Bacillus thuringiensis YBT-1518: YBT1518_12660
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Entry
YBT1518_12660 CDS
T02930
Name
(GenBank) penicillin-binding protein 1A
KO
K05366
penicillin-binding protein 1A [EC:
2.4.99.28
3.4.16.4
]
Organism
bthu
Bacillus thuringiensis YBT-1518
Pathway
bthu00550
Peptidoglycan biosynthesis
bthu01100
Metabolic pathways
bthu01501
beta-Lactam resistance
Brite
KEGG Orthology (KO) [BR:
bthu00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00550 Peptidoglycan biosynthesis
YBT1518_12660
09160 Human Diseases
09175 Drug resistance: antimicrobial
01501 beta-Lactam resistance
YBT1518_12660
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
bthu01003
]
YBT1518_12660
01011 Peptidoglycan biosynthesis and degradation proteins [BR:
bthu01011
]
YBT1518_12660
Enzymes [BR:
bthu01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.99 Transferring other glycosyl groups
2.4.99.28 peptidoglycan glycosyltransferase
YBT1518_12660
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
YBT1518_12660
Glycosyltransferases [BR:
bthu01003
]
Polysaccharide
Bacterial polysaccharide (excluding LPS)
YBT1518_12660
Peptidoglycan biosynthesis and degradation proteins [BR:
bthu01011
]
Peptidoglycan biosynthesis and degradation
Glycosyltransferase/DD-Transpeptidase (Class A PBP)
YBT1518_12660
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Transgly
Transpeptidase
MMADHC
Motif
Other DBs
NCBI-ProteinID:
AHA71711
UniProt:
A0A9W3KBE6
LinkDB
All DBs
Position
2485413..2488373
Genome browser
AA seq
986 aa
AA seq
DB search
MSENYRSREERRQVKKKKQPASKTQKPKGKTSFFRKFLITCLLLGIVGLVAGVATFFVMI
KDAPKLEKAKLVNPLSSKIYDKNGDLVYEYGKEKRTNVTYEQIPKLVENAFLATEDSRFY
EHSGVDFKGTARAVLVSLKGDYGSQGGSTITQQVIKNYFLSMDKTPKRKAQEIYLAYKLE
QQYSKHEILEMYLNKINLGNRSYGIATAAQNYYGKELKDLTLPEVAMLAGLPKAPNNYDP
TKKENVQKATERRNVVLSLMNRHGYITKQEMEEAIKVDVEKGLKPATQLQTMPYPAFMDA
VVKEVEKELPDANIGSDGLEIYTTLDPKAQKLADNILNNNIIDYPNDKFQGAFTFMDTKT
GEVRAIGSGRGENKAVFKGHNMAIELDRAAGSTMKPIFDYAPAIEYLKWATYHQIDDSPF
KYSTGQEVRNADRSHMGPITMREALKMSRNIPAIKTAKEVGISKSKEFSEKLGITFNTAP
TESTAIGTNEVSPTEIAGAYAAFGNEGKYTKPHFVKKVVYPDGKSQSFGQKPKQVMTDST
AYMITDMLRSVVTSGTGTSANVGSLDVAGKTGTTNYSSKQLAQYKIPESATRDSWFAGYT
PQYTMAVWTGYMKDGKDEYISSKNTKIAQLIFKEMMSEMATDKSRFKMPSSVIQEGSELR
IKGEKRDSSPNTSVPDTTEQPKQDQQQKTEEEKKQEELKKQEELKKQEEQKKQEELKKQE
EQKKLEEQKKQEEQNNGNGQGTTPPANNGGGQGNTTPPANNGGGQGNTTPPANNGGGQGN
TTPPANNGGGQGNTTPPANNGGGQGNTTPPANNGGGQGNTTPPANNGGGQGNTTPPANNG
GGQGNTTPPANNGGGQGNTTPPANNGGGQGNTTPPANNGGGQGNTTPPANNGGGQGNTTP
PANNGGGQGNTTPPANNGGGQGNTTPPANNGGGQGNTTPPANNGGGQGNTTPPANNGGGQ
GNTTPPATTQPETDGNAGETPANNGQ
NT seq
2961 nt
NT seq
+upstream
nt +downstream
nt
atgtcagaaaattatcgttctcgagaggaacgacgacaagttaaaaagaaaaaacaacca
gcttctaaaacacaaaagccaaaaggtaaaacatcattctttcgcaagtttttaattact
tgtttattacttggtattgttggtttagtggcgggggttgctacctttttcgtaatgatt
aaggatgcaccaaaacttgagaaagcaaaacttgttaatccgttatcctcaaaaatttat
gataaaaacggggatttggtatatgaatatggaaaagaaaaaaggacgaatgttacgtat
gagcaaatacctaaattagtagaaaatgcatttttagcgacagaagattcacgtttttat
gagcatagcggagtagattttaaaggtactgcccgtgctgttctagtaagtcttaaaggg
gattatggttctcaaggtggaagtacgataacacagcaagttattaaaaactacttctta
tcaatggacaaaacaccaaagcgtaaggcgcaagaaatatatttagcttataagctagaa
caacagtattcaaaacatgaaatattagagatgtacttaaataaaattaacttaggaaac
cgttcatatgggatcgcaacagcagcacaaaactactatggtaaagaattgaaggactta
acattaccagaagttgcgatgcttgcaggtttaccgaaagcaccgaataactatgatcca
acgaaaaaagaaaatgttcaaaaagcaacagaaagaagaaatgttgttctaagtttaatg
aaccgacatggatatataacaaaacaggaaatggaagaagcaataaaagttgacgtagaa
aagggactcaagcctgcaactcaactacaaacaatgccataccctgcatttatggatgca
gttgtgaaagaagtagaaaaagaattaccagatgctaatatcggttctgacggtttagaa
atttatacaacgttagatccgaaagcacagaaacttgctgataatattttaaataataat
atcattgattatccgaacgataaattccaaggtgcattcacatttatggatacgaaaaca
ggagaagttcgtgctataggtagtggccgtggagaaaataaagctgtatttaaagggcat
aatatggcaattgaattagatcgtgcagctggttcaacgatgaagccgattttcgactac
gctcctgcaattgaatatttaaaatgggctacgtaccatcaaattgatgactctccattt
aagtattcaacgggacaagaagtacgaaatgcagatagaagtcatatgggtccaattaca
atgcgtgaagcattaaaaatgtcgcgtaatattcctgcaattaaaactgcaaaagaagta
gggattagtaaatcaaaagaattctctgagaaactaggtattacatttaatacagcaccg
acagaatcgacagcgattggtacaaatgaagtatcgccaactgaaatagcgggtgcttat
gcggcatttggtaatgaaggtaaatatacgaaaccgcattttgttaagaaagtcgtttat
ccagacggtaagtcacaaagttttggacaaaaaccaaaacaagttatgacagattctacc
gcatacatgattactgatatgcttcgttctgtagttacatctggtactggtacatcggca
aatgtaggctccttagatgtagctggtaaaacgggtacgacaaactattcatcaaagcaa
ttagctcaatataaaattccagaaagtgcaactcgtgatagttggttcgctggatataca
ccgcaatatacgatggcagtatggactgggtatatgaaagatggtaaagacgagtatatt
agtagtaaaaatacgaaaattgcacagttgatctttaaagaaatgatgagcgaaatggct
acagataaatcacgctttaaaatgccaagtagtgttattcaagaaggtagtgagctacgt
ataaaaggtgaaaaacgtgattcatcgccaaatactagcgtaccggatacaacggagcaa
ccaaaacaagatcaacagcaaaaaactgaagaagagaaaaagcaagaagaattaaagaaa
caagaagaactgaaaaaacaagaagaacaaaagaaacaagaggaacttaagaagcaagaa
gaacaaaagaaactagaagagcaaaagaaacaagaagaacaaaataatggaaatggccaa
ggaacgacacctccagcaaataacggaggaggtcaaggaaatacgacacctccagcaaat
aatggaggaggtcaaggaaatacgacacctccagcaaataatggaggaggtcaaggaaat
acgacacctccagcaaataatggaggaggtcaaggaaatacgacacctccagcaaataat
ggaggaggtcaaggaaatacgacacctccagcaaataatggaggaggtcaaggaaatacg
acacctccagcaaataatggaggaggtcaaggaaatacgacacctccagcaaataatgga
ggaggtcaaggaaatacgacacctccagcaaataatggaggaggtcaaggaaatacgaca
cctccagcaaataatggaggaggtcaaggaaatacgacacctccagcaaataatggagga
ggtcaaggaaatacgacacctccagcaaataatggaggaggtcaaggaaatacgacacct
ccagcaaataatggaggaggtcaaggaaatacgacacctccagcaaataatggaggaggt
caaggaaatacgacacctccagcaaataatggaggaggtcaaggaaatacgacacctcca
gcaaataatggaggaggtcaaggaaatacgacacctccagcaaataatggaggaggtcaa
ggaaatacaactccaccagcgaccacacaaccagagactgacggtaatgcaggagagacc
cctgctaataatgggcaataa
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