WERAM Information
Tag | Content | ||||||||||||
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WERAM ID | WERAM-Cis-0032 | ||||||||||||
Ensembl Protein ID | ENSCSAVP00000006844.1 | ||||||||||||
Gene Name | |||||||||||||
Ensembl Information |
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Status | Unreviewed | ||||||||||||
Classification |
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Organism | Ciona savignyi | ||||||||||||
Domain Profile | Me_Reader PWWP PWWP.txt 1 agdLVwaKlkgYpwWPalvisppleakklktqeaeenkylVlFFgnkherawvkrkklvpys 62 |
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Protein Sequence (Fasta) | MPKTTLFNYF VKSPPTKQKK VENVKSNESD KSLPLKQRNT NNVAASPSLK NKQHKPKPEF 60 EFEVGDLVWA QVEGHPWWPA VVCNHPVLEK HTKLKKNRIS EVHVQFYEDL PSRAWVSIYK 120 AKKYHGSATP MFRSGGMFHS NDEDVIKATK IADKALNETR EERLKCIVDN PSEDEDEDQM 180 EVDGMQEDRN KVESEMKESS GPSRRSRESK RRRILVESDV SDEDGDFKPP EDDIEDDDDG 240 RDEEPVETGQ KRKRSTPATP IGSKTPVTPR NPMTPRNPTT PRTPASLSKE TKSRLSLFQA 300 DNVEASGEGQ QKYLHETLDF LHEGKLRDKE GRKVSDPGYD KTSLKIPSEF MSKLTPAMHQ 360 WWKLKSTNFN VVLFFKVGKF YELYHMDAVV GVKELGLTYM KGNFAHSGFP EVAFGRYADT 420 LVQKGFTVAR VEQTETPEQN QQRTKGKSLP KYEKTLRREI CRITTKGTQL HSIWAGGSKN 480 HESDFLLAIS ERSIDRTDNS SVCREFGVSF VDTTVGVFHI GQFKDDRYCS KLCTIMYKLL 540 YFQVLFERGK LSTELSKILR TGLSSILQNP LLPGSQFWDA PKTLKTILNE KYFAQENENL 600 WPPVLKSILS DTDALGLSPK PEYELAISSL GACVYYLKKC LIDFEVLSMR QFQLYDASIS 660 RQKDPKIGSN FATGNQKMIL DSVTLSNLEI IYNSRGEREG TLLDKLDSCR TPFGKRLLKQ 720 WLCSPPCNPD VINDRLDAVE DIMKNNDILS PLLSCMRKMP DLERMLSKIH SLSKGARRED 780 HPENRAVLYE ETIYSKRKIE DFLSVLVNYE AAFTCIQQIQ ENLSSFQSSF LKSILGLTSQ 840 AGDGRFPDLG ETLKQWKNAF NQKKAKETGK ITPNPGTNPE YDSAMGDVGR INDELEDYLN 900 EQRKRLGCSK VVYKGSGNKR FQLELPADVA SRKLPHDYVI CGQRKGFKSF RTPRVDGLLK 960 EMEDAESRRD TAQADTMSIV FREFDKDFEM WNKAVSCLAL LDVLSSLAEY SRGDKDVMTR 1020 PVILPPSSHP ILNIRSARHP CITRIIFSDD FIPNDTRLGC EEEEEEEEEQ GKQEEQGMCL 1080 LLTGPNMGGK STLMRQVGLV VILAQLGCYV PAESCRLTPC DRIFTRLGAS DRIMTGESTF 1140 YVELSETSSI LKHATNHSLV LLDELGRGTA TYDGTSIAYA VLDNIANHVR CRTIFSTHYH 1200 TLVEDLAHCK RIKLGHMSCM VENDDMDNGT DKETLTFLYK LAGGACPKSY GFHAALLADV 1260 PESVVTLARS KAKQMEEDNR NLHLFR 1286 |
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Nucleotide Sequence (Fasta) | ATTAACATAA ATGCCGAAAA CAACACTTTT CAATTATTTC GTCAAATCTC CACCCACCAA 60 GCAAAAGAAA GTTGAAAATG TGAAATCAAA CGAGTCAGAC AAGTCGCTGC CATTGAAGCA 120 ACGAAATACA AATAATGTGG CTGCAAGCCC ATCTTTGAAG AATAAACAAC ATAAACCAAA 180 ACCCGAATTC GAGTTTGAGG TTGGCGATCT CGTCTGGGCA CAAGTGGAAG GGCACCCCTG 240 GTGGCCAGCT GTGGTCTGCA ATCACCCGGT GTTGGAAAAA CATACAAAGT TGAAGAAAAA 300 TCGAATTTCC GAAGTCCACG TTCAGTTTTA TGAGGACCTT CCATCGAGAG CATGGGTTAG 360 CATTTACAAA GCGAAGAAAT ATCATGGTTC AGCCACCCCC ATGTTTCGAA GTGGGGGGAT 420 GTTTCATTCT AATGATGAAG ACGTCATCAA AGCCACCAAG ATCGCCGATA AAGCTTTGAA 480 CGAGACACGA GAGGAGAGAT TGAAATGCAT CGTGGACAAC CCATCGGAAG ATGAAGACGA 540 AGATCAAATG GAGGTTGACG GGATGCAAGA AGATCGGAAT AAGGTAGAGT CCGAGATGAA 600 GGAGTCCTCC GGACCCTCTC GGAGGAGCAG GGAGAGCAAG AGGAGGAGGA TCCTCGTTGA 660 ATCCGATGTT TCAGATGAAG ACGGCGACTT CAAACCTCCT GAAGATGATA TAGAAGATGA 720 TGATGATGGA AGGGACGAAG AACCAGTTGA AACCGGTCAA AAGCGGAAGC GATCGACCCC 780 GGCCACACCT ATTGGTTCAA AGACCCCTGT GACCCCTCGT AACCCCATGA CCCCTCGTAA 840 CCCCACGACC CCTCGGACAC CTGCTTCACT GTCGAAAGAA ACAAAATCGC GACTTTCACT 900 CTTCCAAGCT GACAATGTGG AAGCCTCAGG GGAAGGACAA CAGAAATATC TTCACGAAAC 960 TCTCGACTTC TTGCATGAGG GAAAGCTAAG AGACAAAGAA GGTCGGAAGG TCAGCGACCC 1020 AGGTTACGAC AAAACCTCGC TGAAAATTCC GAGCGAATTC ATGAGCAAAT TGACCCCGGC 1080 AATGCATCAA TGGTGGAAGT TAAAATCGAC AAATTTTAAC GTCGTTCTCT TCTTCAAGGT 1140 TGGTAAGTTT TACGAGCTCT ACCACATGGA CGCTGTGGTT GGAGTGAAGG AACTCGGACT 1200 CACCTACATG AAGGGAAACT TTGCGCACTC GGGGTTCCCA GAGGTGGCGT TTGGGCGTTA 1260 CGCCGACACC CTTGTGCAAA AAGGGTTCAC AGTGGCTCGC GTGGAACAGA CGGAGACCCC 1320 GGAGCAAAAC CAACAGAGAA CAAAGGGGAA GTCCCTTCCA AAGTACGAGA AAACGCTGAG 1380 AAGGGAAATA TGTCGCATCA CAACCAAAGG CACCCAGTTG CACAGTATCT GGGCAGGTGG 1440 AAGTAAAAAC CACGAAAGTG ATTTTCTACT CGCTATTTCC GAGCGGTCAA TCGACCGAAC 1500 CGACAACTCT AGTGTTTGTC GGGAGTTCGG GGTGAGTTTC GTGGACACAA CCGTCGGAGT 1560 GTTCCATATC GGGCAGTTCA AAGACGACAG ATATTGCTCC AAGTTGTGCA CAATAATGTA 1620 CAAATTATTG TATTTCCAGG TTTTGTTTGA AAGAGGGAAA CTTTCAACAG AGTTGAGTAA 1680 AATATTGAGA ACCGGGTTAT CTTCAATATT ACAAAACCCT CTTTTACCTG GAAGCCAATT 1740 TTGGGACGCT CCGAAAACAT TGAAAACTAT TTTAAACGAA AAGTACTTTG CTCAAGAAAA 1800 TGAAAACCTA TGGCCTCCTG TATTGAAATC TATTTTATCT GACACTGATG CGCTGGGTCT 1860 GAGTCCCAAA CCTGAATACG AACTTGCTAT CAGCTCGCTG GGTGCTTGTG TGTACTACTT 1920 GAAGAAATGT CTGATTGATT TTGAGGTGTT ATCAATGCGG CAATTTCAAC TCTACGACGC 1980 CTCAATTTCG AGACAGAAAG ACCCTAAAAT CGGGTCAAAT TTTGCAACAG GGAATCAGAA 2040 GATGATCTTG GATAGCGTCA CCCTTTCAAA TTTGGAGATT ATTTATAACA GCCGGGGTGA 2100 AAGGGAAGGA ACTCTGCTGG ACAAACTCGA CTCGTGTCGA ACTCCATTCG GGAAACGACT 2160 GTTGAAACAA TGGTTATGCT CACCCCCTTG CAACCCTGAT GTTATCAATG ATAGGCTGGA 2220 TGCTGTGGAG GATATTATGA AGAACAACGA CATATTATCC CCGCTACTAT CATGTATGCG 2280 GAAGATGCCA GATCTTGAAC GAATGCTGTC CAAGATCCAT TCTCTCTCCA AGGGGGCCAG 2340 GAGGGAAGAT CATCCGGAAA ACAGAGCTGT GTTATACGAG GAGACAATAT ACAGCAAGAG 2400 AAAGATCGAA GACTTTCTGT CTGTTCTGGT GAACTATGAA GCAGCTTTTA CCTGCATCCA 2460 GCAAATACAG GAAAATCTCT CCAGTTTTCA GTCGTCGTTC TTGAAAAGTA TTCTCGGCTT 2520 AACAAGTCAA GCTGGTGACG GGAGGTTTCC CGATTTAGGG GAAACCCTGA AACAGTGGAA 2580 GAATGCTTTC AACCAAAAGA AAGCAAAAGA AACAGGAAAA ATCACCCCCA ACCCCGGTAC 2640 GAACCCCGAA TATGACAGTG CGATGGGAGA CGTGGGTCGG ATTAACGATG AACTCGAGGA 2700 TTACCTCAAT GAGCAGAGGA AGAGATTGGG ATGTTCCAAG GTCGTGTATA AAGGATCAGG 2760 GAACAAACGA TTCCAACTGG AGTTGCCGGC TGATGTTGCG TCAAGGAAAC TTCCCCACGA 2820 CTACGTGATC TGCGGACAAC GCAAGGGGTT CAAGAGCTTC CGGACACCTC GTGTTGATGG 2880 TTTGTTGAAG GAAATGGAAG ATGCTGAATC ACGTAGAGAC ACCGCACAGG CCGACACAAT 2940 GTCCATTGTG TTTCGTGAAT TTGACAAAGA CTTTGAGATG TGGAACAAAG CTGTGAGCTG 3000 CCTTGCTTTG CTGGATGTGC TTAGTAGCTT GGCGGAATAC AGCAGAGGTG ACAAAGACGT 3060 GATGACGCGT CCCGTCATCC TCCCCCCCTC CTCCCATCCG ATCCTCAACA TCCGATCCGC 3120 TCGTCATCCC TGCATCACCA GGATCATCTT CAGCGATGAC TTCATCCCGA ACGACACCAG 3180 GTTGGGATGT GAGGAGGAGG AGGAGGAGGA GGAGGAGCAA GGGAAGCAGG AGGAGCAAGG 3240 GATGTGCTTA CTCCTCACCG GACCAAACAT GGGAGGAAAG TCAACTCTCA TGCGACAGGT 3300 TGGGCTGGTG GTGATTCTCG CGCAACTCGG CTGCTATGTT CCCGCTGAGT CATGCCGATT 3360 GACGCCGTGC GATCGAATCT TCACTCGACT CGGCGCATCA GATAGAATCA TGACCGGGGA 3420 AAGTACGTTT TACGTTGAAT TGAGTGAAAC TTCTAGTATT TTAAAACATG CAACAAATCA 3480 CTCATTGGTG TTGCTTGATG AATTGGGCCG AGGCACGGCC ACATACGACG GAACGTCCAT 3540 TGCGTACGCT GTCCTCGATA ACATCGCCAA CCATGTTCGA TGTAGGACCA TATTCTCAAC 3600 TCACTACCAC ACTCTGGTGG AGGATCTGGC GCATTGTAAG CGGATTAAAC TCGGACATAT 3660 GTCGTGCATG GTGGAGAATG ATGATATGGA CAACGGAACG GACAAAGAGA CGTTGACTTT 3720 CCTCTACAAG TTGGCGGGCG GGGCGTGTCC GAAGAGCTAT GGGTTCCACG CAGCGCTTCT 3780 CGCAGACGTG CCTGAGTCCG TCGTCACACT TGCGAGGAGC AAAGCTAAAC AGATGGAGGA 3840 GGATAATAGG AATCTTCATC TGTTCAGGTG A 3872 |
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Sequence Source | Ensembl | ||||||||||||
Orthology | |||||||||||||
Created Date | 25-Jun-2016 |