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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s3063 | supercontig | LSalAtl2s3063:8047..11885 + |
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 EMLSAP00000005660 >EMLSAP00000005660 ID=EMLSAP00000005660|Name=EMLSAP00000005660|organism=Lepeophtheirus salmonis|type=polypeptide|length=402bp
MMFRALGMVYEERSGLYYDYKSGYYYDAKIGMWYDGSSGKYFHYDPDSGV
HKEMGNIKPEEKKKTETKREKRRRKRDKIEKKRLKRMVDTDDNEGTEGAE
DGECSSSTSSPSDTSEDEQGPPPADKIPCVRLMVYESEDSKIGSLFLVTL
PGGSIGREGAEHDVLLPDPGCSKFHAKITYDEKKGQYFLKDMGSRNGTWL
NNKRMSVSKSESEPHEILHRSKIQIGKTILFAHIHPHLETCGGCEPGLLL
KSDETEKFSSAAEKEAGRKKKMNELKKKYGLKGSDMETNESNVSGGAYVD
RAEERRKKVGSDNPYEKTEVASLEKSLDSRNKGFNMMSKMGWKEGEGLGK
DSAGRSEPVPIEERKVRAGLGSDAQVPTLDMKAQAKKSEVWKKTQERYNK
LS back to topmRNA from alignment at LSalAtl2s3063:8047..11885+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000005660-701507 ID=EMLSAT00000005660-701507|Name=EMLSAT00000005660|organism=Lepeophtheirus salmonis|type=mRNA|length=3839bp|location=Sequence derived from alignment at LSalAtl2s3063:8047..11885+ (Lepeophtheirus salmonis)
GCAGGACTTGAAGTTGAACTCTCGAATTCAGTGAAATATGCGGAAAAGAT
CCGATCAGAGGCCTCGGAGTTGAGTCGTCGTCTGGGTGTATATAAGAAAA
GGGAGATTCTCGCTGAAACTGTGGGAACACAGACGAAAGAAATGCCGCTC
AAGAAGGAAAAAGAGGAGGTTTGGAAGCCCTCTGGGACTTCGTTAGCGGA
TGAGGTCCGAGAGGCGGCTGAACAAGTGACGTTGAGTCAAGGAACGTTTT
GTTTTGTTATTCGCACTTTAATACAAACGGAACTATTTATTTATTAGATT
ATCCCGCAACCTCGCTTTCGGGGTTTTTTTCCAAGTACGTCATATTTTCT
CTCTCTATCTCAAAATGGAAGAACGTCGCCTTGGGGAAATGGACGTTTAA
AATTCAATCTTCGCAACCTTTTGCTAATAATCAATTAATCTACATATTGG
ATCCAGGAAAGCTCACCTTCTGGAAAATTACTCTTCTTTTATTTAACATA
AATGAATTGACTTTAAGAAACATATTCTTGATCATTTCTAAATCATTTAA
CTCTAATTTGATTTGAATATGGATATCTTGATATTATAATGCTATTTGAG
TAATACTTGTATAGAGGGCTTTCATTTGACGTAACCATTTTAATATCCTT
CATTTTGGGATATCTTTTGGCAACAAAATTAGTATTATTAAGTAAGATTG
TTAACTATTAGATTTCAAAATAGGACCCACAAATAGAAGGACTTTAATTT
TACATTCTATAAAAAAAATATCGCTCAAACCTCTTATTTTATTATAAGAT
AGGTTAATACATCGTTATATAATCTTATTTTCATATTCTAGAGACAAATT
AATGTGTTCATTTTATGTAGTAAAAATATATACTTTGAGCCACCAAGATG
GCGTCTCCTTCAATTATAATCCTACATATGACGTCAAGGAAAACCCTTTA
TACAAATTTGTTCGAAGTCATTATTTAAATGAGATTTCGATAACATTAAT
TATTTATTTATATTTTTTTAATATCATCGGGATCTGGGGGGAGTTATTTC
TTATTAGTATCGCAGGTATTATATCAAGACTAGTATCTCCGTAATATATG
TAGACAAATATTCAAATCAAATGCTAAAATGTATAACTTAAGGATGCATG
TTGGGCCCTTTTAATAAGAAATCTTTTTTTTTATGACATTGACGAGAGGA
GTAATACAAACTATGTTACAAACTGATTATTACGTTATAAGTAACATTTG
ACAAATTTTATTTAAATAAGTGAGGAAGTAGAATGTTGATTGATTCTATG
AGATGCCTCAGGACGGTCTCTTAAGTCTATGCATTTTCACTAATTTGTAT
ATAAAGTATTCCTCTAATATACCTATACTAAATAATCCCTTCAAATCAGT
GTTATCATATCAGGATATAGATATTCTAATCAAGTTACTATAAATATTTA
GAAATACTCAATAGTATATTTTTTAAAACCTTATTATTTATAACAAATAT
AATAATGCAAATTTTCCTCCTGGTGAGTCTTACCCATAGAAAACTTTCCT
GACAACCTATATACTATTGTCTATTGGGGAGTCGAGAAACGGATTTGCAC
GCTTAGATTCCTTTACAAAGTATTCCTTCAAGTAATTATATTGCTATGGT
TCCATGATGGATACAAGAGAGAGCTGTAATATATAATGCGATGAGTACAA
GCTAATGAGAAGCAATCTACTCAAGGCATCCTCTGTTCAATGATCGAATC
CGAGCCCCCCCCCCCCCCCTGGTATACTATGTATCTTTTCCACATAACCT
GCTTTTAAGATCCACCTAGGTGCTAATTGTTTGAACAACCTCTTTTCCTA
CTCCAACATTAAATAATTCGCTGAACGAAGTTACTTTCCTATCATTAAAC
GGTTGCGATCATTCAATGTCAACTTTCCGTTAACGTTGTCTCCAATTTCG
AGATAGAAAGATAAAATATGATATTTTAGTCAAAATTTTAAAACACATCT
AAAATTATTTGTGGAATTTTGAATTAATTTGATATCTGTAAAATATCGAA
TGGTGTGCAAATAATATTTTTAAACTTTTTTTTTTTGTCTAATAATGAGG
AAATATCCTTGAGGCAAAATTACTAGAAATCAATTTTTACGTATTACTTT
GGGGGGGAAAAAAGAAGCTTGTATTAAAGTGCCAATGATGTTTCGTGCCT
TAGGTATGGTCTATGAAGAACGTTCAGGACTTTATTATGATTATAAATCC
GGTTACTATTATGACGCCAAAATTGGCATGTGGTATGACGGTTCTTCTGG
AAAATACTTTCATTATGATCCAGACTCCGGAGTACATAAAGAAATGGGTA
ATATAAAACCCGAAGAAAAGAAAAAAACAGAAACCAAACGAGAGAAACGA
CGTCGAAAACGAGACAAAATAGAAAAGAAGCGTTTAAAAAGTAAATTTTC
ATTTCAGGCTAACTTTTCTTCTCAAAAGAAAGTTAAATTATTTTCAACGA
TATTCGCTTCAAATTATAAATACGTAAGTGATGATTTGAGACATAAATGT
GAAACGCTATCTTGTTTTAAGGAATGGTGGATACAGATGACAATGAAGGT
ACTGAGGGTGCCGAGGATGGAGAATGTTCTTCGAGTACTTCAAGTCCCTC
TGATACCTCCGAAGATGAGCAAGGMCCTCCTCCCGCTGATAAAATTCCTT
GTGTAAGACTTATGGTATATGAATCCGAAGATTCAAAAATTGGTTCTCTG
TTTCTTGTTACACTACCGGGGGGATCCATTGGGAGAGAGGGAGCAGAGCA
TGACGTTCTCCTTCCCGATCCGGGATGTTCGAAGTTCCATGCTAAAATAA
CATATGATGAAAAAAAAGGGCAATATTTCCTCAAGGACATGGGATCTCGA
AATGGCACTTGGCTCAACAATAAAAGAATGAGTGTCTCTAAAAGTGAGAG
TGAGCCGCATGAGATTCTTCATAGAAGTAAGATTCAAATAGGAAAGACCA
TACTTTTTGCTCATATTCACCCACATTTGGAAACATGTGGGGGTTGCGAA
CCCGGGTTGCTCTTAAAAAGCGATGAAACGGAAAAGTTTTCTAGCGCCGC
CGAAAAGGAAGCTGGACGAAAGAAGAAAATGAATGAGCTAAAGAAAAAGT
ATGGACTAAAAGGAAGCGATATGGAAACGAATGAAAGTAATGTATCTGGG
GGAGCCTACGTTGACCGAGCAGAAGAAAGGCGTAAAAAAGTAGGATCGGA
TAATCCGTACGAAAAAACAGAGGTGGCCTCATTGGAAAAGTCCCTTGATA
GCCGAAACAAGGGATTTAACATGATGTCTAAAATGGGATGGAAAGAAGGA
GAAGGGTTAGGAAAGGATTCGGCTGGAAGATCTGAGCCAGTACCCATTGA
GGAAAGAAAGGTAAGAGCTGGTCTAGGCTCAGATGCTCAAGTTCCAACTC
TAGATATGAAGGCTCAAGCAAAAAAATCAGAAGTCTGGAAAAAAACTCAG
GAACGCTATAATAAATTATCCTAGTCCTCTGAATCAATCAATCAAAAATA
GCCAATTGTTTTGGAAACATTTTTAAACTTGTGTATGTGTGTGTAATTCA
AGTAGAATCTGGATCAAGGAATAGCTAATTTTCTCGTTTATATTTTTGTA
TCTCCTGTACGTTGTTATATTTCATTCTATATACCTACATCGATCTTATA
TGGATTAGGTAGAGAGCCTCTGTCAAATATTGATGTTAGTTGTCTTGTAG
AACAGTTTCAACCTAAATATAATCTATTAATACCAAATCACTTAAGTTTA
AATTCATACGTCTTCCTATTCAAGTGAGTCAAATAAAAC back to top
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