KEGG   Vollenhovia emeryi: 105566096
Entry
105566096         CDS       T06016                                 
Name
(RefSeq) probable chitinase 3
  KO
K01183  chitinase [EC:3.2.1.14]
Organism
vem  Vollenhovia emeryi
Pathway
vem00520  Amino sugar and nucleotide sugar metabolism
vem01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:vem00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    105566096
Enzymes [BR:vem01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.14  chitinase
     105566096
SSDB
Motif
Pfam: Glyco_hydro_18 CBM_14
Other DBs
NCBI-GeneID: 105566096
NCBI-ProteinID: XP_011875217
Position
Unknown
AA seq 967 aa
MVLISRTTWRLLLVCCAVLLLGLLQHAEGARKRFRRPTTSAPSISNDQEVSASVNRFKVT
RNRVSNKNTKNELQPGKTNDYKLVCYYTNWSQYRTKIGKFLPEDIQPDLCTHVIFAFGWL
KKNKLTSFESNDETKDGKIGLYERVVNLKKANPSLKVLLAIGGWSFGTQKFKDVSSTRYA
RQTFIYSAIPYLRDRNFDGLDIDWEYPKGGDDKKNYVLLLKELREAFEAEAQERKKPRLL
LTAAVPVGPDNVKSGYDVPAVASYLDFINLMAYDFHGKWERETGHNAPLYSSSLDSEWQK
QLSVDNAATMWVKLGAPKEKLIIGMPTYGRSFTLSNSANFRVHSAASGGGKAGEYTKESG
FLAYYEICEMLHNGAAYVWDDEMKVPYLVYNDQWVGFDDEKSVRNKMHWLKSKGYGGAMV
WTVDMDDFNGTVCGGNVRYPLIGAMREELRGISRGANAKDVDWTAVATTITETIVKKPEP
YKVSVSEVLSKSKKLQKTTLVINTPIQEREAQTICYLTNWSHKRPGMGRFNPEDIDPTLC
THVVYAFATLKDHLLTEGSDKDAEMYQRLIALRDKNPDIKILLAIGGWAFGSTPFKELTS
NTFRMNQFVYEAIDFLREYKFDGLDVDWEYPRGADDRTAYVNLLKELRLAFEGEAKSSGQ
PKLILSAAVPASFEAIAAGYDVPEISKYLDFINVMAYDFHGQWERQVGHNSPLYPLESAT
SYQKKLTVDYSAREWVKQGAPKEKLMIGMPTYGRSFTLVDKDKFDIGAPASSGGVAGNFT
NESGFLSYYEVCSFLNEDNTTLVWDSEQQVPFAYRDDQWVGFDDERSLINKMTWLKEEGF
GGVMIWSVDMDDFRGSCGAGKYPLIKAMKKELQNYKVKLEYDGPYESTLRNGKYTTKDPN
EVSCDEEDNHISYHADKNDCTMYYMCEGERKHHMPCPVNLVFNPNENVCDWPENVEGCLQ
HTQAPPV
NT seq 2904 nt   +upstreamnt  +downstreamnt
atggtgttgatcagcagaactacctggaggctgctgctcgtctgctgcgcggtgttgctt
ctgggtctccttcagcacgccgaaggtgcgagaaagagattccgcaggccgacgacttcc
gccccgtcgatctcgaacgatcaggaggtctcagccagtgtcaacaggttcaaggttacg
cgaaatcgtgttagcaataagaacacgaagaacgagcttcagcccggcaagacgaacgac
tacaagctcgtatgctattacacgaattggtcccagtatcgcacgaagatcggcaagttc
ctgccggaggacattcaacctgacctctgcacccacgttatcttcgccttcgggtggctg
aagaagaacaaactaaccagtttcgaatcgaatgacgaaacgaaggacggcaagatcggc
ctgtatgaaagggtggtgaatcttaaaaaagccaacccgtccctgaaagtcctgcttgca
attggtggttggtccttcggcacgcagaagttcaaggatgtgtcctcaacgagatacgcc
cggcagaccttcatctacagcgctataccgtatttacgggataggaatttcgacggcctt
gacatcgactgggaatacccgaagggtggagacgataagaagaattatgtcctcctgctg
aaggagctgcgagaggctttcgaggcggaggcgcaagagaggaaaaaaccgcgtcttcta
ctaaccgccgcggtacccgtcggacctgacaacgttaagagcggatacgatgtgccggca
gttgccagctacctggacttcatcaacctcatggcctacgacttccacgggaaatgggag
agagaaaccggtcacaacgccccgttatactcgtcgtcgttggattcggaatggcagaaa
caattgagcgtggacaatgcggctaccatgtgggttaaactgggcgcaccgaaagaaaaa
ttaatcataggcatgcctacgtatggccggtccttcaccctttcaaactccgccaacttc
cgtgtacactctgcagccagcggtggcggaaaggcaggcgaatacaccaaggagtctggt
tttctcgcatattacgagatctgcgagatgctgcacaacggtgccgcctacgtttgggac
gacgagatgaaggtaccctatctggtgtacaacgatcagtgggttggcttcgacgatgaa
aaatccgttcggaacaaaatgcactggctgaagagcaagggttacggaggtgcgatggtg
tggacggtcgacatggacgacttcaacggcaccgtttgcggtgggaatgtccggtatcct
ctgatcggcgcgatgagggaggaacttaggggtatttcgcgaggtgccaatgccaaggac
gtcgactggacggcagttgccaccaccatcacggagacgatagtaaagaagccggagcct
tacaaggtgtctgtttcggaagtgctcagcaaatcgaagaagcttcagaagactacactc
gtcattaacactccgatccaggagagagaggcgcaaaccatttgttacctgacaaattgg
tcgcacaagagaccaggaatgggacgattcaatccggaagacatcgatccgactctctgc
actcacgtggtatatgcgttcgctactttgaaggatcacttacttactgaaggaagtgac
aaagacgctgaaatgtatcagagactgatcgcacttcgtgacaagaatccggatattaag
attctacttgcgatcggaggatgggcattcggctcgacgcccttcaaagaactcaccagt
aacacattccggatgaaccaattcgtctatgaggctatcgatttcctgcgagaatataaa
ttcgacggattggatgttgactgggaatacccaagaggagccgacgatcgaacggcttac
gttaatcttttgaaggaactcaggctagctttcgagggtgaagcaaagagctctggccaa
ccaaaattaatcttgtcagccgcggtgcctgcgagtttcgaagccatcgctgcagggtac
gatgtccctgaaatatctaagtatctggacttcattaacgtgatggcatacgacttccac
ggtcagtgggagagacaagttggtcacaacagtccgttgtaccctctagaaagtgctact
agctaccagaaaaagctgacagtggattacagcgcacgagaatgggtgaagcaaggagcg
ccgaaggaaaagcttatgattggaatgccaacgtacggtagatccttcacgctggtcgat
aaggataaattcgacattggtgcaccagcgtccagtggtggagtggcagggaacttcacc
aacgaatccggatttctgtcctactatgaggtttgcagcttcttaaacgaagacaatacg
actctagtatgggacagcgaacagcaagtaccatttgcgtacagagacgatcaatgggtc
ggattcgacgacgaaaggagtcttattaacaaaatgacttggcttaaagaagaaggcttt
gggggtgtaatgatctggtccgttgacatggacgacttcagaggatcttgcggggcagga
aagtatccactgatcaaagcgatgaagaaggagttgcagaactacaaagtcaagctggaa
tatgacggtccttacgaaagtaccttaagaaatggaaaatacactactaaggatccgaac
gaagtgtcatgcgacgaagaggacaatcatatatcttatcacgcggacaagaatgattgc
acgatgtactatatgtgcgagggcgagcgcaagcatcacatgccctgtcctgtgaacctg
gtctttaatcctaacgagaacgtttgcgactggccagagaatgtcgagggctgtttgcag
cacacgcaagcgccgcccgtgtaa

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (19)   

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