KEGG   Xenorhabdus nematophila ATCC 19061: XNC1_1393
Entry
XNC1_1393         CDS       T01274                                 
Name
(GenBank) Pullulanase precursor (Alpha-dextrin endo-1,6-alpha-glucosidase) (Pullulan 6-glucanohydrolase)
  KO
K01200  pullulanase [EC:3.2.1.41]
Organism
xne  Xenorhabdus nematophila ATCC 19061
Pathway
xne00500  Starch and sucrose metabolism
xne01100  Metabolic pathways
xne01110  Biosynthesis of secondary metabolites
Module
xne_M00855  Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:xne00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    XNC1_1393
Enzymes [BR:xne01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.41  pullulanase
     XNC1_1393
SSDB
Motif
Pfam: Pullul_strch_C Pullulanase_N2 Pullulanase_Ins CBM_48 Alpha-amylase hDGE_amylase
Other DBs
NCBI-ProteinID: CBJ89456
UniProt: D3VAM0
Position
1266614..1269421
AA seq 935 aa
MVHNLNQALGEQIYRRTETSDSGPAVSQASAHWVDKHTLLWRDGAGQPIVRLYHNQHAKV
ATNEQGHFTDDYLILTPATLNEATARKFPHLAKWAAFRLPENVDIDRFLTGDLVVLAADE
QGELLSATQVQTAGVLDDRFAEVAETFGYGAQVSDKGVLFRLWAPTAQKVSLVLYNQNKQ
VIAAHTMQRDAASGSWSWQGDKSLVGFYYRYALTVYHPQSRNIERYEVTDPYSYSLSTNS
AYSQVVNLDDAALRPQNWDNLLPPYSQRTKTDIARMTIYEAHIRDLSVADSTISKAWRGK
YLALTDNNSNMFKHLKALSLAGITHMELLPVFDIASVNEFSHQVADLEQSFSHLCQINPA
VKNSRFADYCRSSLTVREVLQQLRHDDNIKNPQVQELNTMVANTDSYNWGYDPFHYSVPE
GSYATDAEGSVRIKEFRTMIQAIKQQLGMNVIMDVVYNHTDAAGPLARTSVLDKIVPWYY
HRLDEITGQVENNTCCHDTAPEHRMFAKLIEDSLVTWAKDYKIDAFRFDLMGYHPKAQIL
SALEKVRTVNPSIYFFGEGWNSGQDDRFEIASQINLRGTGIGTFSDRLRDAVRGGSPFDV
ADDIRISQGIGNGAGTLSNEISRLNADEVCHLLDLTRLGMAGNLVDFVMIDKDGVAKKGH
QIDYKGAVAGYASDPTEVLNYVSKHDNQTLWDIISYKAAYQADLATRVRMQAISLSVVLL
GQGIAFDQHGSELLRSKSFTRDSYNAGDWFNRVSYDYKDNNYDVGMPERSNDGKNYPLIN
RVKNRVQKPGHNELLQMMAFYQELLRLRQFSPLMNLGSGEAIKQRIDFVNVGPHQQIGLL
VMTIDDGKTTSHDRDWRFDGLVVVINAAPWSVTVKELNTKGLKLNDLQHQLGKNSLAAGV
RIKENGEIIMPAWSVAVLVLPQVGLRGKGISVRKK
NT seq 2808 nt   +upstreamnt  +downstreamnt
atggtacacaatttgaatcaggcattaggtgaacaaatttatcgtcgcactgaaacttct
gactcaggaccggcagtttctcaagcctctgcacactgggttgataaacacactttgtta
tggcgggatggggctggtcagcccattgttcgcttatatcacaatcaacacgctaaagta
gcgactaatgaacaaggccattttactgatgattatctgatactcacaccggcaacgttg
aatgaggcaacggcaagaaaattcccccatttggctaaatgggccgcatttcgtctaccg
gaaaatgtagatattgatcggtttctgacaggggatttagtcgttttggcggctgatgag
caaggtgaactgctctcagcgactcaagtccagacggcaggtgtgctggatgaccgtttt
gccgaagttgcggaaacattcgggtatggtgcgcaagtcagtgacaagggcgtgcttttc
cgcctgtgggcacccactgcgcagaaagtgagtctggttctttataatcaaaataaacag
gttatcgctgctcataccatgcagcgcgatgcagcaagtggttcctggtcatggcagggt
gataaatcattggtgggtttctattaccgttatgcgttaacggtataccatcctcagtcc
cgtaatattgaacgttacgaagtcacagatccctattcttatagtttatccaccaattca
gcatatagtcaggttgttaatctggatgatgcagccttgaggccacaaaattgggataat
ctattgccaccctattcgcagcggacaaaaaccgatattgcacgtatgaccatttatgaa
gcacatatccgtgatctttccgttgcagacagtacgatctcaaaagcctggcgtggcaaa
tatctggcactgaccgataataacagcaatatgttcaagcatcttaaggcgttgagcctg
gcaggaataacgcatatggagttattgcctgtgtttgatattgcttccgttaatgagttt
agtcatcaggtggctgatcttgaacagtcttttagccatctgtgccagataaacccagca
gtgaagaatagccgctttgccgattattgccggagttcattgaccgttcgagaagttttg
cagcaattgcgacatgatgacaatatcaagaacccgcaagtgcaagaattaaatactatg
gtggcaaatacagactcctataattggggttacgatccgtttcattattcggtaccggaa
ggttcttatgccactgacgctgaaggttctgtgcgtataaaagaattccgcacaatgata
caggctatcaaacagcaattgggtatgaatgtgattatggatgttgtttacaaccatact
gacgctgccggtcccctggctcgaacatcagtactggataagattgtgccttggtattat
caccgtttggatgaaataacgggtcaggttgaaaacaatacgtgttgtcacgatacggca
ccagaacatcgcatgtttgccaaacttatcgaagactcgctggtaacctgggccaaggat
tataagatagatgcgttccgattcgatttaatgggttatcatccaaaagctcaaatttta
tccgcactggaaaaagtccgtactgttaatccatctatttattttttcggtgaaggctgg
aattcagggcaggatgatcggttcgaaattgcttcacaaattaatcttagaggtacaggt
atcggtactttttctgacagattgcgggatgcagtgcgtggcggttcgccctttgatgtt
gccgatgatattcgtatcagtcaggggatcggcaatggcgcaggaacattatccaatgaa
atttctcggttaaatgcagatgaggtgtgccatttattggatctcacgcgtcttggcatg
gcgggtaatttggttgattttgtcatgatcgataaagacggggtagcgaaaaaagggcat
caaattgattataaaggtgctgttgcaggttatgcctcagatcccactgaagtactgaat
tatgtgtccaagcatgataatcagacgttatgggatatcatcagctataaagcggcatat
caggcggatctggcaacaagggttagaatgcaggcaatttctctctctgttgtccttctc
gggcaaggtatagcttttgaccaacacggctcggagttattgcgctcaaaatcgtttacc
cgtgattcttataatgcaggtgattggtttaatcgtgtgagttatgactacaaggataat
aattatgatgtgggtatgccggagcgcagtaacgatggcaaaaattatccattgattaac
cgtgtgaaaaatagggttcagaaaccaggccacaatgaattattacagatgatggctttt
tatcaggaattattacgcttacgtcaattttcaccattgatgaacctcggcagtggtgaa
gccatcaagcaacgaattgattttgtaaacgttggtccacatcagcagattggattattg
gtgatgacgattgatgacggtaagacgacttctcatgatcgggattggcgatttgatggt
ttggtcgtggtcattaatgctgctccgtggtctgttactgtcaaggaactgaataccaaa
ggattgaagttaaacgatcttcagcatcaattaggtaaaaactctctggctgctggtgta
cgaataaaagaaaatggtgagattatcatgcctgcatggtcagtcgctgtcttggttctg
ccgcaggtaggactccgtggaaagggaatatctgtccgtaagaagtaa

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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 (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (23)   

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