Pseudobutyrivibrio xylanivorans: FXF36_12325
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Entry
FXF36_12325 CDS
T06217
Name
(GenBank) peptidoglycan glycosyltransferase
KO
K05515
penicillin-binding protein 2 [EC:
3.4.16.4
]
Organism
pxv
Pseudobutyrivibrio xylanivorans
Pathway
pxv00550
Peptidoglycan biosynthesis
pxv01100
Metabolic pathways
pxv01501
beta-Lactam resistance
Brite
KEGG Orthology (KO) [BR:
pxv00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00550 Peptidoglycan biosynthesis
FXF36_12325
09160 Human Diseases
09175 Drug resistance: antimicrobial
01501 beta-Lactam resistance
FXF36_12325
09180 Brite Hierarchies
09181 Protein families: metabolism
01011 Peptidoglycan biosynthesis and degradation proteins [BR:
pxv01011
]
FXF36_12325
Enzymes [BR:
pxv01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.16 Serine-type carboxypeptidases
3.4.16.4 serine-type D-Ala-D-Ala carboxypeptidase
FXF36_12325
Peptidoglycan biosynthesis and degradation proteins [BR:
pxv01011
]
Peptidoglycan biosynthesis and degradation
DD-Transpeptidase (Class B PBP)
FXF36_12325
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Transpeptidase
PBP_dimer
PSCyt2
Motif
Other DBs
NCBI-ProteinID:
QFJ55603
UniProt:
A0A5P6VSH3
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All DBs
Position
1:2736979..2739828
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AA seq
949 aa
AA seq
DB search
MEIIKDFFVNAFSSRIRVVSVVFGFFAAVLISRLFYLQIINGSEYQDNYNLKLEKTESIA
ATRGNIFDRNGNLLAYNELVYAVTIQDNGVYSSKKERSKSLNSEIATIITKLEKNGDSID
NSFPIVIDSSGNYQFMYSGNTLQRFRADIFGKTSIDDLEYNEKLGFDEATATPDQIIDYL
QGEKVYNISDEYNKKLRYEIMVVRYNMGQNSYQKYISTVIASDISEESVAFIEENVNELT
GVAVEQKSLRRYTDSEYFAHIIGYTGQISTDEYKERSATDDTVDTNDVVGKSGIEKYMND
YLSGTKGHETLYVDSVGNTIAKGDYLAAVSGNDVYLSIDMDLQKAAYILLEQEIAGILYS
KISNIKEYNASEHASSSDVVVPIYDVYYSLIGNGIIDTNAFKDENASATEKAVLSAFETK
QKAVLSTLKSQLTVNNEVIYSDLPREYQAYSTYIVTKLKSLGIFDSSLIDTSSDVQTSWT
SEQMAVNKYLIYAIEQNWIDITKYETEAKYADTEELYNDLVDYVIDYLSNDKSFQNLIYK
YLILDDGISGSQLCLILYDQGVLAEDEESYQALSSGRISSYEFLRSKIKSLELTPGQIAL
DPCSGSTVILDTKTGEVLAMVTYPGYDNNKLANSVDADYYSYLTNSAANPLYNYATQQRT
APGSTFKIVSSTAGLAENVITTTSEITDLGQYTKVSNKPKCWIYPSNHGSINVSEAIRDS
CNYFFYEVGWRLAGGDGNYDDIKGIDNIQKYASLYGLDEITGIEVEENSPHMATEYPVMA
AIGQSDNNYTTVGLARYAAAIASRGTVYNLTLLDSVRDSEGNVLESYSPSVRNQVDVLNG
GQWDAIHYGMRMVVESLSSFNNFSVEVAGKTGTAQQVKSRPNHALFIGFAPYNDPEVAIA
TRIAYGYTSHNAAAVSKDILSYYFGVSSTEELLSGEANTVSDSENEFTD
NT seq
2850 nt
NT seq
+upstream
nt +downstream
nt
ttggaaattattaaggacttttttgtaaatgcattttcttcacgtattcgcgtggtatca
gtggtgtttggctttttcgccgctgtccttatttcacgtcttttttatttgcagattatt
aacggtagcgaatatcaagacaactataatcttaaactagagaaaactgaatcaatcgcc
gctacacgtggcaatatttttgatagaaatggaaacctgttggcttataatgagctggtt
tatgctgttactattcaggataatggtgtctattctagcaaaaaggagagaagtaaatct
cttaattcagagattgctacaatcatcactaagcttgaaaagaatggtgattcaatcgat
aatagctttccaatagttattgactcttcggggaattatcaatttatgtattctggtaat
acccttcagagatttcgtgcagatatctttggaaagacaagcatagacgatttggaatac
aatgagaagcttggatttgacgaggctactgctactccggatcagattatagattatctg
caaggcgaaaaggtctataacatttctgatgaatacaataaaaagcttcgttatgaaata
atggttgtacgctacaacatgggccagaattcatatcagaagtatatctccactgtaatc
gcttctgatatttctgaggagtctgtagcattcatcgaagaaaatgttaatgagcttaca
ggtgtagctgttgagcagaaatctcttcgcagatatactgacagcgaatattttgcccat
attatcggctacactggacagatttctactgatgaatataaggagcgttcagccactgat
gataccgtagatactaatgatgttgttggtaaatccggtatcgaaaaatacatgaatgat
tatctgtcaggtacaaaggggcatgagacactttatgtagacagtgtaggaaatacaatt
gcaaagggagattacttggcagctgtttctggaaacgatgtatatctgtctattgatatg
gatttacagaaagcagcttacattcttcttgagcaggagattgccggcattctttattca
aaaatttcaaatataaaggaatataatgcatcagagcacgcatcatcatcagatgtagta
gttccaatatatgatgtttactattctcttattggaaatggaataattgatactaacgca
tttaaggatgaaaatgcttctgctacagaaaaggctgtacttagcgcttttgagactaaa
cagaaggctgttttatctacacttaaatcacagcttactgtaaataacgaagttatctac
agtgatttacctagagagtatcaggcgtactcaacatatatcgttacaaagcttaaaagt
cttggaatttttgactcatcgctcattgatacatcttcagatgttcagacaagctggact
tcagagcagatggctgtaaataagtatttaatttacgctatagagcagaactggattgat
attacaaagtatgaaacagaagcgaagtatgctgatactgaagaattatataatgatctt
gtagattatgttatcgactatctttcaaatgataagagtttccagaatctaatttataag
tatttgattttggatgatggcatatcaggttctcagctttgtttgatattatatgatcag
ggagttcttgccgaggatgaggaatcatatcaggcactatcaagtggaagaatatcttct
tatgagttcctgcgttctaagattaagagccttgagctcactcctggacagattgcctta
gatccatgctcaggttctactgtaattcttgataccaagactggcgaggttttggcaatg
gttacgtatcctggctacgacaataacaagcttgctaactctgttgatgctgattattat
tcgtaccttacaaatagtgcagccaatcctttgtataactatgctacacagcagagaact
gcgcctggttctaccttcaagattgtcagctctacagcaggtcttgcagaaaatgttatt
acaacaacttctgaaattaccgaccttggtcagtacacaaaggtgtctaataagcctaag
tgttggatttatccaagcaatcacggtagcatcaatgtttctgaggctattagagattct
tgtaactacttcttctacgaagtaggttggaggcttgccggaggcgatggcaattacgat
gatattaagggtattgacaatatccaaaaatacgcatccctttatggtttggatgagata
acgggtatcgaggtagaagagaactctcctcatatggccacagaataccctgtcatggcg
gcaattggtcagtcagataacaactatactacagttggtcttgcacgctatgctgcagca
attgccagcagaggaacggtatacaaccttacacttttggatagcgtaagggattctgag
ggtaatgttcttgagagctatagtccatcagtacgaaatcaggttgacgttcttaatggt
ggccagtgggatgctattcattatggtatgagaatggtagttgagtccctttcatctttc
aacaatttttctgttgaggttgctggaaagaccggtactgcccagcaggttaagagcaga
ccaaaccacgctttatttattggttttgctccatataatgatccagaagtagctattgca
acccgtattgcttacggatatacatctcacaacgcagcggctgtttcaaaggatatttta
tcttactactttggtgtttcttcaactgaagagcttcttagtggtgaggcaaatactgta
tcagattctgaaaatgagtttacagactag
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