EMLSAT00000010753, EMLSAT00000010753-706600 (mRNA) Lepeophtheirus salmonis

Overview


Name	EMLSAT00000010753
Unique Name	EMLSAT00000010753-706600
Type	mRNA
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s712	supercontig	LSalAtl2s712:509674..515656 +

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


Database	Accession
Ensembl Metazoa (transcript)	EMLSAT00000010753 (primary cross-reference)

Relationships

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Species	Type
EMLSAG00000010753	EMLSAG00000010753-693519	Lepeophtheirus salmonis	gene

The following exon feature(s) are a part of this mRNA:


Feature Name	Unique Name	Species	Type
EMLSAE00000047881	EMLSAE00000047881-756809	Lepeophtheirus salmonis	exon
EMLSAE00000047882	EMLSAE00000047882-756810	Lepeophtheirus salmonis	exon
EMLSAE00000047883	EMLSAE00000047883-756811	Lepeophtheirus salmonis	exon
EMLSAE00000047884	EMLSAE00000047884-756812	Lepeophtheirus salmonis	exon
EMLSAE00000047885	EMLSAE00000047885-756813	Lepeophtheirus salmonis	exon
EMLSAE00000047886	EMLSAE00000047886-756814	Lepeophtheirus salmonis	exon
EMLSAE00000047887	EMLSAE00000047887-756815	Lepeophtheirus salmonis	exon
EMLSAE00000047888	EMLSAE00000047888-756816	Lepeophtheirus salmonis	exon

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Species	Type
polypeptide-auto778276	auto778276	Lepeophtheirus salmonis	polypeptide
EMLSAP00000010753	EMLSAP00000010753	Lepeophtheirus salmonis	polypeptide

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at LSalAtl2s712:509674..515656+

protein sequence of EMLSAP00000010753

>EMLSAP00000010753 ID=EMLSAP00000010753|Name=EMLSAP00000010753|organism=Lepeophtheirus salmonis|type=polypeptide|length=1019bp
MSTSSPWILENQSRSGGFGIVSVWVHKENKFRLAXKKCRLGKSLSTNLRE
QWINEVAILGQLNHPNVIKSFPPPSDFKDKEEDSSLPLLFMEYCSGGDLR
ATLNTCENATGLQEVQVLAIISDLTSALGYLHNRRIIHRDLKPENVVIHI
EKGRVIYKLIDLGYAKKLDQSSLAQTIVGTLQYLAPEFYMGNKYTKSVDY
WSLGLITHEIVTGVRPFLPDYPPGKWMEVVENKNRETICIPELNDERVEF
FLENNISESLQRDLAQWLQSLLEWDANLRGKNEVSEEITVFSDLNSILNC
SRIKIVFLDNSLNKMDFVVENESSVDSLCEIIEKRVHIPKMCQILLTRNG
NRLLCLEPFLKEKELGQPLCATVYVTDTRIITDIKEKISSYGFIIPDAVK
SALKSPKEKVDFKTKRRIYAHGYYLLRQEEANHENSVVGTRILIVHLLNE
LKILNNSSQGLLKLFEKAVSKFDLFKESLNYDIEKYKEQATRRQRITSAK
IYDSWSKPEPNLEKQLKYIQQDVASFEKEIININQEIRNLQKSSSFKVDS
CPDLKEFCAKSLTLCESLKKFSPSNGRPSESSNVVEMAXLXXICLKRRDE
ILRKHFTLLNQILIHVNAISSLMPKIEVSKNQLEIFLMAVSKSQRKRQSD
VWKLLSAALQLSPVDNSSTPSTASPSSSSGMGMFSQVDETSQLIGENRIL
RSNMQRALDSASESLDKFNQLISMEYMNGSNGPEGTSEDFTETEYDGDMM
YIPQNEFKLVNSVVGDGTHKDREIGISTLAFDQHEELLWMGSRSGHVTSY
YGTQFQKYTSFQVHPRDHIRNITTTEQSVLILTNTTLRGQHRRGVPQFNY
SSKNMVDMHSLIVNNRTQRVLMGGMQESLVEYDIGSGKQVSVVNTEGSCA
LLREHPRFTCCGDVPCGKIQLRDPRSLALAHSLDAHTGTLSDFDVHGHHL
ITCGQSLRHGIEQTDRFLMVYDMRILRAISPIQSMVVPYHLRFXQSMTSQ
IXSQSCLPTDKFKWQILLA

mRNA from alignment at LSalAtl2s712:509674..515656+

Legend: exonpolypeptide

Hold the cursor over a type above to highlight its positions in the sequence below.

>EMLSAT00000010753-706600 ID=EMLSAT00000010753-706600|Name=EMLSAT00000010753|organism=Lepeophtheirus salmonis|type=mRNA|length=5983bp|location=Sequence derived from alignment at LSalAtl2s712:509674..515656+ (Lepeophtheirus salmonis)
TTTTCTTTGATGACGTAAGCATCAATGTAAACAACTCTACGGAACATGAA
TGAAATAAAATAATAAAAAGGTGATGGAATTAAATTGGAAAAAGTGAAGA
ACAAAAAAGAAAAGAGGAAGAGAAGTTTATTTTTGTCTTGGGGGGATGTC
GACGTCGTCGCCCTGGATTCTGGAGAATCAATCCAGATCTGGAGGGTTTG
GTATTGTCTCCGTGTGGGTCCATAAGGAGAATAAGTTCCGATTGGCGGMA
AAGAAATGCCGTTTGGGAAAGAGTTTATCAACTAATTTGAGGTAATGACT
TACCTTGGAACGAGGGAGGCTCACACTTTGCAGGAGTTCCATAGAATGGA
ATGAAAAAGCTGGTTTTAAAAGATGATTTTTTGGTATTAAGTAGTAAAAA
AAAAAGCCCGAATGTCTCTAAGGTAAGTCATTGCGTTTTGAAAGGGAGCA
ATGGATCAATGAAGTCGCGATTCTTGGACAATTGAATCACCCCAACGTGA
TCAAGTCTTTCCCTCCTCCGTCCGACTTCAAGGATAAGGAAGAGGACTCT
TCCCTCCCACTACTTTTCATGGAATATTGCTCTGGAGGAGATCTACGAGC
GACTTTAAATACATGTGAAAATGCCACCGGACTCCAAGAGGTTCAAGTCC
TTGCTATTATATCTGATCTAACCTCTGCACTTGGATACCTACATAACAGA
CGCATCATTCATAGAGATCTGAAGCCGGGTAGTGTCTCTGACTAGCAAAC
TAGCATTTCATATTTTCATTGTGCCCTTTTATCTCCTTAGAAAATGTTGT
CATTCATATCGAAAAAGGTCGTGTCATCTATAAACTTATTGATCTGGGCT
ATGCAAAGAAATTAGATCAAAGTTCCCTTGCTCAAACCATTGTGGGCACG
CTTCAATATCTTGCTCCTGAGTTTTATATGGGTAATAAGTACACTAAGTC
TGTGGACTATTGGAGTTTGGGTCTCATTACACATGAAATTGTTACGGGTG
TTAGACCATTTCTACCAGATTATCCACCTGGGAAATGGATGGAAGTTGTC
GAAAATAAAAATAGAGAGACGATTTGTATCCCTGAATTGAATGATGAAAG
AGTAGAATTTTTCTTAGAGAATAATATTAGTGAATCTCTTCAACGGGATC
TGGCTCAATGGCTTCAAAGTCTTCTTGAATGGGATGCCAATCTACGAGGG
AAAAATGAGGTTTCAGAGGAGATAACTGTATTTTCTGACCTTAATTCTAT
TTTGAATTGTTCACGTATAAAAATTGTGTTTTTGGACAATTCTCTCAATA
AGATGGATTTCGTTGTTGAGAATGAGTCATCTGTTGACAGTCTTTGTGAA
ATTATTGAAAAAAGAGTCCATATACCTAAAATGTGCCAAATTCTATTAAC
GAGAAATGGTAATAGACTCTTATGTCTTGAGCCATTTTTAAAGGAGAAAG
AGTTGGGACAACCACTTTGTGCTACTGTTTACGTTACCGACACTCGCATA
ATCACTGATATTAAAGAAAAAATTAGTTCATACGGTTTCATAATCCCTGA
TGCAGTCAAGAGTGCCTTAAAGTCTCCTAAAGAGAAGGTTGATTTCAAAA
CAAAAAGACGTATCTATGCTCATGGATATTATTTGTTGAGACAAGAGGAG
GCAAATCACGAAAATAGTGTCGTGGGCACACGGATTCTAATTGTGCATCT
ATTAAATGAGTTAAAGATTTTGAATAATTCTAGTCAGGGACTTCTTAAAC
TTTTTGAGAAGGCTGTGTCGAAGTTTGATTTGTTTAAGGTATGTTATCCG
CATAGATATGTTTCATTTTATTTGATATATTTTCTCTTAATTCATTCATT
ATCAATTAGGAATCGCTTAACTATGATATAGAAAAATACAAAGAGCAAGC
AACGCGGAGACAACGAATAACATCTGCCAAAATTTACGACTCTTGGTCAA
AGCCTGAACCAAACCTTGAGAAACAATTAAAATATATTCAACAAGATGTT
GCATCATTTGAAAAAGAAATTATCAATATAAACCAGGAAATAAGAAATTT
ACAAAAGTCTTCATCTTTTAAAGTAGATTCTTGCCCAGACTTGAAGGAAT
TTTGTGCCAAAAGTCTCACTCTTTGTGAATCTCTAAAAAAATTTTCTCCT
TCTAATGGACGTCCTTCAGAATCTTCAAACGTTGTTGAAATGGCTCSTCT
CKTTMTCATCTGTCTAAAACGTAGAGATGAAATTTTGAGAAAGCATTTCA
CTCTTCTTAACCAAATTTTAATCCATGTTAATGCAATCAGTAGTTTAATG
CCTAAGATTGAAGTGTCAAAAAATCAGCTAGAAATATTTTTGATGGCAGT
TTCAAAGAGTCAAAGAAAAAGACAGTCTGATGTTTGGAAGCTCCTTTCAG
CTGCTCTTCAGCTATCTCCTGTGGATAATAGTTCAACTCCAAGCACGGCC
TCACCATCTTCTTCAAGTGGAATGGGAATGTTTTCTCAAGTTGATGAAAC
GTCACAACTGATTGGAGAAAATCGAATTTTACGATCAAATATGCAAAGGG
CTTTAGATTCTGCCTCTGAGTCTTTAGATAAATTTAATCAATTGGTATAA
CTTGGTGCTCTACCTGTCTCATGCTTTGTTATGACTTGATGTATATACAA
TACTACAAAATATATAATGATATAATAAATATATTATTCATGGACGATAT
GTGAATTCCTCCAGTTTGATTTTACACGACATTGTTATTGATGATACTGT
GTATATTCTTTCAGATTTCTATGGAGTATATGAACGGAAGTAATGGCCCT
GAAGGTACATCTGAGGATTTTACTGAGACTGAATATGATGGGGATATGAT
GTATATCCCTCAAAACGAGTTTAAGCTAGTAAATAGTGTTGTTGGCGATG
GAACGCATAAAGACAGAGAGATTGGTATTAGTACGCTTGCCTTTGATCAG
CATGAAGAGTTATTATGGATGGGCTCAAGGAGTGGTCACGTTACTTCCTA
CTACGGCACACAGTTCCAAAAATACACCTCTTTTCAAGTTCATCCCAGAG
ATCATATCCGTAATATCACAACAACAGAACAGTCTGTACTTATCCTTACA
AACACAACTCTTCGGGGCCAGCATCGTCGTGGTGTACCTCAGTTCAATTA
TTCTTCTAAAAATATGTAAGTCTCTGTCTAAATAATTTTCGTTGAAGTCA
CATAGTTACCGATTACTAGGTATGTATATGTAGATAATATATTAACTAAT
TAATTGCAGGGTGGATATGCATAGTCTGATAGTTAATAATCGAACTCAAC
GCGTTTTAATGGGCGGAATGCAAGAAAGTCTTGTCGAATATGATATTGGA
TCTGGAAAGCAGGTTTCTGTCGTGAACACTGAGGGATCTTGTGCTCTTTT
AAGAGAGCATCCTCGCTTCACATGTTGTGGAGATGTTCCTTGTGGTAAAA
TACAATTAAGGGATCCTAGATCGCTCGCATTGGCTCACTCACTAGATGCT
CATACTGGGACTTTGTCTGACTTTGACGTTCATGGACATCACCTAATTAC
TTGTGGACAGTCCTTACGACATGGTATTGAACAAACGGATCGATTTTTAA
TGGTTTACGATATGAGAGTAAGTCATGCTTTAATATTAGTATGGGGAAGT
TGTGTCTATTTTTTTATTATTTACCATTTAGATATTGAGAGCTATAAGTC
CAATTCAAAGTATGGTAGTGCCTTATCACCTTCGATTTTWACAATCAATG
ACATCACAAATCGNATCGCAATCATGTCTGCCAACGGACAAGTTCAAATG
GCAGATACTGCTTGCTTAGCTACCCCCAACCTATCAATGTTTCAAGTAGA
GTTTAATCTAGAGGGTCTTAATACTATCTCTATGGATATCAGTCCCTCAA
ATCAGTGTCTTGCTTTTGGTGATACCGGAAATACTATTTACCTTTACTCT
TCGTACGCCGATCCAGTATTAAATCCATATGCCAGAGCCACAGAATTTGC
TGATCCTGTTGAACAACTTCCAGCAATGTCTATAGATGATGAATTTGCAG
TCTACTCCTCTGTGCCTCGACCCCATTTACCGCCGGGAACTAATTCTTAT
TTATCTGATCTGTGGCCTGATAGATTTTGTAGAAATGCATTTCGTGATAC
TCCTGAAATTAATCCAGAAATTATCAGATCAATGAAAATTATTGGCACTG
TGGGATATGCAAGAAATGTGACAAACATGAAAAGGAATCTCGTGGCTTAT
TCCAACGTTAAGAAACATGGTAGATGTGATAATCTTACCCCTTCCTCATC
TTCTTCTTCATTTAATAATGGGAGAGATAAAAAAAATCATGATCATGATA
CTTTAAGTTTTTCTTTGATTCCGAAACGCTATCGCAAAGTGGTGGTCAAG
TATTCTAAACTGGGAGTAGAGGATTTTGATTTTGATCGCTATAACCGAAC
TGGCTTCTGTGGTTTAGAAGCTACACTTCCAAATGCCTACTCGAATTCAA
TGCTTCAAATTCTATATTTTATCGAAAATTTCCATAAAATGATATTAAAT
CATGTGTGTACCCGAGAGACATGTCTTGCCTGTGAATTATCCTTTCTCTT
TCATATGATGAATCATTCCTCGGGTGCTCCTTGTCAGTCCTCTAACTTTT
TGCGTTCATTAAGAACCATTCCAGAGGCCTCTGCACTTGGAATTGTTCTC
TCTGGTGAACATGGAATAAAGAAATGTAATGTTCCCCGTCTCATTCAGTC
ATGGAATCGATTCATACTGCAACAAACTCATGTACAATGCAATTTACCTC
CTCAACATAATAATAATAATAACAGTAAAAGTGTCGATAAAGAACCTTCT
CATACTTCAAGTCCTTCAAGGAACGACAATATAATCATAGAATTTCACAT
CATTATTATATTTTATATATTCATCAATGAAAACGTTAATCGCAATTTTT
ATTTTACATTTGCTTTTGAATTTTGGTAATGATGGAAAAGATAATATATT
AATGGGTGTAATTCTATCATTATATTCTGATACCTATATAGATCTAAGAA
TGACAGTGGGAATTCGCCTTCCATTGTGTCCGATCTCTTCGGTTTTAAAC
AAGACAAAATTAATTACTGCACAAGATGCAAGTCAAACGTAGCCTCCTCG
GATCTACTGCAAGTAGTCAACATGGTCTACCCGGAACAGGCTTCTCCTGA
TTCTCCAGTCTTATACAAGTTTGAGAGGATTATTTGCTCCTCACTATGCC
CCGAACAAACTACTCCTGCATGGTGTGATAAATGTAGGAAGTATCAACCA
ACCAACATAACGAGAGTTGTACGATCCCTCCCTAAAATACTCAACCTAAA
TGCAGGGTGTGACAACACTCAGGATATTAATTTTTGGAGAACGCAAATTG
AGCTTACGTACAAGATGCATAAAAGCATGTTCCCAGATAATGAAGAAGAC
TCTCAAGGAAATAGTAATCTCGATCTTACTGAAAAAGATGCTAAACTAGC
TCCTCCTGCAGATGGTATTAAACAATGTCGCTATGGTATTAATTGTAATC
GGCTTCCAGACTGCAAGTTTTGGCATCCGGAGATTTATGATGACAAAGCT
ACGAATGCAGACTTTGGAGATCGTCTTTTTAACGAAAATATATCTTGGGT
CCCCTTCAACTTCACGCTAAATCGACATGAAGATGGAACAATTTCTCATG
ATGTAAATGAGACTGATTCTCCTGTTGTCGAGTCTTTGACTTATGATTTA
TATGCAGTGTGTTGTAATATTGTTGAGCCATCTACAAATGAACATAGCAA
TCTTGTGGCGTGTATCAATATTGGTCCTTACTTTCACTCTAAAATAGCAA
GTGCTGTAAGTCAATGGTATATTCTAAATGACTTTAGTATATCAACAATA
TCTCAACAAGAGGCTGTTTGGTTCAATCTCTCTTGGAAAGTTCCGTGTAT
CCTTGTATTTCAAAGTCGGTCAGAAGCTAAGAA

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