KEGG   Rahnella aceris Y9602: Rahaq_3459
Entry
Rahaq_3459        CDS       T01422                                 
Name
(GenBank) glycoside hydrolase family 18
  KO
K01183  chitinase [EC:3.2.1.14]
Organism
rah  Rahnella aceris Y9602
Pathway
rah00520  Amino sugar and nucleotide sugar metabolism
rah01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:rah00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    Rahaq_3459
Enzymes [BR:rah01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.14  chitinase
     Rahaq_3459
SSDB
Motif
Pfam: Glyco_hydro_18 Crystall CBM_5_12
Other DBs
NCBI-ProteinID: ADW75051
UniProt: A0A0H3FDB1
Position
3736946..3739813
AA seq 955 aa
MRLNKLTKAILFSAIGFPIISSAATVTASDQTNTFSGLDYSMMITKDGGHTWTAYTNASQ
NNFPGTVLAQVAPKQELAIISEDYDPNRTYKGGDTVRFLGYYWTAQWWVDQGISPGTDPV
WVSGDAINIKPYISFQFTPYTGQDAIDLQNREKANVAAQRKVIGYFPEWGVYEAHNFFTP
DKVDYSGLTHLNYGFAVVKNGVVTMHDTDKAPGLIKDLDKRTEAANVAHMISVGGWNNSQ
EGVFEAATATDAGIEKLANSMVSYMAQWHFDGLDIDWEYPNTEAEKNQFTKLIQSLRTKL
DAQGLKDDKYYQLSAAVTTNHNNIQFINPAVTTPLLDSVNVMAYDIHGAFDPLTGHNAPL
YENSHDEDKDLNVADTMTAYVETWNVPKTKLMMGIPYYGRGWGHVPGTELIPGLPGMFNT
GAATVKGAWDDADQFTGTNPWYVLKQKLASGEYTRYWDPESHVPYLYSKTKQEFLTYDDP
QSIDEKVDYILDQGFGGAILWDISGDTPEHELGNIVKEVKNTPLPDDSDVPVPDEDPVID
KTDLKAILVSVDDGQTRVYMNLDSSKITSGTAYTAYVDGKYLFGTEGTHYYYSNKKSLGK
EASFRTGDVESRLAVGSVISVKREYPNQAVLGQITVTQDMLDGNNPVISDGSVKSMSVSK
INNVPYIFVDFDKEKLHSADGSSYVAKIVNDSKRGNYIFNCDNGKCDYSTETVDGAISHV
KSDEKDISIGETIVIQRVSPNPAVVAQMVVTSFEPEPQPEPQPEPVTGLKVTLFQNAGYT
GDSLEVTGDIDCLNGVKMKNGTDANDQVSSFTIPESSLGVRLFTECQFKGTSNLFPSSSQ
YDLTRYLSEMNKAVSSVQVVKAEAREASYDRGGFLQIYGDIPRLSAEKRGDYRDTYDNVI
SQIEVAEGYTVRLYSERDYQGSYVDVKSGQKIPDLSAVSFDNKASSLKVFIDKAK
NT seq 2868 nt   +upstreamnt  +downstreamnt
atgcgcttaaataaattaactaaagcaatcctgttttctgctattggattcccaataatt
tcgtctgccgccactgtgacggcaagcgatcagactaacaccttctccggcctcgattac
tcaatgatgatcaccaaagatggtggtcacacctggactgcgtataccaacgcatcgcaa
aacaacttcccaggtactgtcttagcgcaagtcgcgccaaaacaggaactggctattatt
tctgaggattacgatccaaaccgcacctataaaggcggcgataccgttcgcttcctggga
tactactggactgcacaatggtgggttgaccagggtattagcccgggaaccgatccagta
tgggtatccggtgatgctattaacatcaagccttacatcagcttccagttcacgccgtat
accggccaggacgctatcgatctgcagaaccgtgaaaaagccaacgtagctgcacagcgt
aaagtgattggttacttcccggaatggggcgtgtatgaagcccataacttctttacccct
gataaagtggactactctggtctgacccacctgaactacggttttgcggtggtgaaaaac
ggtgtggtgaccatgcatgacaccgataaagccccaggactgattaaagacctggataaa
cggactgaagcggccaacgtggcgcatatgatttctgtcggtggctggaataactcccag
gaaggtgtcttcgaagcggcaaccgccacggatgcaggtattgagaaactggccaacagc
atggtcagctacatggcacaatggcatttcgacggcctcgacattgactgggaatatccg
aataccgaagctgagaaaaaccagttcactaaactaatccagtcgctgcgtaccaaactg
gatgcgcaaggtctgaaagatgataagtattatcaactttctgcggcggtcaccactaat
cacaacaacattcagttcatcaacccggcggtaaccacgccattgctggatagcgtgaac
gtgatggcgtatgacatccacggtgccttcgatccgctaaccggtcataacgcaccgctg
tatgaaaacagccatgatgaagataaagatctgaacgtggctgacaccatgacggcctat
gtcgaaacctggaatgtgccgaaaaccaagctgatgatgggaatcccatattatggtcgt
ggctggggccatgtgccgggtacagaactcattcctggtttgccgggcatgtttaacacc
ggcgcggcaaccgtaaaaggtgcatgggatgatgcggatcagtttacaggtaccaacccg
tggtatgtgctcaagcaaaaactggccagtggcgaatacacgcgctattgggacccagag
tcacacgttccgtatctctacagcaaaaccaagcaagaattcctgacctatgacgatccg
cagtccattgatgaaaaagtagattacattctcgatcagggcttcggtggtgcgatcctg
tgggatatcagtggcgatactccggaacacgaactgggtaatatcgttaaagaagtgaaa
aacacgccgcttccggatgattccgatgtcccagtaccagatgaagatccggttatcgat
aagaccgatctgaaagctattctggtcagcgtggatgatggtcaaacacgtgtttacatg
aatctcgattccagcaaaattacgagtggcacggcatatacagcctatgttgacgggaaa
tatcttttcggcacagaaggcactcactattactacagcaacaagaaaagtttaggtaaa
gaagcttcattccgtacaggggatgttgaaagccgcctggcagtaggttctgtcatttcg
gtcaaacgtgagtacccgaatcaggctgttcttggtcagattacggtcacgcaggatatg
ctcgacggtaataacccggtgatctctgatggcagcgtgaagtcgatgagtgtgtcgaaa
atcaataacgtgccgtatattttcgttgattttgataaagaaaaactccacagcgcagat
ggttcttcttatgttgctaaaatcgttaatgatagcaagagaggcaactatattttcaac
tgcgataatggcaaatgtgattacagtaccgagactgtagatggcgctatttcacacgtt
aagtcggatgaaaaagacatttctatcggtgaaaccattgtcattcagcgtgtgtcacct
aatccggcagttgtggcccaaatggtggtcaccagctttgagccagaaccgcagccagaa
ccgcagccagagcctgtgaccggtcttaaagtcaccctgttccagaacgctggttatact
ggcgatagcctggaagtcactggggacatcgattgcttaaacggtgttaagatgaaaaac
ggtactgacgccaatgatcaagtgtcgtcctttacgataccagaaagttcgttgggggtg
cgtttattcacagaatgtcaattcaaaggaacttcgaacctatttccatcttcatctcaa
tatgatctgaccaggtatctcagcgaaatgaacaaagcagtctcctctgttcaggtcgtt
aaagcagaagctcgtgaagcaagctatgatcgtggcgggttcttacagatttacggggat
attccacggctcagcgccgaaaaaaggggcgattatagagatacttacgataatgtcatc
tcccaaatagaggttgctgagggttataccgtccgcctgtattctgagcgtgactatcaa
gggtcttatgttgatgtgaaatcaggtcaaaagattcccgaccttagcgcagtgtcattt
gataacaaagcctcttcattaaaagtcttcatcgataaagccaagtaa

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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 (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (19)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (3)   
   Pfam (3)   
All databases (38)   

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