|
|
Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s1066 | supercontig | LSalAtl2s1066:199773..204622 + |
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 EMLSAP00000000415 >EMLSAP00000000415 ID=EMLSAP00000000415|Name=EMLSAP00000000415|organism=Lepeophtheirus salmonis|type=polypeptide|length=105bp
MKTYYVERYDNRPANNYADDESVWCDMWKGRSRTKEQYENERDSPDSGVS
DEPSTQRSPPAHKPKLTFHCQQAQGSPTGIISGFTNVKELYQKIAEVYEI
TAEEX back to topmRNA from alignment at LSalAtl2s1066:199773..204622+ Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000415-696262 ID=EMLSAT00000000415-696262|Name=EMLSAT00000000415|organism=Lepeophtheirus salmonis|type=mRNA|length=4850bp|location=Sequence derived from alignment at LSalAtl2s1066:199773..204622+ (Lepeophtheirus salmonis)
ATGAAGTAATATCTATAAGTGTGGCCTCACCGGAAGCTAATTTTCTCGGT
AATAAAGATCGAAAGTTTTATAGAGGGTGGCCCAGAATTAGTGTCCCATG
AACTTTAACGTCATAAAATGAACAGTTACATGATTCAGAAATATTGCAAC
AACGTTTTGTTAGAAAAAAATATCGTTTGTGGGCAATTTGCTGAAAGCCT
TATTGCCAAAACCTTATTACCGAATGCCCATTTACCGTACAGAAGTTTCC
CCAACGGACACTTGGTCAAAAAAAATAATTCCTACACTTGAGAATAGTTT
ATGCTACAAAACTGGATTCCCAATCAAGTTACTCCAATTTTAACACTAGA
TTGATGGATGATAACTACCGCCCTTAAACGACAGTGGATCTCAAAAGTGA
TATCCATTTATTTTTAATATTTGTAATGATGTTACGTTTTGCAAAAGATG
ATGGACCTGGAACTTCTTTCAAAATATTTTCTTCTCTGTAACGGGCTGAT
TTCTATTTATTTTCTATCTGTTTCTGCCAGATTGTGTTATCCTTGCCGAC
ATACATACATACTCATCTAATAAGTCGGTTGATGTATGTTTTTTAGAAGG
CAGGAATTCAGTCACCTGATTGCTTCTTGAAGTGTTAAATATACCAATTG
ATTGTAAATAAATACATATAGAATCTAGCAAACTAATAATGGTATTCAAG
AAAACTAATAACCTACAAGTTTGTCTAAAATTTAAAAATACTCTTCAGAA
TCTGAAGAACTTGATTGAGGTGGTCTGACATATTCTTCATCTTGTTCCAA
TTCGAAATCATCACCTTCTAAATTGGAGTATGATGCAGACACAAGATTAT
GTCATATTTCTTCAATAAATAATTTTTTTTATGGATATCCATGCACAATA
ACAGGTGGAATCAGAATGGCTAGTTCAGAAAATTTAAAATTTATGATAAC
ATATACACAAGGAAGTTATTGGATTCCTTTCAGGGTTATTCATTCATGTC
TGAACTTCCTTGAGCCTGTTCATACCCAATTGTACGACAAAAAGATTATT
TGAAATGATGGGATGTCAAATATGATACCCACGTCTGTCTAGGTACTGTT
CACTATATCAACGAAATTATGACGTATTTTTTTTTTTTTTTTGTGGTTAA
TAAAATAAAKTATGAAAATTCAAYAACTTATAAACAAATACAGTCAATAG
GTCTATCACAAAATTTTACTGACTCCTAAATGGGTATCAAAAATGAAAAA
AAAACTATATTTTTCATTATTTTGGTCAACTAACATTCCCCTTCAAAAAT
TTCCTTTGTTTTTGCTCAGCGTAAGCACTCTATGGGACCGAGGTGTTCAA
ACGTAGTAAAGAATTGCTAATAAATTAGTTCTTATTTTATATAATACACG
CAACCTGATCAAAAACGAACAGAGTGTTAATACATATTTTAATACAAACC
ATAGTTTAATTTTTTTATGGGACACTGACTATTGCTAAATCATAAGAAAG
TTAATTAAATAACATTGACTTTATTGTGGCATMGAGCCGAGACGGTCTAC
ATCGTTTATKCTTCTCCTACCAATAAACAGTTTGCGGTTGCGTTTAATAA
GGAATAATCAATGTTTCCATGAAGGAGTGTGGACATTAAAATTTCGAAAT
TTGTGATTAACGTACAATATATATTACATAAGGAAAATATCAAGACAACG
AGGGGCATTGAAAGTCATTATTATTCTTTTTAATTACACATTTAGAACCT
ACTACGTTGAAAGATATGATAACAGACCAGCAAATAATTATGCTGATGAC
GAGAGTGTAGTATGATTTCTCCTGACGCGCGACAGAGTTCCACCTGCATG
AAATCATGAAAACGAGGAGGAAGGCATTGGATGAGCTACTCTCATAGAGC
TGTATAATTTGTATGTAAATAGTACATATTTACACATTATTCATAACTAG
GCCAAAACCTATAGCTTATAATCATTTGAATATAATAGAGCACGTCGTTA
GCCCATTCTTCCCAAATATATAATTATTATAGTTAGAATGTTCAGCAGGT
CGTTACCTTTATTATATCTCCCAACCTTTACTCCAAAAAGATACAGAAAA
AAAACCCAAAATCAGTTCGTAGTATGTACTTACTCTTTTCAACTATGGAT
TTATTATCCCACAATTGTTGTGACGAACAGCTTACTGCACTTTTATAAGC
GCTAATTCAAGGTCAAACAATCTTTAAAACTACTAAAAGAGGTAAAATAA
TCCACAGCTGATAATAGAATACCTCACTAACCCAAGAGTAAAAAAAATCT
TCATGTGCTCTGTAGAAGTTTTGATGTTTATACTAGTTGTAACAAACAAA
ACGTAGAAAAAGTAATGATACCTTCTACAATTCAGTTTTGAATAGTTCCG
ATTATTTTTAAATAGCTTATATTCTAACCCTTTGATTGATGTACATATTA
TAAACAAAAATGCTATATATGTCACGATGGATACAACAAGAGCCATCATA
GGTAATTTAATCAGCGCCAGGAGGACCACCTCAGACATAATGAAGGCCTT
AAACGTCAGCAAGGTCACTGTATGTTGGATCAGAAATCGTGTGTCTGATG
GACACAACCTTAAGGACAAACCCAAAAGTGGAAAACCAACCAAAGTGAAG
CCTGAATACATCATGGAGGCCTTTAAGGTCAACACAACGATGAAGATGTC
CGAGTACGCCAAAAAGAAAAAGGTGTTGCAAAGTCAGCCACCTGAATATT
GATGTCCTAAGGACCTCCGTTAATCAGCAGTGGAGGAATATGAAAACGGA
CTATGTTTCCAAAGTTATGCAAGGGGTTCGGAAGCGATTGGAGGGTGTCA
TTGAGGCTCATGGTGCCCAGACTCATATGTTTATTTTTTTGTGAATCGCT
GTGGATTTATAAAAAAAATTACAAAAAATTTAAATTTGATTTTTTTTTCC
TAAAAAATTGATTTTTATCAATTTTTTTCATAAAAAAAAAAATATATATA
TATCCCCCATCCTCCCAATATATATAATCCTGCGGACTCTCTTGCAAATT
GTTGCAATTGTTTGAAGTTACAATGTCTTTGTCTTTATATTCCATATTTA
ATTACAAAAATGTACTACTATTAATTGATATTGTTGTTTATTTTGATTTT
TTAAATTACATAGTAATTATGAATTTTTGGACAGTTTGGTAATTCTTTCA
CTATTGTTTGAGCGTGAGTCATAGAAATAGAAAATAAGCCATTTTTTAAA
GTTTTTCTTCAAAAAAGGCGATTACATATCCCTACAGCTAAAAATTTGAA
TAGCATATTATGTAATATTTTGGTTTTGTGAAATGTGTTCCGGTAATTCT
GATGTCAAAGACGCACTACGCTCTGAAAGGGAAATTGTCAAAAATTTGAA
TAAAATAATGTAAATCGTTGAGTCCAACCATCATATAAGCACTGATGTGA
TAGCCAAAAAGATACACATTATTGAAAAAAAGAAAAACCTCTTTTCTTTT
TGCTATCTCCATTGTAGTATTTACTAACAGGATTCTGAAATTTAAAAAAA
AATATCTTCCGGGAAAGGAACCAATTCTTCTCAAATGTGTAGTCCCTATT
GTTGGGTATTGTTCACATCATCTTAACTACAGTGGATTCAATCAAAGTTC
AGAACAATACTAATACCGGGAAAAGAAATAAAATAATTCTCAGGTGACAA
CCAAATACAGACGGCCTTACCTCACTGACATTAAAATGTATATTGTATTT
TGTTGTCAGCTGTTTATTTTCAACTTTTCAACCCTGTCTTCTGACACGGT
GATACCCGACCCACTTTAAAAAAATCGATAGCTGATAAAATTACATAGAA
GTTGGGGATCAGTGTAATCTAAAGTAAATCATTTACATATTTCACGGAAC
TATCCCCCTAAATAATAATATTTTAAATTTTCATCTTTCTTTTTCTCTTA
TTAGTGTTCCGAATGTTGATTAATTAAATCCAAATGAAGCCTTGGTAAGC
TAAGAACAATTCCTTACTATTAATAAAGAATATTCCCACAGTTGGTCAGA
ATTGCCTAACTACGATTAACTGATTTTAAGGACTTTTTTTCCATGTATCT
TTTTGTAGAATGAAAGGTTGCGAGACACAATAAAAGTAATGAGGTCACAT
TGGAAATGTGTCACTTTTAGTGTAATATGTACAGCAATTCTAAGATACAA
TGATTCAAGTCAAATAGTATGTATAGTTTGATTAAAAGATCCCACACTTG
TAATATCTTAATACAGAAATGATATGAAAAACGGGGTTATCCTGTACATT
TATTTTAAGTTACAAGGCATAGCTTGAATGAAGCGGACATCATAACTATA
TTATTATAATATACTTATGTTAGTAGAACGCGTACTCTTTAGTTTAAATG
GAAGCCAGGGAAAAAGGTATGTACTACTACTAACACGGTACAGTCATGTC
ATAATACTCTTACAGTGTTGGAAGAACAAAAAGAAAGAGCAAATACTTAG
AGAAAAAACTCTACTCGATTCTACTATAGTCTACATCAATCTTATTCAGT
GATTATCGGACGCTCCTGTTGATTAGTTGTAGATCTCTGTTATAATTATA
GTGGTGTGATATGTGGAAGGGMAGGTCTCGTACCAAGGAGCAATATGAGA
ATGAGCGTGATTCTCCAGACTCGGGAGTCTCTGACGAACCATCTACTCAA
CGATCACCTCCAGCACATAAACCAAAATTGACTTTTCATTGTCAACAAGC
ACAAGGATCCCCGACTGGCATCATATCAGGCTTTACAAATGTTAAAGAAC
TCTATCAAAAAATCGCAGAGGTCTATGAAATCACGGCTGAAGAGGMATGA
back to top
|
