KEGG T06302: LH506

Lapidilactobacillus dextrinicus: LH506_08195

Entry

LH506_08195       CDS       T06302

Name

(GenBank) cellobiose phosphorylase

K21298

1,2-beta-oligoglucan phosphorylase [EC:2.4.1.333]

Organism

ldx Lapidilactobacillus dextrinicus

Brite

KEGG Orthology (KO) [BR:ldx00001]
09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    LH506_08195
Enzymes [BR:ldx01000]
2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.333  1,2-beta-oligoglucan phosphorylase
     LH506_08195

SSDB

Motif

Pfam:

SOGP_2nd Glyco_hydro_36 Glyco_transf_36

Other DBs

NCBI-ProteinID:

QFG47397

Position

complement(1641291..1644434)

AA seq 1047 aa
MSIIKNGATQALLLDNGAVGQIKVNNIMINQVVGNNLDGSFANIYLRTQSESGWLSHPLT
GPQSNSRVLYSENSICWTGDFAGVTYQLQLILQDACWFWKVELSSPVPVIADLTYTQDLG
LGDEGFVTSNEAYASQYLDHFIQQNDSSIIVASRQNQAQSNHYPYIQEGSFQKITSFSTD
SFQFFGTEYKKTGIPIGLISDQLENQNKQYECGFTALRTEKMTLTTTKAETVFYAAYKEN
QPQGNNEILIDQNSLKEQFNRTSENTQSNYEQELKVIDRKVKTEALLQTVPFSDEELNKR
FPRQLQTEKLDKRILSFFTDQGEHVVLPEKEKLQERLTGNIIMATNTSQPAMPVMASTQF
MPGIFESQVVFGNTNMNVLSTHTRDALNYFKVTGTRIYLKIEKKYYLLAMPSAYAMNYDG
ADWYYKIKDDVIKVSADAAVTSNQLNLQFKSENQIKYDLIITTQWNNDSLGKNPQIKFTS
SSVEIQPAADMLMAKRVPQVSYYIDYNADNDAANVQLGDETMLLIGDLEAATNQIVAQYQ
DVSSLLVRTSLTNEKIDESNTETLRQKHRLHYAGLLRNLKLETENNEKVDLIEQTNLILK
WFAHDAMVHLLSPHGLEQYGGAAWGTRDVSQGPTEFFLSTGHYAEVRQIILKTYAHQFVE
NGNWPQWFMFDEYADQFADESHGDVIVWPLKVVTDYLLATNDLDILNELVPYLSLNNKEE
LDEKVTLLDHIQKQLHYIETHFLYDTFVSAYGDGDWDDTLQPADPKQKKQMASTWTEELT
IETLRKATKVFKDIPELRIKVTDLADNMYRDFKKYFMQDDVLPGFIRMNPDHSVVPIIHP
GDKITGIDYRLLPLSQGVLSHILKGNEVNHALNLISEHLLFPDGVRLMNKPSTYHGGTSQ
IFKRAEQAANFGREIGLLYVHAHIRYADAISTTGDKKRAWQLLQLVNPVQLQQRVKNAEL
RQANTYFSSSDGDFLDRYQASNDFTKLKTQEVGVKGGWRLYSSGPGIFIGTLISSILQIH
DLETFNSKNKTLTSQIDNDIKITIDQF

NT seq 3144 nt +upstreamnt +downstreamnt
gtgtcaattattaaaaatggagcaacacaagcattgttgttagacaatggcgcggttggt
caaattaaagtaaacaatatcatgattaatcaagttgtgggtaataacttggatggtagt
tttgctaatatttatttgcggactcaaagtgagtctggctggttatcgcatccactaaca
ggcccacagagtaacagccgtgttttatactctgaaaatagtatttgctggactggcgat
tttgcaggcgttacttatcaacttcaattaattttacaagatgcatgttggttttggaaa
gttgaattaagtagcccagtccctgttattgcggatttaacatatactcaggatctaggt
ttaggtgatgagggtttcgttactagtaatgaggcatacgcctcacaatatttggatcat
tttatacagcaaaatgatagctcaattattgtggcttctcgtcaaaatcaggcacaaagt
aatcattatccatacattcaagaaggatcatttcaaaagattactagtttttctacagat
agttttcaatttttcggaactgagtataaaaaaactggtattcccatcggtttgatatca
gatcaattagaaaatcagaataaacaatatgaatgtggttttacagcattacgtacggaa
aaaatgactttgaccacgactaaagcagaaactgttttttatgcagcatataaagaaaac
cagccacaaggcaataatgagatactaattgatcaaaatagtttaaaagaacaattcaat
cgtactagtgagaacacgcaatccaattatgaacaagaattaaaagtaattgaccgcaaa
gttaaaacagaagcgctattacagacggtaccgtttagtgacgaagaactaaataaacgt
tttcctagacaattgcaaactgaaaagctggataaacgaatcttatcgttcttcactgat
cagggggaacatgttgttcttccagaaaaggaaaaattacaagaacgtttaactggtaat
attattatggcgacgaatactagtcagcctgctatgccagtaatggcctcaacgcaattt
atgccaggtatatttgagtcacaggtagtttttggaaatactaatatgaacgtattgtca
actcatacaagagatgctctgaattattttaaagttacaggaacaagaatttatttgaaa
attgaaaagaaatattaccttttagcaatgccatctgcttacgcgatgaattatgatggt
gcggattggtattacaaaattaaagatgatgtaattaaggttagtgcagatgcagctgtt
acaagtaatcagttaaatttgcaatttaagtcagagaatcagattaaatacgatttaatt
atcacaacgcaatggaataatgacagcctaggcaaaaatcctcaaatcaaatttacgtct
tcatcggttgaaattcagcccgctgccgacatgttgatggctaaacgagtcccacaagtt
tcatattatattgattacaatgccgataatgatgctgcaaatgttcaacttggcgatgaa
acaatgttgttgattggcgatttagaagctgctaccaatcaaatagtagcacagtatcaa
gatgttagttcattgctagttcgaacaagtttaactaatgagaagatagatgaaagtaat
acagagacattgcgtcaaaaacatcgactccattatgcaggactgttacgaaatttaaaa
ttagagacagaaaataatgagaaggtagatttgattgagcaaacgaacttaattctaaaa
tggtttgcccatgatgcaatggttcatttattgtcgccacacggccttgaacaatatggc
ggtgcggcgtggggtacgcgtgacgtttcacagggccccactgagttcttcctgtcgaca
gggcattatgctgaagtcagacagattattcttaaaacatacgctcatcaatttgtggag
aatggaaattggccacagtggtttatgtttgatgaatatgccgatcaatttgctgatgag
tcacatggcgatgtgattgtttggcctcttaaagttgtaaccgactatttgttagcaacc
aatgatcttgatattttaaatgaactggtgccatatctctccttaaataataaggaagaa
ttagatgaaaaagtaaccttactggatcatatccaaaagcaacttcattacattgaaaca
catttcctatatgataccttcgtttctgcctatggggatggtgactgggatgatacgtta
caaccagcagatccaaaacagaaaaaacaaatggctagtacatggacagaggaacttact
atcgagactctgagaaaagcaactaaggtattcaaagatattcccgaattgcggataaag
gttacggatttagcagataatatgtatcgtgactttaagaagtattttatgcaagatgat
gtgttacctggctttattcgcatgaatccagatcactcggtcgttccaattattcatccg
ggagataagattactggaatcgattatcgactattgccgttatcacaaggtgtgttaagc
cacattcttaagggtaatgaagtgaatcacgcgctcaacctgattagtgagcacttatta
ttcccggatggtgttcgtttgatgaacaaaccgtcaacatatcacggcgggacgagtcaa
attttcaagcgtgctgaacaagccgctaattttggacgtgagattggtttgctctacgtt
catgctcatattcgctatgctgatgctatttcaacgactggtgacaagaaacgagcatgg
caattattacagttagttaatccggtccaattgcagcaacgggttaaaaatgctgaatta
cgtcaagccaatacgtatttctcaagttctgacggagattttttagatcgttatcaagca
agcaacgacttcaccaagcttaaaacccaagaagttggtgttaagggaggttggcgttta
tatagcagcggacccgggatttttattggtactttgatatcaagcattttacagatacac
gacttagaaacgtttaactcgaaaaacaaaacacttactagccaaattgataatgatatt
aaaattacgattgatcaattttaa

All links

Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein domain (3)   
   Pfam (3)   
All databases (9)   

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