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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s1042 | supercontig | LSalAtl2s1042:95472..98859 + |
Analyses
This mRNA is derived from or has results from the following analyses
| Analysis Name | Date Performed |
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| 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 EMLSAP00000000290 >EMLSAP00000000290 ID=EMLSAP00000000290|Name=EMLSAP00000000290|organism=Lepeophtheirus salmonis|type=polypeptide|length=660bp
MTSSSQQVEDPRFAELIRPIKDLTANFNIPLSQFLDMYYSDLRDGISGLS
STPMDSQSKVNFAQAGLLIQGTVSVYSRKVEFLWQNVLKMLEFLAQRQSV
QDEMEMGDCPSNTEEXGGSSKRKNKLLKKDSLLFHGDFLPLPCNFSPHTL
MKDSSLQNNHINFIAITPCQLIQKEGKETAPHHTRVNIYSKSTNETLGPK
DDFRVNSQYCSVTGVIGQGIVGPTNLPDLSISLCVEKNNDDLPSSPPLLE
EINEVHHFEGEFHSEEPDCIEPIEEDLPISEVHNNTDSLRRSKRQILKDS
IVEERDEKLSLTQIWAPLNPHEVSNQEKNVSKKRRTTLLSRRPKLAPEKS
TASLSKKTLSEYYNNIKCATHRPKREAIANIPPELTREAFEEEKRRKSMK
KKLKITEQCPEGQDDCDNQETDNSPDENDGDAAQDWNEGDAPDPHEHFPL
LQTPSSPSLVNEIRGQNSYEELVVKRVATYVAQSQNYIESTDLAKRVSSW
HEHIRPKLEAVESRGSFNIHSYGTKVIESFPNDDRKTSISFGSLVNDVET
EEISRYFLSCLMLANTSNLELESNGMNNLFLTLLTKKRHHEELMASQEEP
VLTKSSSRKRVMLNPSNTTVSESIHQEIMDELNELPDQGLSQKEVFVIPR
PVKLNKHVYQ back to topmRNA from alignment at LSalAtl2s1042:95472..98859+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000290-696137 ID=EMLSAT00000000290-696137|Name=EMLSAT00000000290|organism=Lepeophtheirus salmonis|type=mRNA|length=3388bp|location=Sequence derived from alignment at LSalAtl2s1042:95472..98859+ (Lepeophtheirus salmonis)
CAATAATACAATGTATAAAATAGAAAAGACAGAGACTGAACGGCACATTG
GCCATCATTGGACTTGACTGTAGTTTGTTGATATTTGATTATTTATTATT
GTCTATTGAAACCAAGTTGAGTTGAGCTGAGCTAGAAACATCTTTAAAGT
GGTGTAAATTGGGCGGGAAAGTAGGCAGTAAGTAATGTCATAATAATGAT
TTAAAATGACTTCATCGTCTCAACAAGTGGAGGATCCGCGATTTGCGGAG
CTTATCCGCCCCATCAAGGATCTCACGGCCAATTTCAACATACCTTTGAG
CCAGTTCTTGGATATGTATTACTCGGATCTTCGGGATGGAATATCAGGAC
TCTCCTCTACTCCCATGGATTCTCAAAGCAAGGTCAACTTTGCCCAGGCA
GGCCTACTTATCCAGGGAACTGTCTCTGTTTACTCCAGAAAAGTGGAATT
TCTGTGGCAGAATGTTCTGAAAATGCTGGAGTTTCTCGCTCAAAGACAGT
CTGTTCAGGATGAAATGGAAATGGGTGACTGCCCTTCGAATACGGAAGAA
GMCGGTGGGAGTTCAAAGAGAAAGAATAAACTACTCAAAAAAGACAGTTT
ATTATTCCATGGAGACTTTTTACCTTTGCCTTGCAACTTTAGTCCACATA
CCCTGATGAAGGACTCGAGTCTTCAAAATAACCATATCAACTTTATTGCT
ATCACACCTTGTCAACTTATTCAGAAAGAGGGTAAAGAGACTGCCCCCCA
TCATACACGCGTCAATATCTACTCAAAGTCTACAAATGAAACACTTGGCC
CTAAAGATGACTTCAGAGTTAATTCTCAATACTGTTCTGTCACAGGTGTC
ATTGGACAAGGAATTGTTGGTCCTACCAATCTACCTGATCTCTCTATTTC
ATTATGTGTCGAAAAAAACAACGATGATCTTCCATCTTCCCCTCCTCTTT
TAGAAGAAATCAATGAAGTGCATCATTTTGAGGGAGAATTCCATTCAGAA
GAGCCCGATTGCATTGAACCCATTGAGGAGGATTTACCCATTAGTGAGGT
GCATAACAATACAGACTCTCTTCGACGATCAAAACGCCAAATATTAAAAG
ATTCTATAGTGGAAGAAAGAGACGAAAAACTTTCTTTGACACAGATATGG
GCACCTCTGAATCCCCACGAAGTTTCTAATCAGGAAAAGAATGTCTCTAA
AAAACGACGAACTACACTTTTGAGCCGTCGACCTAAACTGGCTCCTGAGA
AAAGTACTGCTTCTTTGTCTAAAAAAACACTTAGTGAATATTATAATAAT
ATTAAATGTGCTACTCATCGTCCAAAAAGAGAAGCTATTGTAAGATATAA
TTGTTGGAAGATTTTAAATGTAGGTTCTAATATATATATATATTTCATGT
TAAGGCAAATATTCCTCCTGAGCTCACACGAGAAGCATTTGAGGAAGAGA
AAAGACGTAAGTCCATGAAGAAAAAATTGAAAATTACAGAACAATGTCCA
GAGGGTCAAGATGATTGTGACAATCAAGAAACGGATAATTCACCTGATGA
AAATGATGGAGATGCAGCCCAAGATTGGAATGAAGGGGATGCACCCGATC
CTCATGAACATTTCCCATTATTACAAACCCCTTCTTCTCCTTCACTAGTT
AATGAGATTCGTGGCCAAAATTCTTATGAAGAACTTGTTGTTAAGAGGGT
AGCGACTTATGTTGCTCAATCACAGAATTACATCGAATCGACGGATTTGG
CCAAGAGAGTTAGTTCTTGGCATGAACATATTCGCCCGAAGTTGGAAGCT
GTAGAATCTCGAGGATCATTTAATATTCACTCTTACGGTACTAAAGTTAT
AGAATCCTTTCCAAATGATGATAGGAAAACGTCCATATCATTTGGGTAAG
TGTGTATTACTAATACTTATATAAGTATATCTATTTATTTTTTACCATTT
CTCATTAGTTCACTTGTTAATGATGTTGAGACAGAAGAAATCTCGCGATA
TTTTCTTTCATGTTTGATGTTGGCCAATACATCTAACTTAGAGTTAGAAT
CCAATGGAATGAATAACTTATTTTTAACACTTTTGACGAAGAAAAGACAT
CACGAAGAGCTCATGGCTTCCCAAGAGGAACCTGTTTTGACCAAATCATC
AAGTCGTAAACGTGTTATGCTCAATCCGTCGAACACTACAGTTAGTGAGT
CGATCCACCAAGAGATAATGGATGAACTGAATGAACTTCCTGATCAAGGG
TTGTCCCAAAAAGAAGTATTTGTCATACCTAGACCTGTGAAACTAAATAA
ACACGTCTACCAGTAATTATGATAAGTCGTCACTATGTACCTGAATTAAA
AATAATAATAAATACGAAATACTTTGTATGAGCACTAAATATTTATATAT
ATATATTTCTTTTCTTTTTTTTTGATATTGAAATAAAATATCACGTTATT
AAAAAGCATACATAAGGTTTATTAACAATAACGAATTAAAGTTAAGCTAT
AGGAAGGGTAAATGCCTAAATTAATACTGTCCAGGACCAGACAAGGACTT
CTCCATGAATTTTCTTTTGGCAAAGAACGTCCACCATTTGGAAGGTTTAC
CATCTGGGGTGTCGAAGACCCTCTCTACAACACGCTTGCCAGTTTCTTGT
CGAAGTTGGAGGAAATATTGTCGCATGGAGTCCGCTTCTTTGGTAGTTGC
AGGTTTGGCATATACTCCGTTAAGAGGGAATCCCGCTTCTCCTGGYATGT
TGAACCGAGAAATGGCAAGGGAGTACATTTCTTGAGTGCCTTGAGCCTTG
TCCGTACATTTTTGGAGGCGTTTGAGACACTCCGTGATGTAAAGGGTCAG
ATAAATCATGACTCGATCCACTTCGGACCTAGAAAGAAGGACAATCTCAA
TTTACACAGTCTCTAGTCACTTAGGGACATTTACTTAATCTCATAGTTCC
GGAAGAACACGTTCGCTTTGAAGAAAAACAGGGTTTCATCTATGATGTCG
GGTTCCTTGGAGGTTTTAGGTAGTGCTGGCGCTGGACCACGCTGATCCGT
TTTAATTGGCATAAGACTCATATTCCCAATTTTATTGGGGCCTTCTTTAC
ATTGAGAATGGTACGCAGGCATCTCGGAACGCAAGGTTTAGAATAGATTA
GTTTTTACTTGATAGTCTTAACACTTAATTCTTCCTTTAGACGATATTTT
CACTGACAAAGAGCTTAAGTTTATTCCGTTGTAGTATCGTATTATTATTA
ATTAAGTAGGAGGCGTATGAGGTTCTATCAAGACAATCAATATAATAATA
TGTATTATATATATTTCATTTTTGTGTAGTGGAGGCAGGGAACTATGGGG
AGACTGAAATCAATTTTGACTGATACCTTTTATTCGCG back to top
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