGTTCCTCACTACAAATCCGGGAAAATTATGTCAAAAGAAGTTTT
TAAATTTGCTGCCAGAGAGCTCACCCATGTTTTACTTGATGCTAAAGTAA
AGTCCTCCTCCTATGGAAATTATGTATCTAAATTCTTCAAGAGACATTGT
AGTATTGTCTCAATTGATGATGCTAGGACTAAAATAAATCATTTTAAATC
CAAAATTATCGTTTGAGCGCCAAATAAATCAATCAATGGATCGATCCATT
TGATACTTACAGGTCAATATTTGATTATGTTAAATAATTATTAATCTCAT
TTTTTTAAAGTAATAAAGATTTAAAATATGGATCTTTTTATTCATTCATT
TGGTATGTGCATTTGCTACAAGTATCCAATAAAATATTATTAGAAATTGT
ATAAGTTACAATTTTTTTGTCTTTTTACGCTCTATTTAATTACCTAATAA
AATAATTGATGCTCTCATTTCCTTTTAATCTATTGAAATGACTTATCTAT
TASAATGATTCATTTGCAATAAAAAAAGTGGTCATATATCCACAACCATT
GAAATATTCAACTATTACATTAGTAAGTAATTATAAGTTATCACAACTAT
TCTAAATTATTCATCAAAAATTACTCAACTCATTTTTGAGCTGCAACTTG
TACAATTTACTTATACAAATTATAACTTTTACACATCATAATATAAATAN
TCGTATGTAGTGACAATATTTAATTGCAATTGTCAAATTTTAAAATTGCT
GAATAATGTTGCGTGCAAGTTGCAACTTGTATGACCTAAAGTTGCAATCA
AAAAATGAGATGAATAATTTTAAATAAAGGATTTACTGGACTGGGGGTGA
GGATAATGCAATAATTGAATATTCCATGGATGATCGATTTATAAATGGTG
CCACTTTTGACTATTCGAATACAAATTACGGAAGTATAAGTATTATGGGG
CATATTATAAAGTTCAAATACCGACAGTTATGTTACTCATAAATACATAA
TAACGATGCATTTGTAATGGATCAAAATAAAATTATAGTATAAATTGATA
GTTGGATATTAGAATGACTAATTTAGTAATTAAATAATGCAATTCAGACG
AAGAAATGACAACTTGTACAATTTTCTTATAYAAGTTGCAACTTGTACAC
AATAATGCGAAGGGGGAGGGAGTCGTGTTTATCAACAGCTGCATTTTTCC
TTTTGGACCAATTGTAGTACTTTTCTAATAAGTAAAGAGCCAATCCTGGG
AGTTTCCTTCCTTTTAATGTTATTGACATTTGATCGTTTCTTCGCAGCTT
TTTTCATTGATTAATTTCAAATTGTTTGAAAAATGGTGAAAGGTAATTAC
TAATTATTCCATTGATTTGACTCTAATTTACTAATGATGTATTTATATAT
TTTCTTTTCAGACGAGATATTTACAGCTCGAGATCGTTTTAATGGGGCTC
TACAGTTCGCCGTGGATAAAGTTGAAGAAGTTAAAACACGATCTCCCATC
AAAAAGTGCGTGATATTATATATTATGTATATATCAGACTTGGATAATGA
GCCCTGTTCATTTTTGAAGGAACGAAACGAAGAAATAATTCATTTCGTAA
TCGTTCCTTAACCCTAGTCATTATTGTGTAGTCTTTAATGTCTTGCGACA
TATAAAATATGCTAAATCTAATGATTTTAACTTTGTATGAAGATTATATA
TGGTCAAAGTAAGAGGTCATTACATTTTTTGAGAGCTCAAGCTCAAACAT
TAAAAAATTGGCGATAAACAGATGTTTGCGTTACACCAAGTGCCCATTCT
AGTTGGTTTTGTTTCAGAACCAAAGAAGTTAGCTAATAGTTCCTCAAGCC
AGAGGCACTTTTCCTATGGAACATTTTAGATTAAATACTTCATGTACCAT
CTCCTTCTGAACAATTACTTATAAACAGTAGCACATCGCCATTATGATTA
TGATTTATGGGGAAATGCCCATCATCATGATTGTACATGTATTGATAATT
CAGTTTGTCACATGTTTTTCTTTTCATATCTCTAATTATGAACGAATTAT
CTTCTAAATTGAAACCTAGAAATGTATATATATGATGGGATACAATATAT
GTCTGTTTATTAATTAGAGATTTTGAATTATTTATTCATTTAACCATATG
CTAACATAKAGTAAAAAGGGCGGTAATCACTGGTGGGTGTCTAGGCCCCC
AATAACAAAACCGTGATTTTGGCACTGGTGAATAATTAGTAATTTGAATT
AAGAACTGTATCCAATTTCGACCTTTTAAGTGCTACTAAAAATATAAACT
AATGTAGGGCCGCCCTTAACTATTGGGTGGGCCTATACGAAACAAATTGT
ACGGGCCAAATTCTAATTTAAGTAGGGATAAGTAGAGGATGAGGCTAGGG
TTCCTACTTTCTTTTTTTCGAAAATTTGAATCTCATTTATTTTTAGAAAT
AAATTTCCTATTTTTTTCAAATAACCTTATTTTTAGAGGATGATTTTAAA
TTTATTTTTAAAACAAGCTTGTCGTTCACTGCGCCTGCATAGGTTGCACT
AGCCAAGGCAGGTTCTAAAGGAATGAGTCTTTGAATGGAATTTTTTGAAT
GATACAACGACTCTGTGTTAAGGCCATAATTTGAATATAATAATATTCGT
TTATTATTAATTACCCCTAATTTTATTTACAGAGAAGCAACTTGGCAACT
CGGATCCAATAGTGCAAACAGTAGTCCAGTCAAACATGCCAGAAATTCCC
CGTCTCATCGCTCACTTACTCAAATATCCGCAAGGAAAAGGAAGCGAAAG
GACGTACATATGGACTTGGGATTTCATCATACATTCGTCATGAAGTTATT
TGACCGAAACGTAGACTTGGCTCAATTCCATGAGAGTACTCCACTCTACC
CTGTTTGTCGAGCTTGGATGAAAAACCAGCCTTTGAATAAGAGAATGCTT
CCACGGTAAAGGAAATTGACCTCTCTAAAATAGATATATTAAATATAACT
TTCATAATTAATTATTTGTTCCAGAATACGCACGCCTACCCCTGAACCTC
CTTCCTCTGAGGGAGATGAAAAAAGTAGTGGCTCTCCTAATACTAACAAT
AATAATAACAATCCCGAAAACGAATTCCTAAGCGACGAGGGTAAGAAACC
AGAAACAAGTAATCTGGATGAGGGTCCCTCGGACATCAAGAAGTCGAAAA
AGGGGAAGCAAATATATAAAATGCCTATATTTGAACCCTTGGAGGCGAAC
CTCTACGAAAAAGAATTTGTCTCTCCACGGATACCTCAGCCCTTCGAAAT
GGAGAGAGATGAGAGCTTTGATGTCAATAAAGTAAAAGTTCTACATATTT
ATTTATGTAAGGGTGACCAGCCCTACTCTTTTTATATTGTGTCGGGAGCG
TTTTTTAAAATTATATATGCATAAAATGTTCAGTAATGAATGAATTAAAA
ATAGTATAGTCACCCCAATTTATGTACGTTTAATTTTTCTCATAAAATAA
TAACTCTCTATAATTATGCTTTAGTTTCAAGAAGAAGMCTCTCCTAGCCC
TGCCATACTCTTGGGTGATCACATGGTTCGTTGGTGCCAAGTTCGGAAAC
GCTGGAAAACGTCTGCTCAAAAGAATGAAGAACGCTTTGAGGAAAGTGCG
CAATTGTTACGAAATATGTTTGAAGAATAAAAATTGTTTTTTTCTTATTC
ATTATTGATTAATTATAGTAATGGGTATCAAATCCTGCCACCCCCTAAAA
AATGGGAATTCTGTCACCTTAACATTGTGGATTTTTACTTGTTAAGTCCA
AATCTCTTTATTTTTGTGTGATCATATGATTTTTTTTTTTTTTCTGCTTT
TTACAATTTG back to top
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