| Entry |
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| Name |
(RefSeq) glycoside hydrolase family 18 protein
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| KO |
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| Organism |
bsc Bipolaris sorokiniana
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| Pathway |
| bsc00520 | Amino sugar and nucleotide sugar metabolism |
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| Brite |
KEGG Orthology (KO) [BR:bsc00001]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00520 Amino sugar and nucleotide sugar metabolism
COCSADRAFT_345491
Enzymes [BR:bsc01000]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.14 chitinase
COCSADRAFT_345491
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| SSDB |
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| Motif |
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| Other DBs |
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| LinkDB |
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| Position |
Unknown
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| AA seq |
1313 aa
MTGTPRLASKIGPKHRTSTNMQSAYALGELMDPPTCIFRPTHPSDVRPVMVRLFPLLLAT
FAVINPVTSSHHSHGEHHTHKNARSEDLLKARDITPATHRLFPRAQCSGTTPCPNGDCCN
GESGFCGRDADYCNPKVCVSNCLAKAECGKGAETLGSTCPLNVCCGAWGYCGTLEAYCGT
GCQSNCNQPAASGHNKGDVRKLVIGYWEAWSLTRRGCAGRSVDDIPVDSLTHLNVAFAYI
TPDTFEVVPMPKTSAKIFSEITAVKQKAPGLKIWISLGGWTFSDNDTDTQSVWGDIARTQ
ANRNKFTVNLYKFMKTYGFDGVDIDWEYPGAPDRGGKPDDVQNFVLLMEYISVYFEASAS
GFGLSFTAPSSYWYLRWFKIDQLHKYVSWINVMTYDIHGSWDSPASTIGSIVYAHTNLTE
IQDTLNLFWRNNVPADKLNLGIGFYGRSYTLEDSSCTKPGCPFSAPGRAGSCTGESGVLS
YAEIEARIKMYDLDAIHDKTAGVKYLTFDENQWVSYDDQETLQTKVDFANEQGLLGLFVW
AIDLDDTQHTALKALLGGKLGTFATQNGYDPNYSQDDDWDSVTGNSCTWSDCNKSCGPGT
RSAGAEQYCGVDKDGKAQRETLCCPIDSTPDPKTSVNRTLAGHTNRVSSDSERPIDDVCG
WTTECVSLKNGKPKDGVCGVLTPIGTCKGGKGVSYCCDKGIDSSSCHWNEGTTDFLSYAP
ACNGASQCPEGETRIALDPEGGPDANGNTHSCKVAGSSGGSVPTPWFNVDLAFCCKGSAM
GALRNLFPKPGPESDTEKLDIKLDRTMGGQKKAGNSVHPNDSAFGFYIMSGPEEELTSID
KRDGSHWELFDCDNTVGEKRQTVKAVCANLSDDHNCDVIFKGTGVAGTVVDMPGDCGPGR
YAVAVSMTPSTDHSHLHKHLVKRGLEAARVFDFTFDYDYSPIEKRADKSNVLLRIDYSDD
PGYWDTIVAAKHDSRKRSLEIENDFGGDRKAWLEHTWRKEKREFHHTELHARWWSGDVRE
WFDKHKKVDETYTGVRHRIADTISVPIFDQDLNCPSLQGMGVDELYFKAWAELNIDIQTA
AGVTVIGTLGDLKSFEESSVWFRTNGRVDASLNFNAKGALSFHTGQVELFGAHNFGASFR
VPGIVTIGPDFRILASIAGDATLELNTKYAVNFGNWDYAMRYPTPQGESDTPTKTGDLKE
PQISNSTDPFSWTLDANGQITAHIIPKVTFGIVFDNSAISNAALDLGVDAYARLAGTSTV
GSNQNFKYCYEADAGATLFASVQAPTIFGQSLSRYYALWADTYPIITRKCNID |
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| NT seq |
3942 nt +upstreamnt +downstreamnt
atgacgggaactccacgcctcgcttccaaaattggccccaaacatcgtacttccaccaat
atgcaatctgcatatgccttgggagagctcatggatccaccaacatgtatcttcaggccg
acacacccctcggacgttcgcccagtcatggtcagactttttcctttacttcttgcaaca
tttgctgttatcaacccggttacaagtagccaccatagccatggcgagcaccatacgcac
aagaatgctagatcagaagacttgctcaaggcgagagacataacgccagctactcatcgc
ctgtttcccagagcacaatgttcgggaacaacgccctgtcccaatggagattgctgtaat
ggagaaagtggcttttgtggtcgagatgcggactattgcaaccccaaagtatgtgtctcc
aactgcttagcaaaagcagaatgtggaaagggtgcggagacattgggtagtacatgccca
ctcaacgtttgctgtggagcatggggttattgcggaactttagaagcctactgtggcaca
gggtgtcagagcaattgcaatcagccagcagcatcaggtcacaacaagggtgatgtgcga
aagcttgtcattggatactgggaagcatggtccttgacaagacgaggttgtgccggcagg
tcagtcgatgacataccggtagactctttgacccatctcaacgtcgcatttgcctacatt
acacccgatacatttgaagtcgtcccgatgccgaagacaagcgccaagatcttctctgaa
atcactgctgtcaagcagaaagctcctggactcaagatctggatctctcttggaggatgg
accttctccgataacgatacagacacccaatcagtatggggagatattgctcggacccaa
gcaaaccggaacaagttcaccgtgaatctgtacaagttcatgaagacatatggtttcgac
ggagtggacattgactgggaatatccaggggcgccagatcgaggcggcaaacccgacgat
gtgcaaaactttgttttactgatggaatacatttctgtatattttgaggcgtctgcttct
ggctttggactctcttttaccgcgcccagctcctactggtacctacgttggttcaagatt
gaccagttgcacaaatacgtcagctggattaatgtaatgacgtatgacatacacggaagc
tgggattctccagcatcaacaatcggatcaatcgtctacgcacacaccaacctcaccgag
atacaagatactttgaatctgttttggcggaataacgttcccgccgacaaactgaacctt
gggatcggcttttacggacgctcttacactctggaagattcttcatgtaccaaaccagga
tgcccgttttcagccccgggccgcgctgggtcctgcacgggcgaatctggagtgctatct
tatgccgagattgaagcccgtatcaagatgtacgacttggatgcgatacacgacaaaaca
gcaggcgtgaagtatctcacttttgatgaaaaccaatgggtctcgtatgatgaccaagag
accctccaaacgaaggtagacttcgcaaacgagcaagggttgctcgggttgtttgtctgg
gccattgatctggacgatactcaacacaccgcgttgaaggccctccttggtgggaaactc
ggcactttcgctactcagaacggatacgatcccaactattcacaagatgatgattgggac
tcggttactggcaattcatgcacttggtccgattgcaacaaatcgtgcggcccaggaacg
agatctgctggtgccgaacagtattgcggtgttgacaaggacggaaaagcccaacgtgag
acgctatgttgccctattgatagcacgccggaccccaaaacttcagtgaaccgtacattg
gcgggtcacaccaatcgtgtttcttcggattcggaacgaccaatcgatgacgtttgtggt
tggaccaccgagtgtgtatcactcaaaaatggcaaacccaaagacggtgtttgtggcgtt
ctaacacctataggaacatgcaagggtggcaagggcgtttcatactgctgcgacaagggc
atcgacagctcttcgtgccactggaatgaaggcacaacggacttcctcagctatgcaccc
gcatgcaatggagcttcgcagtgtccagaaggcgagacaagaattgcattggatccagaa
ggtgggcctgacgcgaatggcaatacgcacagttgcaaggtcgcaggtagtagtggtggc
tctgtacccacaccatggttcaacgtcgacttggccttctgctgtaagggtagcgccatg
ggtgcacttaggaatctttttcccaaacccggtcccgagtccgatacagaaaagctcgac
atcaaattggatcgaacaatgggtggtcaaaagaaggccgggaacagcgtgcaccctaac
gattccgcgttcggtttctacattatgtctggccccgaggaagagttgacctccatcgac
aaacgcgacggttcacattgggagttgttcgattgtgacaacacagttggcgaaaagcgc
caaacagtcaaagctgtatgcgcgaacctttccgacgaccacaattgcgatgtcatcttc
aaaggcactggagtggctggtactgttgtggacatgcccggagactgtgggccaggcagg
tatgccgttgccgtgagcatgacaccgtccacggaccattcgcatcttcacaaacacttg
gtcaagcgtggtttggaagcggcgcgagtctttgacttcaccttcgattacgactactcg
ccgatcgagaagcgagctgataaatcgaacgtcttactgcgcatagattacagcgacgat
ccgggatactgggacactatcgttgctgcaaaacacgactctcgtaaacggtcactggag
atcgagaacgacttcggtggagatcgaaaggcctggctagagcatacgtggcgtaaggaa
aagcgcgagttccatcacactgagctgcatgccagatggtggtcgggggatgtgcgcgaa
tggtttgacaaacacaagaaagtcgatgaaacctacaccggagttcgccatcgcatcgcc
gacacaatctcggtgccaattttcgaccaagatctgaattgcccaagcttacaagggatg
ggagtggatgaattgtactttaaagcatgggcggagctcaacatcgacatccagaccgcc
gctggtgtgaccgttattggtacccttggtgatctcaagagcttcgaggaatccagcgtg
tggttccgaaccaatggaagagtcgatgcatcactcaacttcaatgccaagggcgcgctc
tccttccatactggtcaggttgaattgtttggcgcccacaactttggtgcaagtttccga
gttcccggcatcgtcacgatcggaccggacttccgtattttggcttccattgctggtgac
gctacactcgaacttaacaccaaatatgcagtcaactttggcaactgggattacgccatg
cgctacccaaccccgcagggcgagagcgacacgccaaccaagactggtgatcttaaagag
ccccagatctcgaactccaccgacccattctcatggacactggatgcgaatggtcagatt
actgcgcatatcatcccaaaagtcacatttggcatcgtgtttgacaactccgcaatctca
aatgctgctctcgatctcggggtggacgcgtacgccagactggcgggcacgagcaccgta
ggtagcaaccaaaacttcaagtactgctacgaagcagatgctggagcaaccctgtttgct
agtgtgcaagctcctaccatattcggtcaatcattgagtcgctactacgcactatgggca
gatacgtatcccattatcaccagaaagtgtaatatcgactag |
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