KEGG   Paracholeplasma brassicae: BN85306850
Entry
BN85306850        CDS       T03095                                 
Name
(GenBank) Pullulanase, surface-anchored protein
  KO
K01200  pullulanase [EC:3.2.1.41]
Organism
abra  Paracholeplasma brassicae
Pathway
abra00500  Starch and sucrose metabolism
abra01100  Metabolic pathways
abra01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:abra00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    BN85306850
Enzymes [BR:abra01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.41  pullulanase
     BN85306850
SSDB
Motif
Pfam: CBM_48 Alpha-amylase pulA_all-beta PUD Pullul_strch_C
Other DBs
NCBI-ProteinID: CCV65706
UniProt: U4KN95
Position
complement(764189..767011)
AA seq 940 aa
MTKMKKLTLLFLMIYSSLFIVSNLKAAVDSPNLYFHYFRYDATYTDWDAHIWKFGDTGVD
ILPVDETINSKTWGTFKKDGPVGLEDEYGFIIRSRGSWDKDREPGGDRIVKVSDGKLIDG
DYHFYIIQGDVVVYSEVPETFHKILTATFTSSTEVRFQTTVDVPNLSSVKLYKDDVLVPV
NNLKGSKTGYTFTTDTVDLSFVYRLEALFDDQGATTAKLNVGFNGVYNSPFFEAAYGYEG
NDLGVSYSPTATTFKLWAPISDEVTLNIYDAGHPTSVRADGDDTATTHIMTRGEKGVFEL
TLNEDLKNKYYTYTVKNGNVINEVVDPYATSSGVNAIRGAIVDLESTNPSGWDDLELPKY
SGRYVDAIIYELHVRDLTSHSSWTGKREHVGKFLGIVESGTTYTKGETTVKTGLDHMVEL
GITHLHLLPAFEFGYVDETRLDDPNYFNVKDGGFNWGYMPTLFNVPEGSYSTDPYTGSTR
VSEFKQMVKGLSDNGIRTVMDVVYNHTGDANYNFNKILPNYFFRLNSEGSLSNGSGTGNE
TASEHYMMRKFMVDSLIYWATEYNVKGFRFDLMALHDVETMNLIAEELHKIDPTIIIYGE
PWTGGTTPLPLSQQATKQTMNQMPGVASFNDIARNSIRGSNNGEGPGWVQGKNDEVGNIK
NTILGTRGTDYTFTSPNQNVNYVSAHDNSTLADQIRLTSGGKTNVIRKLMQVQANAIVLM
SQGVPFIHAGAEMMRSKPDKSDNEHVKEGLNYNSYNASDKVNQINYNFKVDYNDVFTEYK
ELIEFRKTHPSFRLNTFDEVDQTVSLLETGNDGLVAYRLKNNKDIYPDMIVIHNNGTLPM
AHFTLPQGTDETNVDGDLVWKIAYTSLAQTINNAEIENGKTVNISAHETIVVYYGQNSNA
TEVIPEPSDSNDFPLLAMVLIPSAIILGVGAGLFFYFKKR
NT seq 2823 nt   +upstreamnt  +downstreamnt
atgacaaaaatgaaaaagttaacgttactatttttaatgatttattcatccttatttata
gtgtcgaatttaaaagctgcggtagacagcccaaatctatacttccactattttaggtat
gacgcaacctataccgactgggacgcacatatttggaaatttggagataccggcgttgat
attcttccagtcgatgaaacaatcaactccaaaacctggggtacatttaaaaaggatggt
cctgtcggtttagaagatgaatacgggtttattatccgttcaagaggatcatgggataaa
gaccgtgaaccgggtggtgaccgtatcgtcaaagtaagtgatggtaaattgattgatggc
gactatcacttctacattattcaaggtgatgtggttgtttattccgaagtacctgaaacc
ttccacaagattttaacggctacttttacctcatcgactgaagttagatttcaaacaacc
gttgatgttccgaatttatcctctgttaaattatataaagatgacgtcttagtccctgta
aacaaccttaagggatcaaagaccggttacacctttacaacagacaccgtcgatttatct
ttcgtttatcgcttagaggctttatttgatgatcaaggcgcaaccacagctaagttaaat
gtcggtttcaatggggtatataattcaccatttttcgaagcggcttatggttatgaaggt
aacgatttaggtgtttcgtattcaccaaccgctacgacatttaaactatgggcaccaatc
agcgatgaagtgactttaaacatttatgatgctggtcatccaacctcagtaagagcagac
ggtgatgatacagccacgacacatataatgactcgtggtgaaaaaggggtctttgaacta
actttaaacgaagacttaaaaaataaatattatacctataccgtaaaaaatggcaacgtc
ataaatgaagtcgttgacccatatgcaacctcaagtggtgtaaatgccattcgaggggct
attgtcgatcttgaatctaccaaccctagtggatgggatgatttagaactacctaagtac
agtggccgttacgttgatgcaattatttatgaactacacgttagagacctgactagccat
agctcatggacaggtaagagagaacacgttggtaaattcttaggtattgtggagtcagga
acaacctatactaaaggcgaaacaaccgttaaaacggggcttgaccacatggttgaactc
ggaatcacacaccttcacttattaccagcattcgaatttggttatgtcgatgaaacaaga
ctcgatgatcctaattacttcaacgtcaaagatggtgggttcaactggggttacatgcca
acgttattcaacgtgccagaaggttcttattcaaccgacccttacactggttcaacaaga
gtaagtgaatttaaacaaatggttaaagggctatctgataacggcataagaactgtgatg
gacgtggtctataaccacacaggcgatgcgaactataatttcaataagattttaccaaac
tacttcttccgcctaaatagcgaaggctcactatctaatggtagtggtacaggtaatgaa
accgcatctgaacactacatgatgcgtaaattcatggtcgatagcctcatctattgggcg
accgaatataacgtcaaaggcttccgctttgacttgatggcacttcatgacgttgaaacc
atgaatctaattgctgaagaattacacaaaatcgatcctaccatcatcatttatggtgaa
ccttggacaggcggtacaaccccactgccgttatctcaacaagcaaccaaacaaaccatg
aatcaaatgcctggtgttgcgtcatttaatgatatcgcaagaaactcaattcgaggcagc
aacaacggtgaaggtccaggctgggttcaaggtaaaaatgacgaagttggtaacatcaaa
aacaccattctaggtactagaggtacggattacacctttactagtcctaatcaaaacgtt
aactatgtatcagctcatgataactcaacacttgctgaccaaatccgtttaacatctggt
gggaaaacaaatgtgatacgtaaactaatgcaagtacaagcaaacgccattgtcttaatg
tctcaaggtgtgcctttcatacacgcaggtgcagaaatgatgcgttcaaaacctgataaa
tctgataatgaacatgtaaaggaaggattaaactacaactcttacaacgcctcagataaa
gtcaatcaaatcaactataactttaaagttgactataacgacgtctttactgaatataaa
gaactcatcgaatttagaaaaacacacccttcatttagactaaatacatttgatgaagtc
gatcaaacggttagtctacttgaaacaggtaatgatggcctagttgcttatcgcttaaaa
aacaataaagacatctacccagatatgattgttatacacaacaatggtacattaccgatg
gcacattttaccttaccacaaggcacagacgaaacaaacgtggatggcgacttggtttgg
aaaattgcttataccagtttagcacaaacaatcaataacgctgaaattgaaaatggtaaa
accgtcaatatctcagcgcatgaaaccatcgttgtttattatggacaaaattcaaatgca
accgaggtcattccagaaccatccgacagcaatgatttcccactgcttgcgatggtatta
attccatcggcaatcattcttggtgttggtgctggcttattcttctattttaaaaaacgc
taa

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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 (5)   
   Pfam (5)   
All databases (22)   

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