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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s426 | supercontig | LSalAtl2s426:343123..348503 - |
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 EMLSAP00000007448 >EMLSAP00000007448 ID=EMLSAP00000007448|Name=EMLSAP00000007448|organism=Lepeophtheirus salmonis|type=polypeptide|length=1745bp
MLKTNMLGSKKSYSIIAVLLIFLCHCVRVIPGQKQILGDISEQXSQVYDE
DTRKENVYRRPPTYLIIASRIVRPSTVYQVSVSLLKAAIPMRVRAALSRD
SVEVYGDHVNMKPEESRDILLLVPPGNNVAXDYXLXVEGSXIGGGAIVFE
NETILEFSRKFLSISIATNKAIYDGGHEIKIRAVMFTTSLTPYNSIADLF
IIDPDGFVIRKWNSKELNNGVLIGSFVLPMYPKVGFWKIQVSAQGQIEEK
TIKVEKYYVPKFEIYVQMPTFVFTTDTLIQADVSAYYPFEKTAKGDVVLR
WFAKKIDYTTPMYNQSTLYNKEYSYYRNVTNTYRSNLYNSRDGIPQRNIS
LISQPSRYGYLDPYINQTKAPERPLFQNWTYIKTDARNFRQIYQIDEPFY
LYMEEISREMGSTHGIQVRAEAWVTEYFYNNIQRGFCETRIINQTLSLRF
VGSTPLVFKPGMPFETQIAVRYHDQVALGRDKLESSTLIIRTRAVLESGG
TVQLPDIRVPNKLVEYGSYQDIDRLRHYGQPYGSDAFETVLDSDTFNPAS
LFTDDAEKNAKIVMDLYAKEKSYEEYRSTGVHQIKMDVPTDAVELQLEAR
YRDSXKVRADTTAXAYAAYSPLNRFIHVRSSNQNISVGEYAIFHVKTNFA
LDYFDWIILSKNIIIKTGREYTNNIHPVVTTFSAVVSGEMAPGFHILIHT
VTRDDYLLSDSAYYPVQAINRHKIEFKLNQIKDHLMNTVEATCRGDPGAV
YLSSTIRQAVFATQGKNSITKASILESLHTFEEKRRHIHRVFWTDREGTS
PDQLSYFSSMDYGVDTNRTFDLKDLLIFTDFLEIPQSRFTRQCNVTGGQT
PCLLKGCFTEDQLCNGIFDCEDGSDESDCGDNQADIQQDNTQRFRLSRFN
RYSDYYDASDGDWGWFTENIDEDKEQFYTLDIPLTTDDWFFNVFSISKEN
GIGLIETPIPFSSKRPIHFYCEGPTKIHRGESVGIRCMIMNRSPYSLVTV
IILKGSPDYKFIHVEEYGYVVSYSPRLSSGDHHHLVWVKAEDEMEXHIPI
APQKEQGQIDVDISLSTQIMSSTYTVSIEILPEGSIVHRHTSVLLDLKSR
ANVYDFMNVIVDKDPIIPNEVYRRYISGSPYAHMTVCGDVIGPTFPGDMP
VSLETLFPTGHGRYGKGTEYHAFNLAANTWQLHYFRLTNQLQEHFTLAKT
VFEQMNIEYAAIMRRFSAEGWLSNWDHSKPNVWLTAWVIRIFKAVSYQDW
EDYIYIDPTVVGSAVLWLLNYQTEEGSFSETEYYPYPLHKPMEGKSLFYG
DDSSVKRNISLTAHVLISLETTAANLQGEQKKFSATARQRAMNYLEKNLR
KITDPYELAITTYALAVTGSAEADVAYGKLMSMKREQEGMIYWGRTPIET
NKFRNEFNRRFKEAKEYQENDALAVETTGYALLSIFQIEGGGLTIIQDKI
VEWLNTMRLGDGGFISTIDTIIAMEALVYYSYNSRIKDVTNLMLEIDIPD
SNITHSIKIVGDHNIAKGRTVDLVNVWGHVNLVAYGAGQALAQLDVNWGI
DYEPFKDTPSVDCFNLTIKEYFQGRNKSEIIINSCFSWTLTNDSPTSGMA
XLIIDIPSGYVMEQTDANTLVRRKVVPELRDADVTQEGKTIWYFDYIPSY
TQCFDHLVRRYFPIANLTRTRQAVXXEPLRPEHFYIQTFNATSLYVLSIC
EVCGSYQCPYCPFYSRASYSGSFIIYLSFAIIFSVLMTRIQTIVF back to topmRNA from alignment at LSalAtl2s426:343123..348503- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000007448-703295 ID=EMLSAT00000007448-703295|Name=EMLSAT00000007448|organism=Lepeophtheirus salmonis|type=mRNA|length=5381bp|location=Sequence derived from alignment at LSalAtl2s426:343123..348503- (Lepeophtheirus salmonis)
ATGTTGAAGACGAATATGCTAGGATCAAAAAAGTCTTATTCCATCATAGC
AGTACTCCTTATTTTTCTGTGTCATTGCGTTCGGGTGATCCCTGGTCAGA
AGCAAATTCTAGGTGATATAAGTGAACAANTCTCACAAGTTTATGACGAA
GACACAAGAAAGGAAAATGTGTATCGTCGACCTCCAACTTATCTCATTAT
TGCAAGTAGAATCGTTCGGCCTTCCACAGTCTATCAGGTAAGTCTATCTT
CTTTTGTCACAGTAATATTTCAAACCTATATAATATTATATCCTTTATTT
AAATAGGTGTCTGTAAGCTTACTCAAAGCTGCTATTCCAATGAGAGTTAG
AGCAGCTTTGTCCAGAGATAGTGTTGAAGTCTATGGTGATCATGTCAATA
TGAAACCAGAGGAAAGTCGAGACATCCTTTTACTTGTAAGAGTCTTTTTT
TCATTAAACCATATTTATAGGACACTAAAAAATAAACTATTTTATTCTTT
ATAAATTAGGTACCACCAGGTAATAATGTGGCTAGWGATTATRGACTTWG
AGTTGAAGGCTCCGMCATTGGMGGYGGAGCCATTGTTTTTGAGAACGAAA
CAATTTTAGAGTTTTCTCGCAAGTTTCTAAGTATTTCCATTGCAACTAAT
AAGGCTATTTACGATGGTGGACACGAAATTAAAATTCGAGCTGTAATGTT
CACAACCTCCCTTACACCCTACAATTCTATTGCTGACCTCTTCATTATTG
ATCCCGATGGTTTCGTGATACGAAAGTGGAATTCAAAAGAATTAAATAAT
GGTGTTCTAATAGGATCCTTTGTTTTGCCAATGTATCCTAAAGTAGGTTT
TTGGAAAATCCAAGTCTCAGCTCAAGGTCAAATTGAGGAAAAAACAATCA
AGGTTGAAAAATATTATGTTCCTAAATTTGAAATCTACGTTCAAATGCCT
ACATTTGTATTCACGACAGATACACTTATACAAGCGGATGTGAGTGCTTA
TTATCCATTCGAAAAGACGGCAAAGGGTGATGTGGTTCTTCGTTGGTTTG
CTAAAAAGATTGACTACACCACACCCATGTACAATCAATCAACACTTTAC
AACAAGGAATATTCCTATTATAGAAACGTGACGAATACATATCGCTCTAA
TTTATACAATAGTCGGGATGGAATCCCTCAAAGAAATATTTCACTCATAT
CTCAGCCTTCCAGATACGGTTATTTAGATCCTTATATTAATCAAACGAAG
GCTCCGGAAAGACCTTTATTCCAAAATTGGACTTATATAAAGACTGATGC
GAGAAATTTTCGACAAATCTATCAAATCGACGAACCCTTCTATTTGTACA
TGGAGGAAATAAGTAGAGAAATGGGAAGTACTCATGGAATTCAGGTACGT
GCGGAAGCCTGGGTCACAGAGTACTTTTACAATAACATTCAAAGAGGATT
TTGCGAAACAAGAATAATAAATCAAACTTTGAGTTTGAGGTTTGTAGGAT
CGACTCCCTTGGTATTTAAGCCTGGTATGCCCTTCGAAACACAAATAGCA
GTAAGGTATCATGATCAAGTGGCATTAGGACGAGATAAATTAGAATCTTC
GACGCTAATTATTCGAACAAGAGCTGTTTTAGAGTCTGGTGGAACAGTCC
AGTTGCCAGACATTAGAGTACCTAATAAGCTTGTTGAATATGGTTCATAC
CAAGACATTGACAGACTTCGACATTATGGTCAACCTTATGGATCTGACGC
TTTTGAAACAGTTCTTGACTCAGATACCTTTAATCCAGCCTCTTTATTTA
CAGATGACGCCGAGAAAAATGCAAAAATTGTTATGGATTTGTATGCAAAG
GAGAAATCATATGAAGAGTATCGTTCCACTGGAGTTCATCAAATAAAAAT
GGATGTTCCTACAGACGCTGTGGAACTTCAATTGGAGGCTCGTTATAGAG
ATTCAGAWAAAGTTAGAGCTGACACAACAGCAKCTGCTTATGCAGCCTAT
TCTCCGCTGAATAGATTTATTCATGTAAGAAGTTCCAATCAAAATATCAG
CGTGGGGGAATATGCAATTTTCCATGTCAAGACTAACTTTGCCTTGGATT
ACTTTGATTGGATCATTTTAAGCAAAAACATCATTATAAAAACAGGTCGA
GAATACACAAACAACATTCACCCAGTAGTAACAACATTTAGTGCTGTAGT
ATCTGGAGAAATGGCTCCTGGATTCCATATCCTTATTCACACTGTAACGA
GGGACGATTATCTTTTGTCTGACTCAGCCTATTATCCAGTTCAAGCAATA
AACAGACATAAAATTGAATTTAAGCTTAATCAAATCAAAGATCATCTCAT
GAACACTGTTGAAGCAACATGTAGAGGAGACCCTGGGGCTGTCTATTTAT
CTTCAACGATAAGACAAGCTGTATTTGCAACTCAAGGAAAAAACTCTATT
ACAAAGGCATCAATTCTTGAAAGTCTTCACACTTTTGAGGAAAAGCGTCG
ACATATTCACAGAGTTTTTTGGACGGATCGTGAAGGAACCAGTCCAGATC
AATTGAGTTATTTTTCGTCTATGGACTACGGAGTGGATACAAACAGAACA
TTTGATTTGAAAGATCTTCTCATTTTTACAGACTTTTTGGAAATTCCTCA
AAGTAGATTTACACGTCAATGCAATGTTACAGGCGGACAAACTCCTTGCC
TTTTGAAAGGATGTTTCACGGAAGATCAATTGTGTAATGGGATATTTGAC
TGTGAGGATGGATCAGACGAATCAGATTGTGGTGATAATCAGGCTGATAT
ACAACAAGACAACACTCAACGATTTCGATTATCAAGATTTAATCGCTACT
CTGATTACTACGATGCATCAGATGGGGATTGGGGATGGTTTACTGAAAAT
ATAGACGAAGATAAGGAACAATTTTACACATTGGACATTCCACTGACCAC
AGATGATTGGTTCTTCAATGTCTTTAGTATTTCGAAGGAGAATGGTATTG
GTTTAATTGAAACACCAATTCCATTTAGTTCTAAAAGGCCAATTCACTTT
TATTGTGAAGGTCCAACAAAAATTCATAGAGGAGAATCAGTTGGAATTCG
CTGTATGATAATGAATCGATCTCCTTATAGTTTAGTAACAGTTATCATTC
TCAAGGGGTCACCTGATTACAAATTCATTCATGTTGAGGAATATGGATAT
GTAGTATCATATTCTCCCAGGCTAAGCTCTGGGGATCATCATCACCTTGT
ATGGGTAAAGGCTGAAGATGAAATGGAAGMCCATATCCCCATAGCTCCTC
AAAAGGAACAGGGACAAATTGATGTAGATATTTCCTTATCAACGCAAATC
ATGTCCAGTACTTACACTGTGAGCATTGAGATATTGCCTGAAGGATCCAT
TGTACACAGGCATACCTCGGTTCTTCTTGATTTAAAAAGTCGTGCCAATG
TGTATGATTTTATGAATGTAATTGTGGATAAGGATCCAATCATTCCAAAC
GAAGTATATAGAAGATATATTTCAGGCTCTCCATACGCTCACATGACTGT
ATGCGGAGATGTAATTGGACCAACGTTCCCTGGAGACATGCCTGTCTCTT
TGGAAACTTTGTTTCCCACTGGTCATGGGCGCTATGGGAAAGGAACAGAG
TACCATGCTTTTAACCTAGCAGCAAATACCTGGCAACTTCATTATTTTAG
ATTAACTAATCAGCTGCAAGAACACTTTACATTGGCTAAAACTGTTTTTG
AACAAATGAATATTGAGTATGCAGCTATAATGAGACGGTTTTCCGCAGAG
GGATGGCTAAGCAATTGGGATCATTCTAAGCCTAATGTCTGGTTAACAGC
TTGGGTAATTAGAATCTTCAAAGCAGTATCTTATCAAGATTGGGAAGATT
ATATTTATATTGATCCAACCGTGGTTGGCTCAGCTGTATTATGGTTGTTA
AATTATCAAACTGAAGAGGGMTCCTTTTCAGAAACAGAGTATTATCCTTA
TCCTCTTCATAAGCCAATGGAAGGAAAATCCCTCTTCTATGGAGATGACA
GCTCTGTGAAAAGGAATATTAGTCTTACAGCCCACGTTCTTATTTCTTTA
GAAACCACAGCCGCAAATTTACAAGGAGAACAAAAGAAGTTTTCAGCTAC
TGCACGTCAGAGAGCCATGAATTACCTTGAAAAGAATTTGAGAAAAATTA
CAGATCCCTATGAGTTAGCAATAACAACTTATGCCCTGGCAGTTACTGGA
TCTGCTGAGGCAGATGTTGCTTATGGTAAATTAATGAGTATGAAGAGGGA
GCAAGAGGGCATGATTTATTGGGGACGTACACCCATCGAAACAAATAAGT
TTCGAAATGAATTCAATCGACGATTCAAGGAGGCCAAAGAATACCAGGAA
AATGATGCTCTAGCAGTTGAAACAACTGGATACGCTCTTTTATCCATTTT
TCAAATAGAAGGTGGTGGCCTCACAATCATTCAAGACAAAATTGTGGAAT
GGCTCAACACCATGAGGCTTGGAGATGGAGGTTTCATATCAACAATTGAT
ACAATTATTGCTATGGAGGCTCTTGTATATTACTCCTACAACTCTAGAAT
TAAGGATGTAACAAATCTGATGCTGGAAATAGATATCCCTGATTCAAATA
TAACACACTCAATCAAGATAGTGGGAGATCACAACATTGCGAAAGGAAGA
ACAGTTGATTTGGTTAACGTATGGGGGCATGTCAATTTGGTTGCATATGG
TGCTGGTCAGGCATTAGCACAATTGGATGTAAATTGGGGAATTGACTATG
AACCATTTAAGGACACTCCATCTGTGGACTGCTTTAATTTAACCATCAAG
GAATACTTTCAAGGACGAAATAAATCCGAAATTATAATAAATTCATGTTT
CAGCTGGACTCTGACAAATGATAGTCCTACTTCAGGCATGGCTGSACTCA
TTATTGATATTCCATCTGGCTACGTGATGGAACAAACGGATGCAAATACT
TTGGTGAGAAGAAAAGTTGTTCCTGAGCTTCGTGATGCAGATGTGACGCA
AGAAGGTAAAACCATTTGGTACTTTGATTATATTCCCTCGTATACTCAGT
GCTTTGATCACCTCGTGAGGAGATATTTTCCAATAGCAAATTTAACTCGA
ACTCGACAAGCCGTGWTTCMGGAGCCACTCCGGCCGGAGCATTTCTATAT
TCAAACATTTAATGCAACCTCGCTTTATGTTTTAAGTATCTGCGAAGTTT
GTGGATCATATCAATGTCCATACTGTCCTTTTTATAGCCGAGCTTCCTAC
AGTGGATCCTTTATTATTTACTTGTCCTTTGCGATTATTTTTTCAGTATT
AATGACTCGAATACAAACAATTGTATTTTAA back to top
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