|
|
Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s708 | supercontig | LSalAtl2s708:152836..156317 + |
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 EMLSAP00000010679 >EMLSAP00000010679 ID=EMLSAP00000010679|Name=EMLSAP00000010679|organism=Lepeophtheirus salmonis|type=polypeptide|length=332bp
MDRRRLIFSIVEFLNAEAADETNSFSPEAKESLEVANQCLQSAYALSQED
EHLRTEPSLLSLFQSATSHQPLQKKPTPSPEDKERAEQLKAEGNEALRNE
NAKEAIDKYSKAIEIDGSNQVFYCNRAAAYSKMDNHYAAIEDCKRALDMC
PNYGKAYGRMGLAYSAVQRHKEAEECFLKALEIEPDNPNYKSNLSMAQSK
VKEGNDSNNQNAGAFGAGMNAGSMGPGGLDLGGLLNNPGLMNMAMNMLSD
PNMQNMMGQMMGGGMPSTGPPAAAAGGPEAGGSAMGMEGLLNAGQRLAEQ
MQQSHPDLVEQLRRHVSNGVDPSKEQPPQGGE back to topmRNA from alignment at LSalAtl2s708:152836..156317+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000010679-706526 ID=EMLSAT00000010679-706526|Name=EMLSAT00000010679|organism=Lepeophtheirus salmonis|type=mRNA|length=3482bp|location=Sequence derived from alignment at LSalAtl2s708:152836..156317+ (Lepeophtheirus salmonis)
CCCTGATTGTAGGATGAATAATCAAGTAATGACTGACTAGTGATTACTGA
GGCTACCTCGTTGGCCGGGTTTCATAATACATATTTGATATTTGATATTA
TTACATTAGAAGAATGGATCGGAGACGACTCATTTTCTCCATTGTGGAGT
TTTTAAACGCGGAGGCCGCAGACGAGACAAATTCCTTCAGCCCAGAAGCA
AAAGAGTCTCTGGAAGTAGCCAATCAGTGTCTTCAAAGCGCATATGCCCT
GAGTCAAGAGGACGAACACCTCCGAACAGAGCCGAGCCTTCTCTCACTCT
TCCAGTCAGCAACAAGTCATCAACCTCTTCAAAAGAAGCCCACTCCATCT
CCAGAGGATAAGGAAAGGGCAGAACAGCTCAAGGCGGAGGGGAATGAAGC
CCTTCGAAATGAGAATGCGAAGGAAGCCATCGACAAATATTCCAAGTAAA
YCCGAGGATCAYCCCTTCCACTCTCTTTTACTCTTTTACTCATTTCTTTA
GGGCAATTGAGATTGACGGGAGTAATCAAGTGTTCTATTGTAATCGAGCT
GCCGCATACTCCAAAATGGACAACCATTATGCGGCCATTGAAGACTGCAA
AAGAGCCCTCGACATGTGCCCCAACTACGGAAAAGCCTATGGGCGAATGG
GAYTAGCCTATTCAGCTGTCCAACGACATAAAGAAGCCGAAGAGTGTTTT
TTAAAAGCCCTAGAAATCGAGCCTGATAATCCCAACTATAAATCCAATTT
GTCCATGGCTCAATCAAAAGTGAAAGAAGGCAATGATAGTAATAATCAAA
ATGGTAATGGGATTATCTTATTCTTTAGAGCTTTATGATATTACTAATCA
AGTATTTACTATATTTTAATATATGCATACATATTCCTTTAGCTGGAGCT
TTTGGAGCTGGAATGAATGCGGGATCTATGGGTCCTGGAGGCTTAGATCT
TGGTGGCTTGCTGAATAATCCTGGATTGATGAACATGGCCATGAACATGT
TGTCAGATCCCAACATGCAAAATATGATGGGTCAAATGATGGGTGGGGGA
ATGCCCAGTACTGGTCCTCCTGCTGCCGCTGCTGGAGGTCCTGAAGCAGG
GGGTTCTGCAATGGGAATGGAAGGACTTTTGAACGCGTAAGTTTTCATCT
CTCTTTTTGATGATCTTATCCTGTATTATTACCGTTATTTATCAGGGGTC
AAAGACTGGCTGAACAGATGCAACAATCTCATCCAGATTTGGTTGAACAA
CTTCGACGTCACGTATCAAATGGAGTTGATCCCTCTAAAGAGCAGCCACC
TCAAGGAGGCGAATAATTCTCAAGTTTTTATTCTAAAAAATGTTTTTTCT
AGGTTATTCATTTTTATATCAACCGTTGATTTAATGAMAATGTGATGATT
ACAACGTYTTCGTAGTTTTTTTTTTTTTTTTTTTTTTTGCATATTTGTAT
CATCTACTATTCTTAGATACCATGATTCAAAATTTGATTATTCTTAATTG
AGATTGATAAAATTATAATATAAACTTGTAGTGGCGAAAAGGAAAAAAAA
TGTTCAAAATAAAGTTAAGAATTTTGTTCTTAGCTAAATCCATATTTATT
TCATTCCTCCCCATTCTCACCAAGCAAGATATTACTTACTTTATCTCTTT
CCGTTCCCATTTTATATTTCAAGTTAAAATGTATTTGTAGGAATAATAAT
GGCAAAATGGTCAAAGAAGACATTCCAGCTTTGATATAAACAATATATTA
AAAGTATAGTTATAAGAAGAAACAATAAATATATGACTTGAATTAAATGC
ATTCTGTAACTAGCAATAGTAATTGAAGAGATGAATAATAATCGAATTTG
TCATGTAACTCTCACATTCCTAAAGAGTGAATGTCCAACATTCCAAATTA
TTTACGTGAAAGTCATGAGATGTGAGGGGATTATTATTGAAAGTAGAACA
GCGTTCTGTCCGCCCTAGGTTGAGGTCTTCATCCAACCACAAACCAAAAT
GGCCATCGCTCATTCCAATTCCAAAAGAATTAGTCTCCCCTTTAAGTATG
TAATCATTCTCACCTGTCCACCTGAATACCTCGATGTCAGGGTTTGTACG
AAACAGGAAAGACTCGCCAGTTCCTGTAAAGTGTTCAGAGATTCGTAGTG
CACAAGAAAGATAAGCTCCGAATATATTATCATTCGAGTCTTTGATAATA
AGTAAAACGGGTTCTTCATCTGATGAAGGCATCCTACGATAAAGATTTTT
AAGAGAGAATCCATGTTCTTCCGTTGAATAATTGAGATTTAAGTCATGGC
CAAATGTTCTTGGTGGTAGAATTTCAGCAACAAACTTAATGAGTGCATCA
TTAAAAATGTATGACTTACCAATGAGTCTGGGTATAGTGAGACCGAGATC
AAAGGTTGTCTGTGTAATAGTTTTACTCAAAGCCCCTCTTTTCTTGGTTG
AAGATGAATCCAAGTAAATCCCACCTTCTGGAACAGGACACATACTTTTG
GAAACTATCTTGTCAGGACTAAATATACCGTAGAGATCTGAAAACCAATC
TGTAAAGAACTTCAATAATTTTTCTGTTTTATGTCCACGAACTATGAACC
AATATTCTGGATAAAGCTTTTGCTCTCCATACGATATGACTGGAGKATTT
TTTGCAAGCTCCTCCTCTCGAGGAATTCCAATAGCCAATCTTAAGTAACG
TGTTTCATCTGTACCCATTGAAGCTTCGCTTGTGTTAAGAAGATCATCTT
CTTCTATAATATCCCTATCTTTGACACTATTGAGCTTTATAAATTCTTTG
AATAAGGATATGCAAACTACCAGATCCATGGGTGCAATAAGTTGATAAGA
ATCCAGAAGAGATTCATTATTATTATCTTTTGCTTCCAGAACAAGAGGAT
CTTGAGGCAATGGATTGAACATAAAGCTCTTGGGAGTAAAGAGTAAAGAA
CCACGTACAATACCACGCCCATCAGTTACGTGCGATACACCCAAACGCAC
AAACTGAGAGTCGAAAAGGTCTTCTTCCTCAGTACAATCTACAGATGGAT
GATTGGATTTCTTTGGAGTTGGAAATCGAATACGTAACTTTTGTCCCTTA
AAGACAAATCGACTGCCCAAACGATTTAAGGTAACTAATTCATTTGGAGA
AAGAAGAAATCGAGCAGCTATGGAGTCCAACGTTTCGTCCTCACCCTTCA
CCATGTAGAAATCATCCTCTTTTTCGTCCATTTTCCTATTGAGGATTTTA
TCTCGTTTAGCTTTAGTTTAGGGTCATAATATTATTAATATCTAAAAAGT
ACACAAAATATACACAAATAACAAGCACCAGAGATGTAGTAATTAATAGT
ATCTATGTTAAAGTAGCGTATTTTAACAACGGGAGCTTTCACACACACGC
AAGACAGAAAAAAAAGAAAGAATTTCACGACCCCTATGCATACAATATAA
AAGTATAGTTTCTCTCTTCAAGCAGATGTTTT back to top
|
