|
|
Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s1434 | supercontig | LSalAtl2s1434:74513..78727 - |
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 EMLSAP00000002302 >EMLSAP00000002302 ID=EMLSAP00000002302|Name=EMLSAP00000002302|organism=Lepeophtheirus salmonis|type=polypeptide|length=86bp
MYNFFKHPLNYRQIKKATFQQRSDPNELNLNQGLWKDYREKKPLSSIGDF
KITNLKGNQNFDHHNPSKVFILYGIFEFSTMKITNI back to topmRNA from alignment at LSalAtl2s1434:74513..78727- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000002302-698149 ID=EMLSAT00000002302-698149|Name=EMLSAT00000002302|organism=Lepeophtheirus salmonis|type=mRNA|length=4215bp|location=Sequence derived from alignment at LSalAtl2s1434:74513..78727- (Lepeophtheirus salmonis)
ATGTATGTATTTAAAAGCACTGTAAGAGCATCCTTCCCTCTTATTCGACT
TTAAACCCCCTCTCTCTCAACAGTAAAAGTTAGAGAGACGCTACGGATTT
TGTATTTCTTTATTCCTTCAAAGTCATGAGTCCATTCCATATATACATCA
ATGCTCTGTCTATCCTAATAATTGCTGTTTTTGCTCAAGATGGACATGGA
TGTCCCTTACAATATGAAATTAGACCCGTAAGTTCTTATAGTTAATATCA
TTCTCTCTTTTGAATCCATTATTTTGAACTTTAGAACTTTTTCAAGCATC
CTTTAAATTACCGTCAAATCAAAAAAGCAACATTTCAACAGCGAAGTGAT
CCCAATGAACTTAATTTAAACCAAGGACTATGGAAGGACTATAGAGGTAT
GTGCAATATTATTTATAATGTAAAAACTAATGGATTTATAGGATGTCACA
CTCAGGAGCCTTGATAGGATTTTTCTTCTTTGAGGGAGTTAAAAACTTTT
ACCATTTGTCTTTAAAAAGATTATTTATTACATTTTTCTATATACATACA
TATGTACAGTGGAGAAAAGTCCTATTTAATCCCTTGCCGATTTGGAAGGT
TGCACACTGATTAAGATTATATATGGAATTGAGGTCTGGCTCGGCCACTT
CCTCACCTCAATTTGCTTCTTCTTGAACCATTTCTTTGTTGTTTTGAGTC
ATTGTTGTGATAAAAGAACCATTATACATCCCATTTTCCGTTCCCTTTCG
CCAAAGATTTCTCGGAGGTCCATCCTCTCTTCGATGCAGGAAAGTCGGCC
TTTCCGCTTGGTTGAGAATCACCTCCGAATCAAAACGTTTCCAGTATGTT
AGTACCAGACGGTGGGGTTAGTGATATTGTGGATATACTCCATTTTTCAT
ACTCTTAACACCTTCTTTTTTTTGTTGTTATAAAGTATCTTTTTCTTAAA
ATAAACCTACCATTAAAAATTACACACTGACCGTTATTTTCTTTAACAGT
GGGCAAACTTAAAAAATCGGTAGGGATCAAATACTTATGTTTTCCACTCT
TTATGGAGAAGATGTATTTTGACTAATCTTTCTTTGGAAAAGCCTGCATA
GATCCAATAGGAAAGAATATACTGACACGTTCCTGTATCGACGGCCCTGA
CAGCATTTATTTATAAGGGTATTTTTTTGTTATCAGGCCATTTTAAAGTA
AGGTCAACGGTTTGCAAAAATATATACCCTTATATTATGTCTTTATGTTG
CTAGACATTAAGAATCATTTAGATGTATTAGTTTCAGAGATGTGAGAGTT
TAAATTCCCTAGAATCTTGTATTTAAAATCCAGTAAATTTTACAATTCCT
TTCATTGCTTTAAAATTACATTTCTCTGTTTGGAAAGTATATATTTCACT
AATTAAGACTTGATATTTTTGAAGCTCATAGCTGAATCAAAACTTTCATT
TTAAACTATTATCTATATATTGCGAAAATAAAATTATCAATATAATGATA
AAATTTATCAAGTTTGTTAAATTTAGTGGAAGATATAGTTGTCTATCTTG
CACCTAGGTAAATCCGTAAAATTAACAAAAAACACATACTACAAGTATTT
TATATTTTTACGAGCCTTTCACTGACTATTCAAATTTTATAATAATTTTT
TAAATGATATATTGGTTCAGACTGTGCTCTCAGAGCGTAGATAGAATTTA
ATCGTTTTCAAATCGTAGAATGATTTTTCAGTCTCAATATAAATAGTTGT
GGTTCGACAGCACACTMCCTCGCTATCCCGTATCTAGTAAAAAACTAGCC
AGACTAGTTTAGGATAGCTTGTATCTAGCTTGCTTAGCTACTTAATGCTT
AACCCATTATTAAAGAAGGGTAAAGAAAAAACCGAGTTTCCAAATAAGAA
AAGAAAAATCATTTGTTGGGTGTGTTCTTTCTTCTTTTTTGCTTATTACT
TAATAAGTCATCGTTGTGTTAACTCCTCCCTCTGAAGTAAGCACTATTGA
CTATCTTTGCGGGATTTTTTTGTTTTTTTATATAGCCGGGGTAATTATTT
CAAAAATACAGACATATACAGATTTTAAACATAAAATAAAAGTTGCTCAG
AATTTTGAGTTACATACTGAAGGCTATGTTTCATTCTGATGAGATCAAAT
TCCTTGTCTCTGGAGGGGAAGTTTTTTTTCGCTAATAAGTTGATTTTTTA
TTCATTAAACAAGATCGATTCCCCGTTTTTCAAAGTTTTTTTGTGAGACA
TTGGTAGTCGATTTGAAAATGTAGCAAAAATAAATTAAAAATCCTAAAAA
CGAATTATTGTACTAACAGAAAAGGGGGAAACGTATATTGTAAGGTTAAT
AGAAATACAAGGTTTAACCATCATTTAATCGGGCTTGCTAGAATTTTCAA
TTTGATGTACTGTACCGACTGCTAGGCAAATAAAGGCAGATTTAAAAAAG
GGGAAGAAGAGGATTAGTGAGTTAGTCTATCGACAAGTTTGACTAAATTC
TGGAATTATTTAAAGCATTGTTAAAATAATTTGAGATCAAATATATAATG
CAGATACGTCCTAGTATAAATATTTATGAATTTAAATATAATAAGTATTA
TATTTTCCTTGCACTAACGCTATTTTAAATGTGGAAGGTTCCCCTCTGCA
TAACGGAATTAATTTTCTTCCCCCAAAAATCATATAAGGCGTAATAATAT
AAGTCTCACTTCTGCCTTCTTTTCCCGCTCTTATACAAATCCCATCTCTA
CCCATTAGTGTCAATTTAGGGTTGAACATTTCATTTTTTAAACTAGTTTA
AACATTAAATATCTCCATGATTTTTTATTTATTTTTGAATTACTTTTTTT
TGCTAACGACGCTCATGATGATCTCAATAATATCTTATTTTTTTCTTCTT
TAAATATGAAGTACTTTTAATAATTATACTTGAAGTTTTTTTCATGGAAT
TTAATTAAAAAATGGGGAACATTTAAGTAGGTATGCTACAAAAAGATTCA
AATTCCATATTGTCTTTTTAAACTTGTTTTATCTAACTGATCATGATAAA
AAAGGTATTTTGGGAGCAAAATCATGTCTCCTGCATCAATATTAAAGGAG
TTATGACCAATTATCAGAGAAATTTCCTAGTTTTTTTTCCCCTAATGTTT
TTGTTATAATCTCCACTAAAATCTATGATTTAATATGATATTTCAATAAA
GCAATACAACTTTCTTAAACATCAATAGAACTGAATTGAATTTTCAAGAA
TTGCATAGCACATTATTGCGCAAAAGATGTTACTTTAAAAATACTAGGGA
AAAAATTATGATAGTACTTTGATATTGCATAGTAATAAATATTGAAGTTG
CTTATGTCGGATTAAAAATTTTGTACTTTGCATTTACGAATTATTCGTTA
AAATTTACTAAACATTAGATAAATAAATATTTTAACGTCCATTATAGCTT
TTTTTTGATCCACTACATTTTATATATAATTTTGAAGATTATTTTGAGAT
GACTTATTTTTTAGCAAATAATGCAATTAAACGAAATTGAATTTTTTTTG
GAAACTGAGTGAAAGATAAATAATTTATCTACAATAAATATAAATAAAGT
CAAATCGATTTTTCTCATTTAAACAATGAAAATCCAGTATTTTTTATAGG
AATCTCAAGAAACACTTTAAGACTTTCTCAAGTTTTTTTTCGCACCGAAA
ATCCGTATTTGTAACATACTTACTACATAAAGCGTCAAGAATAATTTTTA
TTTTTCATTTTTTGTTAGACATACTTTTTTTTTTCTGAAATACGTAGTGT
AATTTATTTTGGTATTCTGGGTTGGTCAATTTGTTATAGAGCCAGTAAAA
CAAAATTTAAATACCTATGTTGTCTAGTGGCTAATTTTAACACCCGTCCA
GCATTATATATACTTTTTATTTTTTATATGGACCGATTTCCTCCTATATT
CTAACTTATATGTTGTAGAAATATCCTTCATATACAACACATTTCAGCCC
CCCCCCCCCCCCACAAAAATGAAGGAATTCAAAATCTTAAATGATAATAT
TAAGAAGAATTCCCTTTTTAAGAAAAAAAACCTTTGTCTTCAATTGGAGA
TTTTAAAATCACTAATTTGAAAGGCAATCAAAACTTTGATCACCACAATC
CCTCCAAAGTCTTCATTTTGTATGGAATTTTTGAATTTTCTACCATGAAA
ATAACTAATATTTAG back to top
|
