KEGG   Bipolaris sorokiniana: COCSADRAFT_193357
Entry
COCSADRAFT_193357 CDS       T03124                                 
Name
(RefSeq) glycoside hydrolase family 18 protein
  KO
K01183  chitinase [EC:3.2.1.14]
Organism
bsc  Bipolaris sorokiniana
Pathway
bsc00520  Amino sugar and nucleotide sugar metabolism
bsc01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:bsc00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    COCSADRAFT_193357
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_193357
SSDB
Motif
Pfam: Glyco_hydro_18 Chitin_bind_1
Other DBs
NCBI-GeneID: 19133847
NCBI-ProteinID: XP_007704000
JGI: Cocsa1_193357
UniProt: M2SE37
Position
Unknown
AA seq 1867 aa
MGPWFRLSWSCALLSTLITPSLGAVITARPGSVNAVKVPEIPGACRAVISPFDYSAKNRR
DHELPVCSTDSSGLVVAHDNSGFVDAEGREIVPGSLETGVSLIGRTELSSLFGRQVVGGD
DYTCGPDRPCENKACCPKETGQCNYGEKACGTSGISPNEVCWSNCDAKAECGKNAAIPGQ
KCPLNVCCGKWGFCGMTKDFCDKKDHGATGGCQSNCDQPGPKKKSSDQLNRVIGYYEAWR
YNSKCQDMGLDDIPVNSLTHLYFSFAFIQPDFQIVGMDNLPDKLFTDFTNLKKKNPALKM
IIAIGGWTHNDPGPLQKVFSNMVSTKANRSKFIGNLMSFLRMYAFDGVDFDWEYPGADDR
GGVPEDGVNFTQFLKELQEANKKQPVKYIVSYTAPTSFWYLRHFDLKSVDYTDFVNVMSY
DLHGVWDRKNPIGSHIYGHTNLTEMSLAFDLFWRNDVPANKLNMGLGFYGRAFQLADPSC
NKPGCLFKGGATKGACSGESGILSYREIQEIIKNKKIKPIHDKEAGVKYITWNTDQWVSF
DDKETFKQKKDMAAKLGLGGYLIWAIDQDDAEMTALAAVLDPKPLGDFKSIDKGDENWTG
TNDRCYITKCGVEDCPSGEVKITDQKCGKKQKSALCCPLSGAPDPKSCTWRGGATKWCNG
YCKDDEVMTHMSKYGGGHDCLDGQMAHCCESSLGEKNVCKWRGVGEKCHSGELPLTFSGT
VLDILDDVAKIILRIVGRAYPLAALTGLLLVEVLEELDIDTKKLYCCPEKEVSKWKNCAW
YGKPGNCFDGHCPDMKTVQITDSYFGGSDTCGPHLERVRTFCCESDGEPLFLPVDLKNLF
EHPPEGGSDTDFIFKTDKTSDGGDDNPNEAAFQFVVLVSPEVLQISLDKRDGSNWDVFDC
NDSISEGEHTVRMVCNDHTPDSNCHKIGLGHGVPGTILQMPKGCGPGKYAVAKSMTPAPG
STSDHVKLLPRHLSHLASLEPIVYELTFDYDFHRVPRDMGNTQMRIDYSIQDDYWKNIVA
GSATRKRDVHGRKRLAKRTLEDVGGNPVRWLEEEFRDDFHFDKIAPRDLQERWFGKSILD
WLAALVVPEIKRDFTHKYDDSVTAKLFDESWDCPGTVDGVNYDGHLLGQAVLDIEVESSF
GFTLIVESLTLPLNLEQSYLTFYNKGRVTGVVTLEALARVTYEQKKVILNLPFPGASFKI
PGIATIGPQLTVEGSIDASLGMAGLIETKLEIAKWEVRQVMPDTNSYKPELIDNSKPSLD
RTGDFSGIKKPEFYAGVTASGDVNLKLSAAAEFGVRFDPKWKIDPAAAAVVGEVSLTTKF
ATGISTTATCPFTYGLDIGARLFARATAPKTFGWAGGEVNLTDPWEKTIIKGGTCPDLGP
IPSKRSLQDRSRLLIEGRSEDDDVTRNISGLGAAGPDVESMHRYGTSLLTRHISGGHMSS
LVKRGGVYGPALTLNAGDYFCPSKDGEKGITCQEAYAGLAASNEGGIWTDAKHKREVLTP
TSTIDENAIAAHFHAHQQRSHGHGHGYHAGSEALHIFDKRAKEKLVRACDRACDISSDFP
PGGQLKGLEWGWEHPEKCNNFDFGYPLQNRAKDVEYHTEHVLEAQMIDLFFQYLDKKRKF
KLPDPKPGAAQGATVSFCDYVNELWDVPPFVWPNEDTTGGIGKAWNPIMHIAAQYPTRTY
KKDEFIALESAINTPSKTRAWAGGNPWDPTSWTRDISKYAEARVILQKMRSTMGSRLYQS
HSTTQTTMKTQTDRIGKILDALDTTLLPANQRPGYAKWSKQNLKSEWLTYMKGQYTTMQS
KTNDLVDKYLLPMKNAWVTKAEKDKWEDGPNQSPAEKEVNKEHRDFIQAIEDFETKWKGL
PQWNNPL
NT seq 5604 nt   +upstreamnt  +downstreamnt
atgggaccatggttccggctctcatggagctgtgcgcttctatctactctcattacccct
tctcttggagcagtcatcacagcaaggcctggtagtgtcaacgcggttaaggtacccgaa
atccccggtgcctgtcgcgccgtcatttcaccttttgattactcggccaagaaccgtcgt
gaccatgagctaccagtctgcagtactgacagctccggtcttgttgttgctcatgacaat
agtggtttcgttgacgctgaggggcgcgaaatcgtcccggggtcactcgagactggcgta
tccctgataggacgcacagagctctcctccctattcgggagacaggtagtcggcggcgac
gattatacctgtggccctgaccgcccttgcgaaaacaaagcatgctgtcccaaggaaact
ggccagtgtaattacggtgagaaagcctgtggcacatctggaatttctcccaatgaggtg
tgctggtccaactgcgatgctaaggcagaatgcggcaagaacgcagctatccctggccaa
aagtgtcctctgaacgtctgctgtggcaagtggggtttctgcggaatgacaaaggacttc
tgtgataagaaggaccacggagctactggcggttgccagtccaactgcgaccagccaggc
cccaagaaaaagtcttccgaccagctcaaccgtgttattggatattatgaggcatggaga
tacaactccaaatgtcaggatatgggcttggacgacatccccgtcaactctctgactcat
ttgtatttctcttttgcttttattcagcccgacttccagatcgtgggcatggacaacctg
cccgacaagctgtttacagacttcaccaacctcaagaagaagaacccggccctcaagatg
atcattgccattggtggttggacgcacaacgacccgggccctctacaaaaggtgtttagc
aacatggtcagtaccaaggcgaaccgttctaagttcatcggcaacctcatgtccttcctc
cgcatgtacgcctttgatggtgtcgactttgactgggagtaccccggtgcggacgaccgc
ggtggtgtccctgaggacggcgtgaactttacccaattcttaaaggagctccaggaggcg
aacaagaagcagcctgtcaagtacattgtgtcttacacagctccgactagcttctggtat
ctgcgccactttgatctcaagtcggttgattataccgactttgtcaacgtcatgtcatat
gatcttcacggtgtttgggatcgtaaaaatccgattggttctcatatctacggccacacc
aacctgacggagatgagtctagcatttgatctcttctggagaaatgatgtcccggcaaac
aagctaaacatgggtcttggattctatggtcgcgcattccagcttgcggatccgtcgtgc
aacaagcccggctgtctcttcaagggaggtgcaaccaagggagcgtgcagtggcgagtct
ggcatcctgagctaccgcgagatccaagaaattatcaagaacaaaaagatcaagccgatc
cacgacaaggaggccggtgtcaagtacattacgtggaatactgaccagtgggtgtctttt
gatgacaaggagacgttcaagcaaaagaaagacatggcggccaagctcggtcttggaggc
tatttgatctgggccattgatcaggacgatgccgagatgactgcactagctgcggtccta
gaccccaagccattaggtgacttcaagtcgattgacaaaggagacgagaactggacgggt
actaacgacaggtgctacattaccaaatgtggtgttgaagactgcccgtcgggcgaggtc
aagattactgaccaaaaatgcggcaagaaacagaagagcgctctctgctgtcctttatcg
ggagcgcctgaccccaagtcgtgcacatggcgtggaggcgcgacgaaatggtgcaatggc
tactgcaaagacgacgaggtcatgacacacatgagcaagtatggtggtggccatgactgc
ttggatggccagatggcgcactgctgcgagagctcgctgggtgagaagaatgtttgcaag
tggcgaggcgtgggcgaaaagtgccacagtggtgaactgcccctaaccttctccggcact
gtcctggatatcctcgacgacgtggccaagattatcttgcgcattgtcggtcgcgcgtac
ccactggcagcgcttacggggctactactggtcgaggttctcgaggagctggatattgat
accaagaagctatactgctgcccggagaaggaagtgtccaagtggaagaactgtgcgtgg
tatgggaagcccggcaactgcttcgatggccactgtccggacatgaagacggtacagatc
accgactcgtactttggcggcagcgacacttgcggccctcacctcgaacgtgtccgcacc
ttttgctgcgagtcggatggcgagcctctcttcctgcccgtcgacctcaagaacctgttt
gagcacccgcctgagggcggctccgacaccgacttcatcttcaagacagacaagacatct
gacggcggcgatgacaatcccaatgaggcggccttccagttcgtggtgctcgtctcgccc
gaggtgctccagatctcgctcgacaaacgcgacggctccaactgggacgtctttgactgc
aacgactccatatccgagggcgagcacacggtgcgcatggtctgcaacgaccatacgcct
gacagcaattgccataagattggccttggccatggtgtcccgggcaccattctccagatg
cccaagggctgcggaccaggcaagtatgcagtcgcaaagagcatgacgccagccccaggc
agtaccagcgaccatgtcaagctgctgccccgtcacctctcgcacctagccagcctcgag
cccatcgtctacgaactgacgtttgactacgacttccaccgcgtgccgcgtgacatgggc
aacacgcagatgcgtatcgactacagcatccaggacgactactggaaaaacatcgtcgcc
ggctctgccacccggaagcgagatgtccatggccgcaagagactggctaagcgcacgctg
gaagacgtcggtgggaacccggtgcgctggctcgaggaggaattccgcgatgacttccac
tttgacaagattgcccctcgagacctgcaagagcgctggttcggcaagagtatccttgac
tggttggccgccctcgtcgtacccgagatcaaacgtgacttcacgcacaagtacgacgac
agcgtcacggcaaagctatttgacgaatcgtgggactgccccggaacggtagatggtgtc
aactacgatggtcatttgctcggccaggccgtcctcgacatcgaggtcgagtccagcttc
ggcttcacccttatcgtcgagagtctcaccttgccccttaacctcgagcagagctaccta
accttctacaacaagggcagggtcactggtgtcgtcaccctcgaggccctcgctcgcgtg
acgtacgagcagaaaaaggtcattctcaacttgccattccccggtgcctcgtttaagatt
cctggaattgccaccataggtccccagctcacagtcgagggcagcattgatgcctcgctc
ggcatggctggcttgattgagaccaaactggagatcgctaagtgggaagtccgccaagtc
atgcctgacaccaattcctacaagcccgagctcatcgacaacagcaagccaagcctggat
cggacgggtgacttctcgggaatcaaaaagcctgaattctacgccggggtcaccgcatct
ggagatgtgaacctgaagctatcagctgctgcagagtttggcgttcgcttcgaccccaaa
tggaagattgacccggcggccgctgcagttgtgggcgaggtcagcctaacgactaagttc
gcaacaggcatctcaaccacggcaacatgcccctttacctacggtctcgatatcggcgct
cgcttgtttgcgagagcaacggcgcccaagacatttggctgggctggtggcgaggtcaac
ctgacggacccgtgggaaaaaaccatcatcaaaggcggcacttgtcccgacctgggccca
ataccttccaagagaagtctccaagatcggagccgccttctcattgaaggccgctcagaa
gacgacgacgtgaccagaaacatatcggggttgggagctgccgggcctgatgtggaatct
atgcacagatatggcaccagtctgctcacgaggcacatatctggcgggcacatgtcgtcc
ctggtcaagagaggtggtgtatacggtccagcgcttactctcaacgccggtgattatttc
tgtccttctaaagacggtgaaaaaggaatcacatgccaggaagcatacgctggcctagca
gcgagcaatgagggcggcatctggacagacgccaagcacaagagggaagtgctgacgcca
acatccaccattgatgaaaatgccattgccgcacatttccatgctcaccagcagcgaagc
catggccatggccatggctaccacgcaggaagcgaggcacttcacatttttgacaagaga
gccaaggaaaaacttgtcagggcctgtgatcgggcatgcgacatctcgagcgacttcccc
ccgggcggtcagctgaaaggcttggaatgggggtgggaacatcccgagaaatgcaacaac
tttgactttggctaccccttgcaaaatcgcgctaaagacgtcgagtatcacacagagcac
gtcctcgaggcccagatgatcgacctgttcttccaatacctcgacaagaagaggaagttt
aagctacctgacccgaagccaggtgcggcccagggagccaccgtttccttctgtgactat
gtcaatgagctgtgggatgtacccccttttgtgtggcccaatgaggacacgaccggcggc
ataggtaaggcctggaaccctattatgcatattgcagcgcaatatccgacaaggacatac
aagaaagacgagtttatcgcccttgagtctgccatcaacacgccttctaagacgagggcg
tgggcgggcggaaatccgtgggaccctacctcttggaccagggacatttccaaatatgca
gaggctagggtcattctccagaagatgcgcagcacaatgggttctcgcttgtaccagagc
cactcgaccacccagacaaccatgaagacccagacggatcgcataggaaagatactcgac
gccctcgacacaactctgctacccgccaaccaacgccctggatacgcaaaatggtcgaag
cagaatctcaagtccgagtggctcacttacatgaaaggccaatacaccacgatgcagtcc
aagaccaatgaccttgtcgataagtaccttctgccgatgaaaaatgcatgggttacaaag
gcagaaaaggacaagtgggaggatggtccgaaccaatcgcccgcggagaaggaagtgaat
aaggaacatcgtgatttcatacaggcgattgaagactttgaaacgaagtggaagggccta
ccccagtggaacaacccgctgtag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (22)   

Download RDF
DBGET integrated database retrieval system