KEGG T00338: UTI89

Escherichia coli O18 K1 H7 UTI89 (UPEC): UTI89_C3793

Entry

UTI89_C3793 CDS T00338

Gene name

yheB

Definition

(GenBank) probable bifunctional chitinase/lysozyme

K13381

bifunctional chitinase/lysozyme [EC:3.2.1.14 3.2.1.17]

Organism

eci Escherichia coli O18:K1:H7 UTI89 (UPEC)

Pathway

eci00520

Amino sugar and nucleotide sugar metabolism

eci01100

Metabolic pathways

Brite

KEGG Orthology (KO) [BR:eci00001]
Metabolism
  Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    UTI89_C3793 (yheB)
Enzymes [BR:eci01000]
3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.14  chitinase
     UTI89_C3793 (yheB)
    3.2.1.17  lysozyme
     UTI89_C3793 (yheB)

SSDB

Motif

Pfam:

CBM_5_12

Other DBs

NCBI-ProteinID:

ABE09230

UniProt:

Q1R5Y4

Position

complement(3684988..3687690)

AA seq 900 aa
MKLNIFTKSMIGMGLVCSALPALAMEAWNNQQGGNKYQVIFDGKIYENAWWVSSTNCPGK
AKANDATNPWRLKRTATAAEISQFGNTLSCEKSGSSSSSTSNTPASNTPANGASATPAQG
TVPSNSSVVAWNKQQGGQTWYVVFNGAVYKNAWWVASSNCPGDAKGNDASNPWRYVRAAT
ATEISETSNPQSCTSAPQPAPDVKPAPDVKPAPDVQPAPADKSNDNYAVVAWKGQEGSST
WYVIYNGGIYKNAWWVGAANCPGDAKENDASNPWRYVRAATATEITQYGNPASCSVKPDN
NGGAVTPVDPTPETPETPVTPTPDNNEPSTPADSSNDYSLQAWSGQEGSEIYHVIFNGNV
YQNAWWVGSEDCPRGTSVENSNNPWRLVRTATAAEMSQYGNPTTCEIDNGGVIIADGFQA
SKAYSANSIVDYNDAHYKTSVDQDAWGFVPGGDNPWKKYEPAKAWSASTVYVKGDRVVVD
GQAYEALFWTQSDNPALIANQNATGSNSRPWKPLGKTQSYSNEELNNAPQFNPETLYASD
TLIRFNGENYISQSKVQKVSPSDSNPWRVFVDWTGTKERVGTPKKAWPKHVYAPYVDFTL
NTIPDLAALAKSHNVNHFTLAFVVSKDANTCLPTWGTAYGMQNYAQYSKIKALREAGGDV
MLSIGGANNAPLAASCKNVDDLMQHYYDIVDNLNLRVLDFDIEGTWVADQASIERRNLAV
KKVQDKWKSEGKDIAIWYTLPILPTGLTPEGMNVLSDAKAKGVELAGVNVMTMDYGNAIC
QSANTEGQNIHGKCATSAIANLHSQLKGLHPNKSDAEIDAMMGTTPMVGVNDVQGEVFYL
SDARLVMQDAQKRNLGMVGIWSIARDLPGGTNLSPEFHGLTKEQAPKYAFSEIFAPFTKQ

NT seq 2703 nt +upstreamnt +downstreamnt
atgaaattaaatatatttactaaatctatgattggtatggggctggtgtgttccgctctg
ccagcattggcaatggaagcatggaataaccaacaaggtggtaataaatatcaggttatt
ttcgatggcaaaatttatgaaaatgcctggtgggtttcttctacaaattgcccgggaaaa
gcgaaagcaaatgatgcaactaacccgtggcgtttaaagcgtaccgcaacagctgctgaa
attagtcagtttggcaatacactttcctgcgaaaagagcggaagctcatcttcttcaact
tcaaatacgccagcatctaatacgcccgctaatggcgcttcggctacaccagcacagggc
actgttccgtctaattcttctgtagttgcctggaataaacagcagggcggtcaaacctgg
tatgtcgtctttaatggtgcggtatataaaaatgcttggtgggtagcctcttctaactgc
ccgggtgatgcgaaaggcaatgatgccagcaacccatggcgttatgttcgtgccgctacg
gcaacggaaatctcagaaaccagtaatccacagtcttgtacttcagcaccacagcctgca
ccggatgtgaaaccggcaccggacgttaaaccggctcctgatgttcagccagccccagct
gataagtcaaacgacaactatgctgtcgtagcctggaaaggtcaggaaggttcttctaca
tggtacgttatctacaacggcggcatttataagaacgcctggtgggtgggcgcggcaaat
tgcccaggcgatgcgaaagaaaacgatgccagcaacccatggcgttatgttcgcgcggca
acggcaacagaaatcactcagtatggtaacccagcctcctgttccgttaagccggataat
aatggcggtgctgtgactccggttgatccaactccggaaacaccggaaactccagttact
ccaactccggataacaacgagccatcaacaccagcggatagcagtaacgattactcactg
caggcgtggagtggccaggaaggcagcgaaatttaccatgttatcttcaatggtaatgtt
tatcagaatgcctggtgggttggttctgaagattgcccgcgtggcaccagtgtagaaaac
tccaataacccatggcgcctcgtgcgtacagctaccgctgcggaaatgagtcagtacggt
aacccgactacctgtgaaattgataatggcggcgtcattattgcggatggtttccaggcc
agcaaagcgtacagcgcgaacagcatcgtagattataacgatgcacattataaaacctct
gtcgatcaagacgcatggggctttgtccccggcggcgataacccgtggaagaaatacgaa
ccggcgaaagcatggtccgcttccaccgtgtacgtgaaaggtgatcgcgttgttgttgat
gggcaggcttatgaagcgctgttctggacgcaaagtgacaaccctgctctgattgcgaac
caaaacgccaccggtagcaatagtcgcccgtggaagccgttaggtaagactcagagctat
agcaacgaagagctgaataatgcgccgcagtttaatccagaaacgctttatgccagtgat
acgctgattcgctttaacggtgagaactacatttctcagagtaaagtgcagaaagtttct
ccttctgacagcaacccgtggcgtgtttttgttgactggaccggaaccaaagagcgcgta
ggtacgccgaagaaagcgtggccgaaacacgtttatgcaccgtatgtcgactttacgctg
aatacgatcccggatttggctgcgctggctaagagtcataacgtcaaccacttcacgctg
gcgtttgtggtgagtaaagatgcgaacacctgtctaccgacatggggtaccgcttacggt
atgcagaattacgctcagtacagcaaaatcaaagctctgcgtgaggctggcggtgatgtg
atgctgtctatcggtggtgctaataatgccccgctggcagcttcctgtaagaacgttgac
gatctaatgcagcattattatgacatcgttgataacctgaacctcagagtcctggacttc
gatatcgaaggcacctgggttgcggatcaggcatctattgaacgtcgtaaccttgctgtg
aagaaagtgcaggataaatggaagtcagaaggcaaagatattgctatctggtataccttg
ccaattctgccgacaggcctgacgccggaagggatgaatgtcctgagcgatgccaaagcg
aaaggtgttgagctggcgggtgtgaacgtgatgacaatggactacggtaacgcgatttgt
cagtctgcaaataccgaaggccagaacattcacggtaagtgtgcaacgtctgcgattgcc
aacctgcattcacaattgaaaggcctccatcccaacaagagcgatgcagaaattgacgct
atgatgggtaccacgccgatggttggcgtgaacgacgttcagggcgaggtgttctatctc
tctgatgctcgtctggtcatgcaggatgcgcagaagcgtaatctcggtatggttggtatc
tggtcaatcgcgcgcgacctgccaggcggcactaacctgtctccggaattccacggcctg
actaaagaacaggcaccgaagtacgcatttagcgaaatcttcgcgccgtttactaagcaa
taa

All links

Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (18)   

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