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EBI DbfetchID CAA88763; SV 1; linear; genomic DNA; STD; PRO; 1986 BP. XX PA Z48927.1 XX DE Cellvibrio japonicus endo-beta-1,4-xylanase XX OS Cellvibrio japonicus OC Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; OC Pseudomonadaceae; Cellvibrio. OX NCBI_TaxID=155077; XX FH Key Location/Qualifiers FH FT source 1..1986 FT /organism="Cellvibrio japonicus" FT /mol_type="genomic DNA" FT CDS Z48927.1:139..2124 FT /transl_table=11 FT /product="endo-beta-1,4-xylanase" FT /function="hydrolysis of beta-1,4-D-xylan" FT /EC_number="3.2.1.8" FT /db_xref="GOA:Q59674" FT /db_xref="HSSP:1E8R" FT /db_xref="InterPro:IPR018208" FT /db_xref="UniProtKB/TrEMBL:Q59674" FT /experiment="experimental evidence, no additional details FT recorded" FT /protein_id="CAA88763.1" FT /translation="MKLPTLGKCVVRTLMGAVALGAISVNAQTLSSNSTGTNNGFYYTF FT WKDSGDASMTLLSGGRYQSSWGNSTNNWVGGKGWNPGNNSRVISYSGSYGVDSSQNSYL FT ALYGWTRSPLIEYYVIESYGSYNPASCSGGTDYGSFQSDGATYNVRRCQRVNQPSIDGT FT QTFYQYFSVRNPKKGFGNISGTITFANHVNFWASKGLNLGNHNYQVLATEGYQSRGSSD FT ITVSEGTSGGGTSSVGGASSSVNSSTGGGSSGGITVRARGANGSEHINLRVGGAVVANW FT TLGTSFQNYLYSGNASGDIQVQFDNDASGRDVVVDYIIVNGETRQAEDMEHNSAVYANG FT RCGGGSYSENMHCNGEIGFGYTYDCFSGNCSGGNGGSNSSAGNSSSGNTGGGGSNCSGY FT VGITFDDGPNSNTATLVNLLRQNNLTPVTWFNQGNNVASNAHLMSQQLSVGEVHNHSYT FT HPHMTSWTYQQVYDELNRTNQAIQNAGAPKPTLFRPPYGELNSTIQQAAQALGLRVVTW FT DVDSQDWNGASAAAIANAANQLQNGQVILMHDGSYTNTNSAIAQIATNLRAKGLCPGRI FT DPNTGRAVAPSSSGGSSSVALSSSSRSSSSAGGNTGGNCQCNWWGTFYPLCQTQTSGWG FT WENSRSCISTSTCNSQGTGGGGVVCN" XX SQ Sequence 1986 BP; 472 A; 518 C; 563 G; 433 T; 0 other; 1431696567 CRC32; atgaaacttc ccacactcgg caaatgtgtt gtcaggacac tcatgggtgc cgtggcactg 60 ggcgcaatat cggtcaatgc ccaaaccctg agttcaaatt caacgggtac caataacggt 120 ttttactaca ccttctggaa agattccggt gatgcgtcca tgacgttatt gtctggcggt 180 cgttaccaat catcctgggg caactccacc aataactggg tgggtggtaa aggctggaat 240 cctggtaata attcgcgggt tatcagctat tccggttctt acggtgttga tagcagccaa 300 aattcctacc tggcgctcta tggctggacc cggagtccgc tgatcgaata ctacgtgatt 360 gaaagttacg gttcctacaa cccggccagc tgctccggcg gcactgacta cggcagcttc 420 cagagtgatg gtgccaccta taacgtgcgt cgctgccagc gcgttaacca accctcgatt 480 gatggtaccc aaaccttcta ccaatacttc agtgtcagga atccgaaaaa agggttcggc 540 aacatctccg gtaccattac ctttgccaac cacgttaatt tctgggcgag caagggtttg 600 aatttgggta accacaatta tcaggtactg gcgaccgagg gttaccaaag ccgtggcagt 660 tccgacatta ccgttagcga aggtaccagt ggtggtggta ccagcagtgt cggtggcgcc 720 agttccagtg tgaattcaag tacgggcggt ggcagcagcg gcggtattac cgttcgcgct 780 cgcggtgcaa acggcagcga gcacattaac ctccgcgtag gtggtgcggt ggttgccaac 840 tggactttgg ggaccagctt ccagaattac ctatacagcg gtaatgcgtc gggtgatatc 900 caggtacagt tcgataacga tgccagtggc cgcgacgtag tcgtggatta cattatcgtg 960 aatggtgaaa cccgccaggc ggaagacatg gaacacaaca gcgcggttta tgccaatggc 1020 cgttgcggtg gtggctccta ttcggaaaat atgcactgta acggtgagat aggttttggt 1080 tacacctacg attgcttcag tggcaattgc agcggtggta atggtggcag taacagcagt 1140 gccggtaata gcagcagcgg caataccggt ggtggaggta gcaactgtag cggttatgtc 1200 ggcatcacct ttgatgatgg ccctaattcc aacaccgcca ccctggtaaa cctgctgcgg 1260 caaaataacc tgacaccggt aacctggttt aaccagggca ataacgttgc cagcaatgcg 1320 cacctgatgt cgcaacagct gagtgtggga gaggtgcaca accacagtta cacccatccg 1380 cacatgacca gctggaccta ccagcaggtt tacgatgaat tgaaccgcac caaccaggcg 1440 atccagaatg ccggtgcgcc caagccgacg ctgttccgtc caccctatgg cgaactcaat 1500 tccacgatcc aacaggcagc ccaggcgctg ggtttgcgtg tggtgacctg ggatgtggac 1560 tcacaggatt ggaacggggc cagtgcagcg gcgattgcca atgcggccaa ccaattgcaa 1620 aacggccagg tcatcctgat gcacgatggc agctacacca ataccaacag tgcgattgca 1680 caaatagcga ctaacttgcg cgccaaaggc ctgtgcccgg gcaggattga tccaaacacc 1740 ggtcgtgctg ttgcaccttc aagctccggt ggcagcagca gtgtcgcgct cagtagcagc 1800 agtcgtagca gtagcagtgc gggcggtaat accggcggca attgccaatg caattggtgg 1860 gggactttct atccgctttg ccaaacccag accagtggtt ggggctggga aaattcgcgc 1920 agctgtatca gtaccagtac ctgtaacagc caggggactg gcggcggcgg tgtcgtttgt 1980 aattga 1986 // |
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