KEGG   Chryseobacterium sp. IHB B 17019: ATE47_17950
Entry
ATE47_17950       CDS       T04193                                 
Name
(GenBank) alpha-amylase
  KO
K01214  isoamylase [EC:3.2.1.68]
Organism
cih  Chryseobacterium sp. IHB B 17019
Pathway
cih00500  Starch and sucrose metabolism
cih01100  Metabolic pathways
cih01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:cih00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    ATE47_17950
Enzymes [BR:cih01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.68  isoamylase
     ATE47_17950
SSDB
Motif
Pfam: Alpha-amylase Por_Secre_tail CBM_48 FG-GAP
Other DBs
NCBI-ProteinID: ALR32283
Position
3878659..3881496
AA seq 945 aa
MKKFYSGIMLFIVALVFGQISYTITPNPFNETDAITLTVPGNQIDESAWGVSNNAVYIWS
WSLDANYQNSQDCPTNGSWSNSNELNKLNYNSATDTYSLSFTPTTFYGRTGIGRFGFLLK
DKAGAHQTSDTFVNVGILNINMTNPAANSLTSVPAGNSINITATTNVNSTFQLKANGTAV
NSTSTPSTSYSFNYTVTADANMELIATDTNSNTKNATFILQIPRTVISEAIPNWMRQGIN
YHPTDNTKVGLALYAPSKNFVHVIGSFNNWVVNDSYLMKRDTVNPDLYWIELSGLTPQQL
HTFQYRTNDLKKVADPYSPQILSSYDDQWISASTYPSLPPFPTGQGFEVSMFKTGQTPYN
WQVTNFTRPAKENLVVYELLLRDFTQEKNWQSLINKINYLKGLNINAIELLPIMEFEGNL
SWGYNTSFHYALDKAYGTPEKFKEFVDLCHQNGIAVILDIAFNHATGRSPLARLWNVDPD
GDGYGDIAANNPYFNQVPKHSYNVFNDFNHTSASTKYYVERCLQQWLTEYKIDGFRWDLT
KGFTQSCSESDETCTNAYQQDRVDILKYYADRQWAIDPNSYMIFEHLGTDQEEQQWANYR
IAEGKGVMLWNKQTEPYNQNTMGYKENSSYDRMNHTLHGFMNMHAVGYGESHDEERLMFK
NLAYGAVNGSYDVKNLNTALDRMKTFGATFFTTPGPKMIWQFGELGYEFSINRCADGSIN
SGCRTDEKPVAFTLGYDTNASRKAVYDTWAKIISLRNTYPVFKSKTYSVESNNLANDPDG
LITRIYVYDNTIVNGVKNVVVLANYTTSSQNVVPYFPYIGQWQNLMDNSVSNITSTTAPI
TLLPGEFRIFGNYVGSLSTIDENAENKLSLQIADNPVKNGSAKLIYHKAKNGEITIYDLS
GKKMDSFKLKNENGIYDLKTNYPAGTYLVHLKSDSGIAIQKMIVQ
NT seq 2838 nt   +upstreamnt  +downstreamnt
atgaagaaattttattccggtataatgctgtttattgtcgctctggtttttgggcagata
agctataccatcactccgaatccgttcaacgaaacggatgccattactttgactgtaccc
ggaaatcagattgatgaatcggcttggggagtttccaataacgcggtttatatttggtcc
tggtctttggatgcaaattatcagaacagtcaggattgccctaccaatggaagctggagt
aattccaacgagttaaataaattaaattataattcggcaacagatacttattctctatcc
ttcactccaactactttttacggtagaacgggaatcgggaggtttggatttttgttaaaa
gataaagcaggtgctcatcaaacatccgatacctttgtaaacgtcggaattttaaatata
aacatgacaaacccagctgcgaacagcttgacatcggttccggcaggaaattctatcaat
attacggcgacaacaaatgtaaactcaacatttcagctaaaagcgaatggaacggccgtc
aattctacttccacaccctcaacttcttattccttcaattatacggtaacggcggacgct
aatatggaactgatcgccacagataccaattcaaatacaaaaaatgcaaccttcatttta
cagattccgagaacggttatttccgaagcaattccaaactggatgagacagggaataaac
tatcatccgacagataatactaaagttgggttggctttatatgctccgtctaaaaatttc
gttcatgtgatcggaagcttcaacaattgggtggtgaacgattcttatttaatgaaaaga
gacaccgtaaacccggatttatattggattgaattaagtggtttaacgccgcagcaatta
catacattccaatacaggacaaacgatctcaaaaaagttgcagacccatattctccacag
attttatcttcctatgatgatcaatggatttctgcttctacttacccaagcttgcctcca
ttcccgactggacagggcttcgaggtttctatgtttaaaacaggacagactccttacaat
tggcaggtgacaaatttcacaaggccggcaaaagaaaatcttgtcgtttatgaactattg
ttgagagatttcacccaggaaaaaaactggcagtcattaattaacaaaatcaactattta
aaaggattaaatatcaacgctatcgagcttcttcccatcatggaatttgaaggaaatctt
tcgtggggatacaatacatcgtttcattatgccttagacaaagcgtatggaacgcctgaa
aaattcaaggagtttgttgatttatgccatcagaacggcatcgctgtgattttggatatt
gcgtttaatcatgctaccggacgttctccattggcaagactctggaacgtagatccggac
ggagacggctatggagatattgctgcgaataatccttattttaatcaggttcctaaacac
tcatacaatgttttcaatgatttcaaccatacaagtgcttcaactaaatattacgttgaa
agatgtcttcagcaatggttgacagaatataaaattgatggtttccgatgggatttaaca
aaaggtttcacgcaaagctgctccgaaagtgacgaaacatgcaccaacgcttatcagcag
gacagggtagatattctaaaatactacgctgacagacaatgggccattgacccaaattct
tacatgatttttgagcatctgggaacagatcaggaagaacagcaatgggcaaattacagg
attgcagaaggaaaaggcgtaatgctttggaacaagcaaaccgagccttacaaccaaaac
acaatgggctacaaggaaaacagcagctacgacagaatgaatcatacccttcacggcttc
atgaatatgcacgcggttggctacggagaaagtcatgatgaggaaagattaatgtttaaa
aatcttgcatacggtgcagtaaacggaagctatgacgttaaaaacttgaatacggcttta
gatagaatgaaaactttcggagcaacatttttcacgactcccggcccgaaaatgatctgg
cagtttggagaattgggatatgaattcagcatcaacagatgtgcagacggatcaatcaac
agtggttgcagaactgacgaaaaaccggttgctttcacattaggttatgatacaaacgcc
agcagaaaagcggtttatgatacctgggcgaaaattattagtttaagaaatacttatccg
gttttcaaatccaagacatacagcgtagaatccaataacctggcaaacgatccggatggt
ttgataacaagaatctatgtatatgataatactattgtgaatggtgtgaaaaatgttgtg
gttctggcaaattacactacatcatctcaaaatgttgttccttattttccttatatcggg
caatggcagaatttaatggataattctgtgtcaaatatcacatctacaacagctccaatt
acccttctgccaggagaattcagaatcttcggaaattatgtgggaagtttatcgactatc
gatgaaaatgcagaaaacaaattatctctgcaaattgctgataatccggtaaaaaatgga
tcagcaaaattaatttatcacaaagctaaaaacggagaaatcaccatctacgacttgagt
ggtaaaaaaatggattcatttaagctaaaaaatgagaacggaatctatgatttaaaaaca
aattatcctgccggaacgtatttggttcatctgaaatctgatagcggaattgccattcag
aagatgattgtacagtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
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)   
   OC (1)   
Protein domain (4)   
   Pfam (4)   
All databases (21)   

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