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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s1016 | supercontig | LSalAtl2s1016:54227..61159 - |
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 EMLSAP00000000097 >EMLSAP00000000097 ID=EMLSAP00000000097|Name=EMLSAP00000000097|organism=Lepeophtheirus salmonis|type=polypeptide|length=1638bp
MRSLNVFIFIQLCILVLVDDSSLASSEKDCNYKLKHGKTSLKKDNRLYFQ
CRTGYKLIGFQNVPCSMLKDLKERKGIIPKCVPKKNEEAKDKDEEDYKEG
STTILSSTDNTPTTTVIVMEIETTTVSSTSLSPTTTTSTTTTDSTTXESS
TSPSPATTTTXLPTTTTKSTTTTSTTTTKSYSDYEYGSGRGFITDDEDFD
LGSGDNNGLYDSEDLFPLISTSTTTKILTTATTRTTXASTTTTIATLTTS
EVPPVFKSLNNIFITDDEDLIDGSGFDLDYETSGSGYYVHEIEDIGNSSG
EKKEQKARVQFYEKYEVDLLRLDASCIIQFTEAHPITHATIRRYDHRVPN
PALPGEFYAEVLYKCDEGYAFDPSKPDTLFCSERRWIGKRPLCVAKSTLE
IADPSRPSCDPDVQEKKRCEHICYLDKGVTPTCECHDGFFLNDDGECEDV
DECVDDPELCDHICTNKPGTYMCDCRLGFTSQGTACVDINECLLNNGHGP
CQDECKNVDGGYQCECGGLPGTQLSDKDNHTCISDEACQVNNGGCSHECI
HSYNQIFCLCPDGYELDEDWKTCVDINECVTGDIQCLNKCMNVPGSAYCK
CDSGYEGDDCSDINECETQDLICDHNCINTEGSAHCTCKAGFDLMDETEC
FDKDECEMDNGGCEQVCNNLEGTFQCGCKPGFHLNTDNLTCTDENECTIG
IANCGIYGDCINTPGSFYCECHPGFELMEDSCMDINECTNSTLCGSGSCN
NLEGTYECKCDSGYIFHNSTCLDINECIRNPCGHGECINESPGYSCSCHS
GYVDVDNVCRDYDECLHDNPCGVGGKCNNKPGSFDCDCAPGYEFKNGXCH
DINEXSLEKDPCGPHGDCVNNDGSFECVCHQGFIHDQNDSNICIDFDECL
SSPCFHSECKNTLGGFECLCETGFALSEILPNTCEDINECALNNGDCSQV
CVNILGSHYCRCYEGYKKDERGNCFLKDECRLSRRPNGGCQQLCINIPGG
LKCECNPGYIVDSQDPRLCVDKNECTINNGGCQHACINKLGGHTCSCHLG
FKPDEKNPEKCVKAKACSVNNGGCSHICKSTESGLHHRCMCPSGFKLKTD
ARTCKPIGGICSSAPRPSNGYYRCNKKKVSGYFVKGTKCKLKCRKGFMPT
GHITRKCINNGTWTGDEDHACEVMNCPPLPPLHNGNISPETCMTDSSPRG
SKCLFTCNNGYQITGVKKTRCTRLSEWKRIRVNPPKCNPTFNRPQIHCPP
DMIEPLPRDSKSVYVFIPKPRTNVNWERYVDSDPVWAVHLEGEMIRGKHV
VTFRARSPVNPKESATCQMLIHVKDVIPPTVQNCPKSFIDYLSPGQVMKR
ISWNEPNFKDNIKIQHVMASFLPGHYFSEGAHKIVYHASDMDGNHGRCEF
TITLKRLDSQSSENPFLVFVPKNGHKVSSSEEGLSYYNYHKLPSDHGLFK
CDKVPSLENGKFNCKNLGPGQEGIKCIPECDSGYQFYQKFSSRPPSYICN
AQRVDWELKRFIPDCSPVHKSQLKSNCDAGWEYRSDEGICVACPPGMYRD
SNISVLCQLCPKSYYSSKFASNTCNQCQRSYTTKGLGSRGYRHCYPNRSS
FESRRGRKEYLLNKKRNKEKTGGLRFYKSWMSPPSKLK back to topmRNA from alignment at LSalAtl2s1016:54227..61159- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000097-695944 ID=EMLSAT00000000097-695944|Name=EMLSAT00000000097|organism=Lepeophtheirus salmonis|type=mRNA|length=6933bp|location=Sequence derived from alignment at LSalAtl2s1016:54227..61159- (Lepeophtheirus salmonis)
ATGAGATCTCTAAATGTGTTCATATTTATACAACTTTGCATTTTGGTCCT
AGTGGACGACTCTTCATTAGCCTCCTCCGAAAAGGACTGTAATTACAAAT
TAAAACATGGAAAAACCTCTCTTAAAAAAGACAACAGACTCTATTTTCAA
TGCCGTACGGGTTATAAGCTGATTGGATTTCAAAATGTGCCTTGCTCAAT
GCTCAAAGATTTAAAGGAACGGAAAGGAATTATTCCGAAATGTGTTCCCA
AGAAAAATGAAGAGGCAAAGTCCGGCAACGGAGGAAGAAGAAAAAGGAAG
TTTCCAAAAAAAGTTCCAAAAGATGAACCTCAAGGGGNACTACAATCCTG
ACAACTATGATGACTATGATGAGAGTAATTACGATGACTATGAGGACTAT
GGTAATTACGACGACGAAAATTACGATGAAGATTATGATAAAGAGACTGA
CTATGACGAAAAGGTTTCTACTCAAACTGATGAGGCGAGTACAACTTCAA
AGCCCAGGGATGACTATGGAGACTATTATGACTATGATTATAGTAAATTT
AGAGACAAGGATGAGGAAGATTATAAGGAAGGTTCAACCACCATTTTGAG
TTCCACGGATAACACTCCTACAACAACAGTCATTGTCATGGAGATTGAAA
CTACAACGGTTTCATCAACAAGTCTGAGTCCGACTACTACAACAAGTACG
ACGACAACTGATAGCACTACGMCGGAATCATCAACAAGYCCGAGYCCGGC
CACTACAACAACTMCCCTMCCCACGACAACCACCAAATCGACAACTACTA
CATCAACAACAACTACTAAATCCTATAGTGATTACGAATACGGATCTGGT
CGAGGTTTTATTACAGATGATGAAGACTTTGATTTGGGTAGTGGGGATAA
TAATGGATTGTATGATTCAGGTAATATATATTTTACATATTATATTTAGT
TTTATGTCGATTACGTCCAGTTCTGTCTCGATTCATTCCTTCCTTTTTAA
TCAGTTCTAGTCAGTGTTGGATGGGTCCAGGGNCTGATTCCCTTATCAGT
ATAAAGGGAAGGTAGTTGTAGAAAATACTAAGTATAGCAATTAGAAAAGG
AAAAACGGTTAATGCGTGCACTCGTCCATCTATTTTATTCATTATTTAAT
CAGTCGTGGGTGGGGTAACATCTTCCTCGGAAAGAAGAATTTTCTCCTAT
CTTTGATACAAATTGATTTAAAAATGTATAATAAAGGAAATAGATATGCG
TTAAATAATAATTACAATATTCTCCCTCCACTAAAACTATTTTAAATGGA
GAAAGTTTGCCTCTTAAAAGCAGTAATGCATTTTTTCCCCTCCAAAATCA
TAAAACAGTTGACTGAAATTAACAAGGGTCATAATTCAGGTGTACCATAT
GTACCGCTCCTGCCTTCTCCTCGTGCTCTTGCAAAAAACATATAGCTATT
AATCAATCTACTATCTAGTAACCCCTCCCACTTCCAGCCTTAAATATCAG
TGACATCGTTTTTACCATTCAACGGTCCTAAGGACCGATACGTTGGTTTT
TAGGAATGACAAATTTTAATTACAACCGAACTGATAGGACTGTAGGGCAT
TCCATGTATACTGTACACACTTTCTGAAAACTTTTGACATGGTCATGACT
GATTTTCAATCTTTTTATTGAGGGTGTTTATCCCAACAAAAAAAAACACT
ATATGACTTGAAATTTTAAGCTAGCCAACTTTTGAACAAAGGAGACTCGA
ACTTCAGTTGGGCATAACTCTACTCGGACTTTTAAAAAAAATCAAAAATG
ATTACTCTAAAATACTCACAAGATCAAGTGATTTAATTCAACTTTATTAA
AAAATAATAATTTTACATCAAATACCATACAATCATTATTGCAAAATATT
AAAAATGACGCCTTATCCATACTTCAACTTTGATTTTGCCCACTTTTTGT
TAGAAGTTTAATATACTTTTGAAAGCTGATGAACTTTTTTTAAGTGTATA
CTTAACATTAAAGCATACTTAAAGCTTCTTTTTTTTTTTTTGATGCGATG
TATTGATCGTGAGATATAGCTCACTAGAAGCATCTAGCAGAACTTTTTAC
TTAACCTAATATTATGTCCTAATAAGTCATAATATGTCCTTTTACATAAG
TTTTAATAATCCTAATTTTAATTTGGAGATTGTTTTAAGTGTAAAAATGA
CTCTGAACGATAACAGTCTCGAATTACTATAATCCCCCCTAATTGTTCCC
TTGTGTTATCTAACTATTTTCCAAGTAATATTAATTTAATTTAGGGTTTT
CATTGTTATAAAACTTGGTTGTTTAGGCCAAAAAAAGGACGAGATTAATA
TTACTTGGAAAATTGAATACTACCAACCAAACCTTTCTTTACTTTTAAAA
AACATAATTTGATCAATATTATGCATATTAATTGGTAGGACTTATTAGTT
ATTTAATAATCTATATTTTAGAAGATTTGTTTCCACTCATCTCAACATCG
ACAACGACGAAAATATTAACAACAGCAACAACTAGAACCACTMCAGCCTC
TACGACTACGACAATTGCCACTTTGACGACATCAGAAGTGCCGCCTGTCT
TTAAGAGTTTGAATAACATATTTATTACGGACGACGAGGATTTAATAGAT
GGGTCCGGATTCGACTTGGATTATGAGACTTCGGGATCTGGATACTATGT
ACATGAAATAGAGGATATAGGAAATAGTAGTGGGGAAAAGAAGGAACAGA
AAGCTCGAGTACAATTTTATGAAAAATATGAAGTTGATCTTCTCCGACTG
GATGCGTCCTGTATCATTCAATTCACTGAGGCTCATCCCATCACTCATGC
AACAATAAGGTATTATTGCTAAACAAACACATAAATACATATTTAATATG
ACATATATTTTCTTATAGACGCTATGACCATAGAGTACCTAATCCTGCTC
TTCCAGGAGAGTTTTATGCTGAAGTTTTGTACAAATGTGATGAAGGCTAT
GCTTTTGATCCATCAAAACCAGATACATTGTTTTGTTCGGAGCGACGTTG
GATTGGAAAAAGACCATTATGTGTTGCGAAATCCACCTTGGAAATTGCAG
ATCCTTCAAGACCATCCTGTGATCCAGATGTCCAAGAAAAGAAGAGATGT
GAACATATTTGTTACTTAGACAAAGGGGTCACTCCTACATGTGAGTGTCA
TGATGGATTTTTCCTTAACGATGATGGAGAATGTGAGGACGTAGATGAGT
GTGTTGATGATCCTGAATTGTGTGACCACATATGCACCAATAAACCTGGC
ACATATATGTGTGACTGTCGACTGGGTTTCACATCTCAAGGAACAGCATG
TGTGGATATCAACGAATGTCTTTTAAATAATGGACATGGACCTTGTCAGG
ATGAGTGTAAAAATGTAGATGGAGGATATCAATGTGAATGTGGTGGACTG
CCTGGAACACAGCTCTCTGATAAAGATAATCACACATGCATAAGTGATGA
GGCCTGTCAAGTCAATAATGGAGGATGCAGTCATGAATGTATACATAGCT
ATAACCAAATATTTTGTTTATGTCCCGATGGCTACGAATTAGATGAGGAT
TGGAAGACATGTGTAGATATTAACGAATGTGTAACTGGAGACATTCAGTG
TCTAAACAAATGCATGAATGTACCAGGCTCTGCTTACTGTAAGTGTGATT
CCGGATACGAGGGTGATGATTGTTCTGATATTAATGAATGTGAAACTCAA
GATCTCATTTGTGACCATAATTGCATAAATACTGAAGGATCTGCACATTG
CACATGCAAGGCCGGATTTGACCTTATGGATGAAACTGAATGCTTTGACA
AAGACGAATGTGAAATGGATAATGGGGGGTGTGAGCAAGTATGTAATAAC
TTGGAAGGTACTTTCCAATGTGGTTGTAAGCCTGGCTTTCATCTCAATAC
AGATAATTTAACCTGCACGGATGAGAATGAATGTACAATTGGTATAGCAA
ATTGTGGAATCTATGGGGATTGTATTAATACCCCTGGATCATTTTATTGT
GAATGTCATCCCGGATTTGAACTAATGGAGGATTCTTGTATGGATATAAA
TGAATGTACAAACAGCACACTCTGTGGTTCTGGTAGTTGTAATAATCTAG
AAGGAACATATGAGTGCAAATGCGACTCTGGTTATATATTCCACAATTCC
ACTTGTTTAGATATTAATGAATGCATTAGAAATCCATGTGGTCACGGAGA
ATGTATAAACGAGTCGCCAGGGTATTCATGTAGTTGTCATTCTGGATACG
TGGATGTTGATAATGTTTGTAGAGACTATGATGAATGTCTCCATGATAAC
CCATGTGGAGTCGGTGGAAAATGTAATAATAAACCGGGAAGCTTTGATTG
TGACTGTGCTCCAGGATATGAATTTAAAAATGGCTAMTGTCATGATATTA
ATGAAWGCTCTCTTGAGAAGGATCCCTGTGGGCCCCATGGAGACTGTGTA
AATAATGACGGATCATTTGAATGCGTTTGTCATCAGGGTTTTATTCATGA
TCAAAATGATTCAAATATTTGTATTGATTTCGATGAATGTCTTTCGAGTC
CATGTTTTCACAGTGAGTGCAAAAACACACTGGGAGGCTTTGAATGCCTT
TGTGAAACAGGTTTCGCTCTCTCAGAGATACTTCCGAATACTTGTGAAGA
CATAAATGAATGTGCACTGAATAATGGGGACTGTTCCCAAGTTTGTGTTA
ATATTTTAGGATCACATTATTGCCGTTGCTATGAGGGTTATAAGAAAGAT
GAAAGAGGGAACTGCTTCTTGAAGGATGAATGTAGATTATCAAGAAGACC
CAATGGAGGATGTCAACAACTATGTATCAATATCCCTGGTGGCCTTAAAT
GTGAATGTAATCCTGGATATATCGTTGATTCCCAAGATCCTCGCCTTTGT
GTTGACAAAAATGAATGCACCATCAATAATGGGGGATGCCAGCACGCATG
TATCAATAAACTTGGAGGGCATACATGCTCATGCCATTTAGGATTCAAAC
CCGATGAGAAAAATCCAGAGAAATGTGTCAAGGCTAAGGCTTGCTCTGTT
AATAACGGAGGGTGTTCTCATATTTGCAAAAGCACAGAGTCAGGTTTACA
CCATAGGTGCATGTGTCCTTCTGGATTTAAATTGAAGACAGATGCAAGAA
CGTGTAAGCCCATTGGTGGTATTTGTTCATCCGCTCCTAGACCCTCTAAT
GGATATTATCGATGTAATAAGAAAAAAGTATCAGGCTATTTTGTCAAAGG
AACCAAGTGTAAGTTAAAATGTCGGAAGGGATTCATGCCAACGGGTCACA
TAACACGAAAATGCATCAACAATGGAACTTGGACGTAAGTTACAATTCAA
TGTATTTATATTATACTAATTATGTATATCTCTTTCCCTCCAGGGGTGAC
GAAGATCATGCATGTGAAGTCATGAATTGTCCACCACTTCCACCTCTACA
TAATGGTAACATTTCTCCAGAAACCTGCATGACCGACTCCTCTCCTCGAG
GAAGCAAATGTTTATTCACGTGTAATAACGGCTATCAAATAACTGGTGTG
AAAAAAACAAGGTGTACTCGTCTCTCGGAATGGAAAAGAATTCGAGTGAA
TCCTCCAAAGTGTAACCCAACGTTCAATCGTCCACAAATTCACTGCCCAC
CAGATATGATAGAGCCTCTGCCACGGGACAGTAAGTCAGTGTATGTATTC
ATACCGAAACCGAGAACAAATGTGAATTGGGAAAGGTAAATGTTTTCTAT
TTAACTACCTAGAAAAAACTTTTATTTACATTGAAATGTAATATTATAGG
TACGTGGACTCGGATCCAGTCTGGGCTGTACATCTTGAGGGTGAAATGAT
CCGAGGAAAACATGTTGTAACATTTAGGGCAAGAAGTCCTGTTAACCCAA
AGGAGTCTGCGACTTGTCAAATGTTAATACATGTAAAGGACGTGATCCCG
CCCACAGTACAGAATTGCCCTAAATCCTTTATCGATTACCTTTCTCCTGG
TCAAGTCATGAAGAGAATATCCTGGAATGAACCTAATTTCAAAGACAATA
TCAAAATACAACATGTGATGGCGTCCTTCCTTCCTGGACATTATTTTTCA
GAGGGAGCTCATAAAATTGTATATCATGCATCCGATATGGATGGTAACCA
TGGACGATGTGAATTTACAATTACCCTTAAAAGACTTGATTCCCAATCCA
GCGAGAATCCTTTCCTTGTTTTTGTACCTAAAAATGGACACAAAGTCTCT
TCCTCAGAGGAGGGATTAAGTTACTACAATTACCATAAGCTTCCAAGTGA
TCATGGGCTCTTTAAATGCGATAAAGTGCCTTCTTTGGAGAACGGGAAGT
TTAATTGTAAGAACCTGGGGCCAGGACAAGAGGGTATCAAATGCATTCCA
GAGTGTGATTCCGGCTATCAATTCTATCAAAAATTCTCAAGTCGTCCTCC
ATCCTATATTTGTAATGCACAAAGAGTGGATTGGGAGTTAAAACGATTTA
TACCCGACTGTTCACCCGTCCACAAAAGTCAGCTTAAGTCTAACTGTGAT
GCTGGGTGGGAGTATAGATCCGACGAGGGTATATGTGTGGCCTGCCCTCC
TGGTATGTATAGGGATTCAAATATAAGCGTTCTATGCCAACTATGTCCGA
AGAGCTATTATTCCAGTAAATTTGCATCAAATACGTGTAATCAGTGTCAG
AGGAGTTACACTACAAAAGGATTGGGAAGTCGAGGGTATCGTCACTGTTA
TCCTAATAGATCTTCTTTCGAAAGTAGGAGAGGAAGAAAGGAATATTTAC
TTAATAAGAAAAGGAATAAAGAGAAAACCGGGGGTCTTCGATTCTACAAA
AGTTGGATGTCCCCTCCTTCGAAGCTAAAGTGA back to top
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