WERAM Information
| Tag | Content | ||||||||||||||||||||||||||||||||||||||||||||||||
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| WERAM ID | WERAM-Leo-0079 | ||||||||||||||||||||||||||||||||||||||||||||||||
| Ensembl Protein ID | ENSLOCP00000010263.1 | ||||||||||||||||||||||||||||||||||||||||||||||||
| Gene Name | VWA3B | ||||||||||||||||||||||||||||||||||||||||||||||||
| Ensembl Information |
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| Status | Unreviewed | ||||||||||||||||||||||||||||||||||||||||||||||||
| Classification |
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| Organism | Lepisosteus oculatus | ||||||||||||||||||||||||||||||||||||||||||||||||
| Domain Profile | Me_Reader Tudor Tudor.txt 33 geeyysikyedqrkwy.........ilsLekgnr 57 |
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| Protein Sequence (Fasta) | MTRDIWTVSA SRDKPSFDLK HKDEERKLDL CDSSKTCDET RSQGNKPGKK AAQFEADVRT 60 LISSPKWLKR HGLKESGLNL SQVLSRIGFK HCEDYVHTLQ KPVSSQYGEG LFSQFKKDGS 120 IYNLTARRNE LQEIVERLTR KMKLYKQRLD WLTSGSRQVF GVIQERSATL VLDFGNISKT 180 QFDLSCEAVC HVIKEQLSQI ARFNLICCAP DLQMWQTKAV HTSGANIDSA VEWIWKLKNE 240 PSTSQSSTAE ALLMAMSDKT IEAVYLFAVG DFKDNLIDLL RNKLVNSVCP IHTISFNAKS 300 EETVQFLKGV AHLTAGRFHA FAELHGSEPF VCVGEKEGDE NCHTPHMSRR LIGGVPPGAG 360 VREDVFLIWR EMEEARSTAA EVQAILLESH PRIQGTLEHP GDRRTEMPKS EDCMSSKTWL 420 TKHGLKAQNL LFYDALADCA FRHSDGIVDI KSKPDDESLQ TDAEKRIKLV NAKYCERFAH 480 TQWKDGSVVH VYVSAEKCKW YEDRMNAVLE NLQKRLEWLQ KGSRELFGAV LEDQVYVLVD 540 TSESMKDQLP TLKEKIFQLI QEQLRHKAKV NFVQFGSWVS AWQDRLAEVN EQNLENAWYW 600 VKGLQVGGST NTLGALRLAL ADVGTDAVYL LTDGRPDQPP KTILAQVQLH PPVPVHTISF 660 NCDDLEANRF LHELSRETGG RFHCYHSDIK EPGAPLPFVS EDTYILKEEI EEGKKDLEKV 720 QKLRAECMVL DWYHNGASQT VKRLGTLFIT PCKDKAPVRP QSAVDWAVVS HRGHRHLSHT 780 HKAAEHKPHS LCRQKMRHAA HTKTSLLRFL SNGVDISEND SVLDEWMLPE TLSVFKMNVD 840 KQSQVLNGKK LNLKKIPFSS AELTVLKSLD MSSARWLKAN GLVARRLTII DALAPTAVPQ 900 TTRYIPILDK YIYSKVFDEV LPFAHVSGSK QQLTLVNPQA VNLEGYKKKL EHALKSYERR 960 LNLIVWRALT QEERDKFGSE KPVPFKEHKE ALLQALDRLG WPIAQEDVSL LEDEIDTGLS 1020 LLQQASDLQK AVKAKFKNKV QHEERENQMR NTSAVPYKHK RVLDTLRGQK VIARSEIDGF 1080 YYPGTVIKCL NSKKATVDFT RGDTQIVPLG FLISIGGSGP CPPLAVGDFV FVGTGTEDAG 1140 DCFVPGVVIA TPRRTEASDK LYTVLKYNKR KEHSPRRRII KISQTKYSFA CRYIR 1195 |
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| Nucleotide Sequence (Fasta) | GCAGGACACT GATGACGGAC GATATTAAAA AATTAAAACC GCTGCATTCC AGTAAAGAAA 60 AAAGAGGGAA GTACAAAATC CATATTCTTT ATAATGACTA GAGACATCTG GACAGTTAGT 120 GCTTCAAGAG ACAAACCAAG CTTTGATTTG AAACACAAAG ATGAAGAAAG AAAACTGGAT 180 TTGTGTGACT CCAGTAAGAC ATGTGATGAA ACGAGATCAC AAGGGAACAA GCCCGGAAAG 240 AAGGCAGCTC AGTTTGAGGC TGATGTGCGC ACCCTAATCT CATCTCCAAA ATGGCTGAAA 300 CGTCATGGCC TGAAGGAAAG TGGGCTTAAC CTCTCTCAGG TCCTGTCGAG GATCGGCTTT 360 AAACACTGTG AAGATTATGT TCATACTTTG CAAAAACCAG TCTCTTCTCA ATATGGTGAA 420 GGCTTGTTTT CCCAGTTCAA GAAAGATGGC AGTATTTATA ATCTAACAGC CAGAAGAAAT 480 GAGCTTCAAG AGATCGTAGA AAGGCTGACG AGAAAGATGA AACTGTATAA ACAGAGACTG 540 GACTGGTTGA CCAGTGGGAG TCGGCAGGTT TTTGGTGTGA TCCAGGAACG ATCTGCCACT 600 CTTGTCCTTG ACTTTGGCAA TATATCCAAG ACTCAGTTTG ATCTGAGCTG TGAAGCAGTG 660 TGTCATGTCA TCAAGGAGCA ATTATCCCAG ATTGCAAGAT TTAACCTTAT TTGCTGTGCT 720 CCGGACTTGC AAATGTGGCA GACAAAAGCA GTCCATACAT CTGGAGCTAA CATTGACTCT 780 GCAGTAGAAT GGATATGGAA ATTAAAGAAT GAGCCATCCA CCTCTCAAAG CAGTACCGCA 840 GAAGCATTGC TAATGGCCAT GAGCGATAAA ACAATTGAAG CAGTTTATCT ATTTGCTGTT 900 GGAGATTTCA AAGACAATTT GATAGATCTG TTGAGGAATA AATTGGTGAA TAGTGTGTGT 960 CCCATCCACA CAATATCTTT TAATGCTAAG AGTGAAGAAA CTGTTCAGTT TTTAAAGGGT 1020 GTAGCCCATC TTACAGCTGG GAGGTTCCAT GCTTTTGCAG AGCTACATGG CTCTGAGCCC 1080 TTCGTGTGCG TTGGGGAAAA AGAAGGGGAT GAGAACTGTC ACACTCCCCA CATGTCAAGG 1140 AGACTAATTG GGGGTGTGCC TCCAGGCGCT GGTGTCAGGG AGGATGTCTT CTTAATCTGG 1200 AGAGAGATGG AGGAGGCGAG AAGCACCGCA GCTGAAGTTC AGGCGATATT ACTGGAATCT 1260 CACCCGCGGA TTCAAGGTAC CCTAGAACAT CCAGGAGATA GAAGGACTGA AATGCCAAAA 1320 TCAGAAGACT GTATGAGCTC CAAAACCTGG CTGACAAAAC ACGGACTGAA GGCCCAGAAC 1380 TTGTTGTTCT ATGACGCTCT GGCTGATTGT GCCTTTCGCC ATTCTGACGG CATTGTTGAT 1440 ATCAAATCCA AGCCAGACGA TGAGAGTCTT CAAACTGATG CGGAGAAGAG GATCAAGCTG 1500 GTCAATGCCA AATACTGCGA AAGATTTGCT CACACACAAT GGAAAGATGG GTCCGTGGTC 1560 CATGTTTATG TTTCAGCTGA GAAGTGTAAA TGGTATGAAG ACAGGATGAA TGCAGTTCTT 1620 GAGAACTTGC AGAAGAGGCT GGAGTGGCTT CAAAAAGGCA GCAGGGAACT TTTTGGAGCC 1680 GTTCTTGAGG ATCAGGTGTA TGTCCTTGTG GACACCTCTG AATCCATGAA GGACCAACTT 1740 CCCACACTGA AGGAAAAAAT TTTCCAGCTT ATACAGGAAC AGCTTCGTCA TAAAGCGAAA 1800 GTGAACTTTG TCCAGTTTGG CTCATGGGTG TCTGCTTGGC AGGATAGACT GGCTGAGGTG 1860 AACGAGCAAA ATTTGGAGAA TGCCTGGTAT TGGGTGAAAG GGCTCCAGGT TGGGGGCTCA 1920 ACCAACACAC TGGGTGCATT GAGACTGGCT TTGGCAGATG TTGGCACTGA TGCAGTGTAT 1980 CTTCTAACAG ATGGAAGACC TGATCAGCCT CCAAAGACAA TCCTGGCCCA GGTACAGCTG 2040 CACCCACCAG TTCCTGTTCA TACTATCTCC TTCAACTGTG ATGACCTGGA GGCCAACAGG 2100 TTCCTGCATG AGCTCTCCAG AGAGACTGGA GGTCGTTTCC ACTGCTACCA TTCCGATATC 2160 AAAGAGCCGG GAGCACCCCT TCCATTTGTG AGTGAAGACA CCTACATTTT AAAGGAAGAA 2220 ATTGAAGAAG GAAAGAAGGA CTTGGAGAAG GTACAGAAGC TCCGTGCGGA GTGTATGGTG 2280 CTGGATTGGT ATCACAATGG CGCCAGTCAG ACAGTAAAAA GGTTGGGTAC TTTGTTTATT 2340 ACCCCTTGTA AGGATAAAGC CCCTGTAAGG CCTCAGTCAG CTGTAGATTG GGCTGTCGTC 2400 TCTCATCGCG GTCATAGGCA TCTCAGCCAC ACCCACAAAG CCGCCGAGCA CAAACCACAC 2460 AGCCTGTGTA GACAGAAGAT GCGACATGCT GCACATACAA AAACCAGCCT GTTAAGATTC 2520 CTGAGCAATG GAGTAGACAT AAGTGAGAAC GATAGTGTTC TGGATGAATG GATGCTCCCA 2580 GAAACGTTGT CTGTGTTCAA AATGAATGTA GACAAACAAA GTCAAGTCCT AAATGGTAAG 2640 AAGCTCAACC TGAAAAAAAT ACCCTTTTCA TCTGCTGAAT TGACAGTGTT AAAATCTCTG 2700 GACATGTCCT CTGCTCGCTG GCTTAAAGCG AATGGTTTGG TTGCCAGGAG ACTGACCATA 2760 ATTGATGCTT TAGCCCCTAC AGCTGTACCA CAGACCACCA GATACATTCC AATACTGGAC 2820 AAATACATCT ATTCTAAGGT GTTTGATGAG GTGCTGCCCT TTGCTCATGT CAGTGGAAGT 2880 AAACAGCAGC TCACTTTGGT TAACCCTCAA GCCGTGAATC TAGAAGGCTA CAAGAAGAAG 2940 CTTGAACACG CTTTGAAATC CTATGAAAGG CGCCTTAACT TAATTGTATG GAGAGCACTG 3000 ACCCAAGAAG AAAGAGATAA GTTTGGCAGT GAGAAGCCGG TGCCGTTCAA AGAGCACAAG 3060 GAGGCCTTGC TTCAGGCTCT GGACAGGCTG GGCTGGCCGA TTGCACAGGA AGATGTGTCA 3120 CTGCTGGAGG ATGAGATAGA CACTGGTCTC TCCTTGCTGC AGCAGGCCTC TGACCTGCAG 3180 AAAGCTGTAA AAGCTAAATT TAAAAATAAA GTACAGCATG AAGAAAGAGA GAACCAAATG 3240 AGAAACACTT CTGCTGTGCC TTATAAACAC AAAAGGGTGT TGGACACACT CAGAGGTCAG 3300 AAAGTCATTG CAAGGTCAGA GATTGACGGT TTTTATTATC CAGGTACTGT GATTAAATGC 3360 CTAAACTCCA AAAAAGCAAC TGTAGACTTC ACACGAGGAG ACACTCAAAT TGTTCCTCTG 3420 GGCTTTTTGA TTTCTATTGG AGGATCTGGA CCTTGTCCTC CTCTTGCGGT TGGGGATTTT 3480 GTGTTTGTTG GAACTGGGAC AGAGGATGCA GGTGATTGCT TTGTCCCTGG GGTTGTCATA 3540 GCAACTCCTC GCAGAACTGA GGCGTCAGAT AAACTGTACA CTGTTCTGAA ATACAACAAG 3600 AGAAAAGAGC ACTCTCCACG AAGAAGAATC ATTAAGATCA GCCAGACTAA ATATTCCTTT 3660 GCCTGCCGTT ACATAAGGGA ATGCCAGATG GTGGATTACA CAATTCCAAG TGTGCAGTTT 3720 GTGAAACCAG TTCCTAAAGT CTCGTCCCAG CGCAGGAAAT CAGGCAGTGT GTCATCACCA 3780 GAAGAGGAAA CAATTAACAC AGAGCATAAG AGGAAGGATA AGCTGAAAAA TAAGCACAGT 3840 GGGAGACCAT CAGACAAGAA TGACATTTCT GACAGTGACA TGACCCAGGA GGAGGACCAG 3900 AAAAGCTCAT CAAGTGATGA AGGCAGGCAA AAGCCTGGAA ATGAGCCACA GAGCAGCAGC 3960 TCTTATCTGT GCAGATCTCA GGAGAGGTCA GTTGATTTGC CGGCCTCACT GATGGGGACT 4020 CCATTCTCTA AAAGGCTGTC TACCCCCTTA GCCTCATATT GTTCTGAGAG ATCAGAAGCT 4080 CAGGCTGCGA AACCATCTTC TACAAATTTG CTGGAGAGAA CTGCAACTAC CAATCAAAAA 4140 CTAGAGGAGC TGGTTCAGGA GCTGCAGAAG GCTTTGACTG AACACAGATC ACAGCAAGAG 4200 CAAATTCAAA AGTGTGTTCA AGACCTTGCC AGCCTGAAGC TGCATGGAGA GTCTGATTTC 4260 CTTGCAGAGC AGAAACAATT AACAACTCAG CAGAGGGAGT TTATGGAAGG GCTGGAGAAG 4320 CTGACTCATT ACTCTCACAA TGGAGCAAGT CAACAAAAGG GTGAGGCTGT GGCTGACATT 4380 CCTGAGTATG TGAACAGTGC CAGACTCAAA CTACCCAAAT TGAGTCCAGG ACAAGAAGTC 4440 CTTGCCCGTT GGTCTCACGA TGGCTGGTAT TATCGCAGTT CAGTCATCCA CTCCTGTGGA 4500 GACCAGAGCT ACTTCCTGCA AAACAAAGAG GGAGAGTTGG AGAGAATCTG GAGAGAAGAT 4560 ATCATTACAG ATGGTCAGGA CTCTGAAAAT GTAATAAAGA TAGAAGATCC TGTAATTGCT 4620 GTCCATCCTC TGTATCCTGA GTGTTTTTGC CCTGGAGTGG TAATAAAGGT GATGGCTGAC 4680 TTGAAGCTGG AGGTCAGATA TTATGATGGA ACCGAAGGCC TGGTCTCCAG AGAGCAGACA 4740 TATTTGATTC CTGCACAGAA GTTTGAGCAG GATGTGGCCT ACATGTTGGA GTGTGAAGAA 4800 CGATGGGTGG GGGAACCAGT AGTTGCAAGG GATGATGCAA CTGGAACCTA TCATCTTGCT 4860 GAGGTGCAGC AGCGAGTGGG AGATGGAAAG CACTATGTGG TTTGCTGGGC AGATGGCACA 4920 AGCACAGTGC AAAGAAAATC TTTCATCTTC GGAAAGTTTA GCCGCTCTTG CAAATTGGCA 4980 GAGGGTGACT TTGTGTTAAC CCTAGCAGAC CCCGTCTCAC TGATCTTCCT ACCTGGTGTT 5040 ATTCAAGGGT TCATTGGCAC TAACCTGGAT GTTCAATTCA TCAATGGAAA ACGCTGTCAG 5100 CATGTGGAAA CCCATCACTG CTTTTGGCTC TCAGAGGAAC AGTTTAATAT AGAAGTACAA 5160 ATGTATAATA ACAAGTATTT GAAGCACCAA CGTGTACAGG AGAATGAGGA AAATGAGAGT 5220 GTGGATGAAT TGGCAGAGTC TGTTTACTCT CCTGACTCAA GTACTTCCAG TCACTAAATG 5280 TGCCACTTGA TTGCTCAAGG AACACAGCAC AATTGAAAAT TCACCAAGTA TGAGGCTTTC 5340 TAAATGATAG TAAGCAACAA AAGACAACAA AACTGAGCTG TACGCTATTA GAGGATGGCT 5400 GGGTATGCCA ATATCTCTGT ACAGAAAACC AATTAAATAA CATTGATCAA ATTATCCCAC 5460 TGGGACAGAC ATACTGTATA CAGTAGCAAA TACTGACTAC AATTCTTACC TCTCAAGATT 5520 TTTAGAAGCT TTACATATGT TTCAATTTAT TTCAGTTTGG GCTCATTATG CAGGAGTTAT 5580 TAATGGATAT GAGCAATGCT GAAGTGCAAA AAGCACCAAT CGGGTTTATG TGCCTTTATC 5640 ATGAATGAGA ACCCCTTGCC TGAGTGAGTA AGTACTAAAC ATAGAAGCCA TGCAAGCCCC 5700 ACTCTGTCTT AGTATAAAAA ATAGTTTTTT TTACATGTTT TGCTTAATTT TCATTAAGTC 5760 TTCAGGATGT AAACTAGAAA AAAAACAAAT AAATCTTTAG CTTTCACCTC TCTAGGCCAC 5820 TGCACACAGA AATTGATCAA ACAATGAAGG GCCTGACAAT AGTTATAGTT ATAGTTATAG 5880 TTATAGTTAT AGTTATAGTT ATAGTTATAG TTATAGTTAT AGTTATAGTT ATAGTTATAG 5940 TTAACAGAAC AATAGTTATG CTGATTCATA CTGGCAACAG TATCATTTTA TCAGTCTTCC 6000 CAGGTTTCTT TCGAACCATA TCTACTCCGA ACACGCCCTC CCCCCAGCTG TCTCGTACAT 6060 CGTAGTCAAA CAATTTGAGC TAAAACACAG CTTTTAACTG ACTTGAAAAA GCACCGAAAA 6120 ATTCACAAAT CCTTGACAAG TTGCTATGCT TACCTAGATC CCCACGGTTT GAATATCAAT 6180 CTATTCAAAT ATGCAAGTAA GCCCGTCTTT CCTTAAGTAA CTTAAGTATC CATCAAGCAC 6240 GTAATCTATC TCATACATAT TCAGACACAA TATTTTGCCA GTAAATAGGG TAATGTGGCA 6300 GCTTGCAGAA TAACACTCGG CATTTAGTGT CTCATCAATA ATCATTATAA ACAGCGATGA 6360 CATCTTAGCT GTAAGTCAGA TTGCCTTTTT AGTGTTTTTT GTTTCATTTT TTTCCCATTT 6420 TTGATTTTTG AACTTCTGTT TTTTTACTCT GATTTTAAGG ATTCTGATTT ACATCTACTT 6480 CTAACATTAT ACATGCATTA ATTTAAAATT CATTGGAAAC AACACTATTT GAGAGCATTG 6540 CTCTTCTTTT ATATCAATTT TTAAAAATCC GTGGCTTGTT TAATTGAATT CAAATGTAAA 6600 GTAACAGCTC AAAATATTTG TTAAATTGAT GTACAATACT GTTAGATTGT ACTGTAGAAT 6660 TGTTGAGGGG TTGTGATTCT TTGGTTCGAA ATTAAAACAA CATTTATTTT GATTAAAAAT 6720 ACTGTTGCTG GTAACAATTT GATTACGTTT AAAATATGCT TAGTATTCAG CAAATTACAA 6780 CTGAGTGTAC TGATAATTGT AAAAAAAACT TTTTATAAGC ACTTTAAAGA AAAATATTTG 6840 CATTTGTGCC TGCTGACGGG TTGAATTTTT GAATAAGACA ATGGAGTACA AATATTGAAT 6900 TGTATAGTGA AACACATTAC ATAACCAAAC ACAATAAATT ATACCTTTTA AATACTTTTT 6960 GAAGCTTTTT ATAGTTCTCA TTCTGTGTAT TTTAAGAGAT TTAACAGGAA AACAGAATGT 7020 AAGAAGTGTA GAAAGTAAAT CAAGGGATGT TATGTTTAAA TAATAAAATA TACAAGAAGA 7080 TCTCATTAGG TACAGTATAC TGTGTACAAT TGTGGTCACC ACATAGAATC AGCCCAGTGA 7140 AGAGTGAGCA G 7152 |
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| Sequence Source | Ensembl | ||||||||||||||||||||||||||||||||||||||||||||||||
| Orthology |
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| Created Date | 25-Jun-2016 |