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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s220 | supercontig | LSalAtl2s220:336213..339466 + |
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 EMLSAP00000004170 >EMLSAP00000004170 ID=EMLSAP00000004170|Name=EMLSAP00000004170|organism=Lepeophtheirus salmonis|type=polypeptide|length=416bp
MFRIYVFILVCLIWRPVESLKKNVLLMIDSVLSLPKLLTEHGFSTGIIGK
KHVGPDFVYPFNFSHTEENHSMMQVGRNITLMKKLAGDFLQKRRTDDKPF
FLYLGFHDPHRCGHTHPKYGSFCEKFGRNGSIPDWTPIDYNPNDIVLPFY
IQDTYQARKDIADLYATISRLDQGIGLIIKLLKDHDFWKDTLIIFSSDNG
IPFANGRTNFYDSGIKEPLFISTPEFRKKGIIGKRSSVLSSLLDIVPTIL
SWLKIKLPKQELKLTGRSLLHALEVTMYYPMRYLRTKRYKLIHNMNSPSP
FPIDQDLXLSXVISGISCIFDILNRTRFRQDLHWFKDLKSYYYRPEWELY
DLKHDPFELENKASTLNYKEKFLKLKKKLVQWQKMTFDPWLCSPHSVYES
IKSEPNFKSKCYSLLN back to topmRNA from alignment at LSalAtl2s220:336213..339466+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000004170-700017 ID=EMLSAT00000004170-700017|Name=EMLSAT00000004170|organism=Lepeophtheirus salmonis|type=mRNA|length=3254bp|location=Sequence derived from alignment at LSalAtl2s220:336213..339466+ (Lepeophtheirus salmonis)
AATCAGTCATATTTTCAACGTGAAGTCCGTCAAATGAAATGTTCCGAATA
TACGTGTTTATTTTAGTATGTTTGATATGGAGACCTGTCGAGTCCTTAAA
GAAAAATGTGCTTCTCATGATTGGTAAGGGGTTGTTAATATTTATAGGAT
ATTCAATGATTTACATACAATATGTATGTTTTGTTAGCTGATGACCTAGG
AATGGAGTCCGGGATCTATGGAAATGGCAAAATAGTTACTCCCAATATTG
ACGCTTTAGGAAAACAGAGTTGTGTATTTGACGAGGCCTTTACTTCAGTC
AGTAGCTGTTCTCCTAGGTATAAATAAACTGGGTACTACTACCAGGCTTG
GACCCTTTCACAATTTTCCCGTTCATCCGTTCATTTCTGGAAAAATTCCA
TTCAAGTACTCCTTCCTGCAATTTTTAATCAACGCAACAACGTCTACGTG
ATAAATTTTTGTCCTAATTTAGCATGTTGCCAAAAACATACTTTTCCCTG
GTGAAAAATTGCATTTAATGTAGAATAGATATCGTCATTTTATTCTTTTT
CACGCGATGTTTGTAATTTTTCCACCTTCTCCGAAATTGTAGAGTAATAA
ATGATATCCTCAGCACACCTAGTGGACAATAAAATATTATTGTGGCCAAT
TAAATATGAAAGTTAATGATCACGTGGTCATCGTTTCGCCATTTTCATTT
TAGCTTTAGTCCTAGAGTAAAGAAATGAACGGTGTTACAAAAAAGATTAT
GTTAATCGTTCAATTTTTTTTCAATTTGAGGCGCGAAAAAATGAACGATA
AGGTATGAACAGTAAGCCTTTTTGTTCAATATCCAAGCCTGGATGTCAAT
TAATTTTTTATTATAATTATCTCATTTTTAAATATACATAAGTCGTTCAA
CAATTCTTACGGGCTATCCATCGCATCAAAATGGAATGTATGGCCTACAC
AATTCAATTCACCACTTCAATTCTCTAGATAGTGTATTAAGTCTTCCGAA
GCTTCTCACGGAACACGGTTTCTCGACAGGTAATTCCTTCTTTTTTTTTA
TTGTGGAGCCTACAAATTAATATTTCTTCTTTGATTATAATTATTAAAGG
GATAATTGGAAAGAAGCACGTGGGACCAGATTTTGTATATCCCTTTAATT
TTAGTCACACAGAAGAGAATCACTCCATGATGCAAGTTGGACGGAACATC
ACCTTAATGAAGAAATTAGCTGGTGATTTTTTACAAAAGAGAAGAACGGA
TGATAAGCCTTTCTTTCTCTATCTTGGATTCCATGACCCACATCGATGTG
GACACACACATCCAAAATACGGATCTTTTTGTGAGAAATTTGGAAGGAAT
GGGAGTATCCCCGATTGGACACCAATCGATTATAATCCCAACGACATTGT
CTTGCCTTTCTATATTCAAGACACCTACCAAGCTAGAAAGGATATTGCTG
ATCTTTATGCAACCATTTCACGATTAGATCAGGGTAAATATTTTAACAAA
CATATATTAGAATTAGTTCCAGAATTTGTTTTTAGGTATTGGATTGATCA
TAAAACTATTGAAGGATCATGACTTTTGGAAGGATACGCTAATTATATTC
TCTTCAGATAATGGTATACCCTTTGCGAATGGACGAACCAACTTTTATGA
TTCCGGAATTAAAGAGCCCCTTTTTATTTCTACTCCCGAATTTAGGAAGA
AAGGAATAATTGGAAAACGTAGTTCAGTCTTGAGTAGTCTATTAGATATT
GTTCCGACGATCCTTTCCTGGCTAAAAATCAAATTACCCAAACAAGAGTT
GAAACTAACGGGGCGTTCTCTTCTCCATGCACTTGAAGGTATTCACTACT
GATTTTGATAATGCAATCAGGGCTAGTTTTAGGGTGAGATCACTTTATTG
GAGTATGTGTTGGAAATCATTTGTAAATATATACATATAGAAAAATCTTC
TAGTTAATTTTAGAGCGAACCATTTTGCACCTCGTAATTTTGTCTCAATG
AGATTTTGTTACACGAAATATTTGCCGTCTTTTTATATAATCGGTTCGAA
CTTTACTATTATATGTCAATCCTATTAATTATATGAAACTAGGAGAAGAA
GAAGAAAAGATATTATTGATGAAATAATTAATAAGGAAGGATTATAAATT
ATTTTATCACTATTGCTCCTTTTTCTTCCTCTCCTAACTTTAAAATTAAC
TGATCGAAATAACCAGTAAAGTTCGAAACGAACATATAAAAAGATAAAAG
GGCGGCAAATAAGACAGGCAGCATAATTACCAGCGGCAAAAATGTTTGCG
TTAAGCTTACCGGATTTTTAAAAGGTAGATTTAAAAATATAAAGAAATAA
ATTGTTTTATAAAAACGTCAACGAATTATATAGCAACATAAATTATTAAA
GAAGGCCAAAAAGGCTTGGCATTTTCTTTAAAAAGGGTCTTTTTTTAAAA
AGATATAAAATTATTTATCTTATTTTTACTAAAAAAAATATCATTAAAAA
AAGAAAAGAACATTGTATTTTGTAAAAAAGTAAAAATATAATTAATAAAA
TTAAAGTTTAAAATAGGAAAGAAAGAAAATGATCCTCATTCCCTTGGGCC
GCCCCACTCACACTAAAAGTGTCCCTACATGCAATTCAGATTAACTTACA
TTTATCAATTTCCATAGATGACTCGAAAATGAAGCGAAATTCCATATTTG
GATCACATAATTTACATGAAGTGACTATGTACTATCCCATGAGATATTTG
AGAACAAAACGATATAAATTGATCCATAATATGAACAGCCCGTCTCCTTT
TCCTATCGATCAAGACTTGWATCTATCNNNCGTCATTTCAGGTATTTCTT
GCATTTTTGTAGATTTCAATTCTAACTCGTTTTGATACCCATTTATAAAG
GACATCTTAAATAGAACCCGTTTTCGTCAAGATCTACATTGGTTCAAGGA
CTTGAAAAGTTATTATTACCGACCAGAATGGGAATTATATGATCTTAAAC
ACGATCCCTTTGAACTGGAAAATAAAGCTTCGACATTAAACTACAAGGTG
AGGTGCATTTGGAACATTATTACGTTGGAAAAGTAATTAGAGTAATCTTT
TTCATTCTAGGAAAAGTTTTTGAAATTGAAAAAGAAACTTGTTCAATGGC
AGAAGATGACTTTCGACCCCTGGCTTTGCAGTCCTCACAGTGTCTATGAA
TCTATTAAATCAGAGCCTAATTTCAAATCGAAATGTTATTCTTTACTCAA
TTAA back to top
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