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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s1157 | supercontig | LSalAtl2s1157:75523..78632 + |
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 EMLSAP00000000902 >EMLSAP00000000902 ID=EMLSAP00000000902|Name=EMLSAP00000000902|organism=Lepeophtheirus salmonis|type=polypeptide|length=252bp
MHETTYDTQPLVLHVGHFLLSLRDHQMAFAEHQPTLDSSIMSPSQHLPPI
DLRFSKIKNLDSSFEKDQPLDLSFKSSKTGNENKDLYVDENLNVRSSPRK
QSKKYNESLEKSSIKKNERYECKFCGKSFPRSANLTRHLRTHTGEQPYKC
SFCDRSFSISSNLQRHVRNIHHKEKPYRCIHCERCFGQQTNLDRHLKKHE
NDGPTIFGSIRKSKDRKFSSSSYLVLSRKELCQIRKPSPSNKKTDNIDEK
SK back to topmRNA from alignment at LSalAtl2s1157:75523..78632+ Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000902-696749 ID=EMLSAT00000000902-696749|Name=EMLSAT00000000902|organism=Lepeophtheirus salmonis|type=mRNA|length=3110bp|location=Sequence derived from alignment at LSalAtl2s1157:75523..78632+ (Lepeophtheirus salmonis)
ATGCATGAAACGACCTATGACACACAACCTTTGGTTTTACACGTGGGTCA
CTTTTTACTTTCTTTGCGGGATCATCAAATGGCTTTCGCAGAGCATCAAC
CAACTCTTGATTCATCTATAATGTCACCTAGTCAGCATCTTCCACCAATA
GATCTGCGATTTTCTAAAATAAAAAATTTAGATTCTTCCTTCGAGAAAGA
TCAACCTTTAGATTTGAGTTTCAAATCTTCAAAAACTGGAAATGAAAATA
AAGATTTATATGTTGATGAAAATTTAAATGTTCGTTCTTCTCCTCGGAAA
CAAAGCAAAAAATATAATGAATCATTGGAAAAAAGTTCTATAAAAAAGAA
TGAACGTTATGAGTGCAAATTTTGTGGCAAATCGTTTCCACGATCTGCCA
ATTTAACAAGGCATCTTCGTACTCATACAGGTGAACAACCTTATAAATGC
TCATTCTGTGACCGTTCCTTTTCAATATCTTCCAATCTTCAGCGACATGT
GCGAAATATTCATCACAAGGAAAAACCATATCGTTGTATACATTGTGAAA
GATGTTTTGGACAACAAACCAATTTAGATCGGCATCTTAAAAAGCATGAA
AATGATGGTCCGACAATTTTTGGTAGCATTAGAAAATCTAAAGATCGGAA
ATTTTCTTCTTCATCTTATCTAGTCTTATCACGAAAAGAACTATGTCAAA
TCAGGAAACCTAGTCCATCAAATAAAAAGACAGACAATATTGATGTTACA
ATTGAAGAATCTGATGATTCTGATAAAAGTTCAAGTGATGATTGATAGCT
GAAATAAACTATTTACGTTGCATAAAAGTTGCAACTTGTATAAGCAGATT
GTACAAATTACAATTTGTGCATGTCATAACGTCTTATTTAATTACAATAT
CGGTCATTTTAAGTACCAACTACCAATTGACTAAAATTACACCATTAATA
TATTGACCATCCCAAGAATATTTAGTTATTGCTTTATCCTCTTCATAAAT
TCGTAATTTAAAAGTATTTATCACATTTTTGGTTGCAACTTTTACAACTT
GTTTCTACAAGTACAACATGTACATAACTTATATATATATATAATTCATA
CAATAAATATAGTAAATCTTATATTTATTTATTAGTATATTATATATGCA
TACCTAATTTTCCATTGTTTTGAACAAACATTGTATCTAAACTTTAGAAC
AAAGATCTTGTGTTGTATAAATATAAGAAAATATCGACGTTAAAATATTT
TCTTATATGTCGTCAAATGATTTAAATAATGAAATATGATCCCTAATATG
TCTATAACTTAAAAAACTAAATTATATGTACATTGTTGTAAATGGTTATA
TGGCTTATATGCAATTTTGAATGGTATTGATGAATTTAATTTCAATATCA
AACTAATTTTCTAATTTTTGGACGTAACATATTAGTTTTACATGCTATAT
ACAATAAAAAAGCAAATCGATGAGATTTGGTTTAGGTCTCAACGCGTGAT
AATCGCTATATTATCAGAATGAGTCAGGCTTATATGTCCTTACATTGGAT
GCCATTTTCTTCTTATGATAAATAATTAGCATTAGGTTTAAAATACTGCT
ACAAATTTAAATTAGTTTATATAGTCGATTAATAAAATTTGTAGGTTAGT
TACCCATACAAAAATAATTCATACGTAATTATATTATAATGAATTATGAC
ATGACGTCATTCTTAATATTATAATATCTAATATTCAATATAATTTACTA
TAGCATTTTCAAATAATCAAATAATACTAAAAATGTCAACATGTACCTCA
CCATCACAAAAAGTTATGTATTTTGCTGTCAACCTTCGATGTTTCTGCTT
ATTTTATCATAATCGGTATTCTCCGCGTTGATTGTTTGAATTCGAATATG
TAATTGTTAAGTTGTGAACAATTTATAATTGTGTGCATTAAAAATTGTCC
TTCATACTAATAGTTAGAAATTCACTCTTTCCAATCTCCTTCCTCCGCTG
ACTACCTTCCCTTACTATACGAATTAACTTGTTTCTTCAGATTAAGAGAT
AACTTTTTTCCTTCATACTAAATAAAATACAGGAAATTCTTCATATTAAA
AAATTGAGAATAACTACTTCTTTTCAAAGGACTTCTAGACAAAAAATTAG
CTTCAGCATATTTTACTGTAGTTTAAAAATGTAACTAAGAGTCTTTTGTT
GAAGACAAGCTAAAAAAAATTAATGAACGATAAAGTCTCATGTGACCATC
TGACCCCACCCATGGGATCAAAAGATTATAACTGACGTTTTCTCTTTAGT
TAAAATTTTGGAATATCATTTATTTCCAAACAAAAACTTTTCATTGTGTG
ATTGATTGCTAACATAGAAACATGAAACAATTGAAAGGCTTACCCAACTT
CTTTCGATAAGTCTTGAAAGATAAAACTATACCCATTTAATCCCATTCTA
CCCTAATAAGCCATCACCTTTTTAAATGAAAATATTACGTCAATCCTGTT
TAACAACGTCCAAGTCAGAAAACTATTCAACTCTAATAATTTTTTCTAAT
AATTGTTGATACCATTATTCTTATCCACATTACGATAATTTCCAAATCAC
TAAGAGATATTAAAACCTCACAGCCATGGCAATTAGCCGAGGGGGAATTG
CTGCTTTTTTTGTAATTCTTGATATTGATTTCAGTGTGCAGAGATCTAGA
ATTTTTGTTCTGTATACCCCAAATTCTAAAAAAGGAAACTTCTTCACAGA
GACAATATTGACCAACACAACTGGGGACATTAGCAACATCTTAGATGGGA
TTTCTGTGTTACGTTAAATTCTAAAATCGATTACAAAATTAAAAGGGGGC
ATCATAACGCTACAGACCTTAAGAACGAATGGACTGCGTCGTTTTGAGAT
ACTTGGCTACACCGAAGATAAATGTCCTTCAAAATATAACTTTCATCGAC
AGGACGACAATCAGTAAAGATAATAATGTAAGTTTGTATTATATTATGGC
TTRTATCATMACTGTAAAACATTAAGTAAAGTTTCAGGTTCTTTCTCGGT
ACATTTCAGAGCATTCTCTAATACTCACACCTTTTTTCCTTTTAGGAAAA
GAGCAAATAA back to top
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