Bacillaceae bacterium IKA-2: RJD24_16695
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Entry
RJD24_16695 CDS
T10990
Name
(GenBank) transglycosylase domain-containing protein
KO
K03693
penicillin-binding protein 1B
Organism
bbam Bacillaceae bacterium IKA-2
Pathway
bbam00550
Peptidoglycan biosynthesis
bbam01100
Metabolic pathways
bbam01501
beta-Lactam resistance
Brite
KEGG Orthology (KO) [BR:
bbam00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00550 Peptidoglycan biosynthesis
RJD24_16695
09160 Human Diseases
09175 Drug resistance: antimicrobial
01501 beta-Lactam resistance
RJD24_16695
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
bbam01003
]
RJD24_16695
01011 Peptidoglycan biosynthesis and degradation proteins [BR:
bbam01011
]
RJD24_16695
Glycosyltransferases [BR:
bbam01003
]
Polysaccharide
Bacterial polysaccharide (excluding LPS)
RJD24_16695
Peptidoglycan biosynthesis and degradation proteins [BR:
bbam01011
]
Peptidoglycan biosynthesis and degradation
Glycosyltransferase/DD-Transpeptidase (Class A PBP)
RJD24_16695
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Transgly
Transpeptidase
EF_EFCAB10_C
DUF3727
Motif
Other DBs
NCBI-ProteinID:
WNF36074
LinkDB
All DBs
Position
3448773..3451658
Genome browser
AA seq
961 aa
AA seq
DB search
MEDKHSNRRFSIKTIVDFLNERKFLKGFRITYQVVWNLLLFFFIGLVSVVLFVGGAGAGF
FASLVIDEPIRSTEEMRLDIYNYEEVTEFYFANDVYLGDLPSDLERREIDLKDVSKHLIN
AIIATEDEYFFEHEGIVPKAIFRATYQEFSNSSVQTGGSTLTQQLIKNQILTNEVSFDRK
AKEILLAMRLENFFEKEEILEAYLNVVPFGRNANGRNIAGAQSAALGIFGVAAKELSIPQ
AAYIAGLPQSPFGYTPFLSQGGGVKESLEPSLNRMKTVLTRMRDKGYITERQYKKALKYD
IRANLTERSPSIHEKYPHLTAEIIRRTEVILRDRLLEADGIKLTNIEDDDERKEKSNQYQ
LLASQEMRRNGYNIYTTIEKDIYDAHQEIAKDNSLFPQLRDSTGKPIEVGAVLLENKTGA
IKSFVAGRYSTEDDLLNRATQGGRPNGSTMKSILAYAPAFELGLVQPGSILPDTELIYGN
PPQTLTNWDDNYMGLLTVRESLQRSRNIPAVRSLGLVPTDYAQEKVREMGFNFNVVPSSA
LGPHNTTVEQNTVAYMALANGGNLIDSYMIEKIETKDGELIYEHKPKETKVYSEQTAYLV
TDILRDVLNVPGTASRLPAMLKFSSDIAGKTGTSNETRDSWFVGYNPNFTMGVWIGFDYN
ESMGKVTSIGSYTQGIWANLANAAYEIDRDFLLGSNEKFKMPSGIVSLSFCGISGLLPSE
LCREAGLVKTDLFNSKFVPNKVDDSLERVDYVMLKGEPYRAFENTPNVFTQNGIALKEGY
FSDESILEYLPENWGEIIPDRFPEDNGKTPAPISSAKLDGDRLNWSEHPEKNIIGYRVYQ
APNGSNVFNVINTVRSDKELSMKVNNGPYAYKVTAIDVRGRESPPSVSIISGDWQKELPK
PPKEIIPDKKTDEAPKDDEEENPGKPPKKEPKDDEKQNPGKPPKKEPKDDEDEVITEPID
D
NT seq
2886 nt
NT seq
+upstream
nt +downstream
nt
atggaagataaacattctaatcgacgattttcaataaagacaattgttgatttcttaaat
gaaagaaaatttttaaaaggctttcggataacttatcaagtagtttggaatctattgtta
tttttcttcattggacttgtttccgtggtgttatttgttggcggtgctggagctggattt
tttgcttctctcgttatcgatgaaccaattcgtagcacagaagaaatgagattagatatc
tataattatgaagaagtaactgaattctattttgctaatgatgtttacttaggtgacctt
ccttctgatttagaacgacgcgaaattgatctaaaagatgtttcaaaacatttaatcaat
gcaatcattgcaacagaagatgagtatttctttgaacacgaggggatcgtacccaaagct
atatttcgagcaacttatcaagaattttcaaactcttctgttcaaactggtggaagtact
ttgacacaacagttaataaaaaatcaaattttgacaaatgaggtttcatttgatcgtaaa
gctaaggaaatcttattggcaatgcgactagaaaacttttttgaaaaagaggaaatttta
gaagcgtatttaaatgtggttcctttcggacgaaatgcaaacggtagaaatattgccgga
gctcaatcagctgccctagggatttttggggtagcagcgaaagaattatcaataccacaa
gctgcatatatagcggggttaccgcagagtccatttggatacacaccatttttatcacaa
ggtggtggagtaaaggaaagtcttgaaccctcattaaacaggatgaaaactgttttaaca
agaatgagggataaaggttacattacagaaaggcagtataaaaaagcgttaaagtatgat
attagggctaatttaacagagcgttctccttccatccatgagaaatatccacacttaact
gctgaaataattcggcgaaccgaagtcattttaagagatagacttttagaagccgatggt
attaagctaacaaatattgaggatgatgatgaaagaaaagaaaaatcaaatcaatatcag
ctgttagcaagtcaagaaatgagacgtaatggctataatatctatactacaattgaaaaa
gacatctatgatgctcatcaagagattgccaaagacaactcattatttcctcaactaaga
gactcaacaggaaagcctattgaagttggtgcagtcttattagaaaacaaaactggggca
atcaaaagctttgttgctggaagatattctacagaagatgatctattaaatcgcgcaaca
caaggcggacgtcctaacggttcgacgatgaaatcaattcttgcctatgcacctgctttt
gaacttggacttgtccagcctggatcaatacttccagacacagaattgatttatggcaat
cctcctcagacattaacgaactgggatgacaactacatggggctacttacagtaagagag
tcgctacaacggtctagaaatattcccgcggttagaagtctaggtttggtacctaccgat
tatgcacaagaaaaggtacgcgaaatgggatttaattttaatgtagtaccatctagtgcg
ttaggtccccataacacaacagttgagcagaacaccgttgcatatatggcacttgcaaat
ggtggtaacttaatcgattcttacatgattgaaaagatcgaaaccaaagatggagaacta
atctatgagcataaacctaaagagacaaaggtatactcagaacaaacagcttatttagtc
actgatatattacgtgatgtattaaatgtaccaggaacagcctctcgcttacctgcaatg
ttaaaattcagttcggacattgctggtaaaacaggaacatcaaacgaaacccgtgactca
tggtttgtgggatataaccctaattttacaatgggtgtttggattggattcgattataat
gaatcaatggggaaagtaacaagtatcggaagttacactcaaggaatttgggcaaatctt
gcgaacgccgcttatgaaattgatcgcgactttctactaggttccaatgaaaaattcaag
atgcctagtggcattgtcagtctttcattctgtggcatttcaggactattaccttctgaa
ttatgtcgtgaagccggtttagtgaaaaccgatttatttaattcgaaatttgttcctaat
aaagtcgatgatagtttagagagagtcgattatgtgatgttaaaaggagaaccttaccgt
gcctttgaaaatacacctaatgtatttactcaaaatggaattgccttaaaagaaggttat
tttagtgatgaaagtattctggagtatcttcccgaaaattggggagaaattatcccagat
cgttttccggaagacaacggtaaaacacctgctccaatatctagcgcaaagcttgatggt
gaccgtcttaattggagtgaacaccctgaaaaaaacattatcggttatcgtgtatatcag
gcaccaaacggaagtaatgtctttaacgtgataaataccgttagatctgataaagaactt
tcaatgaaagttaataatggtccatatgcttataaggttactgcaattgatgtgagggga
agagaaagcccgccatcagttagtattataagtggcgattggcaaaaagaactaccaaaa
ccaccaaaagaaattattccagataaaaaaactgatgaagcaccaaaagacgatgaggaa
gaaaatcctggtaaacctccaaaaaaggaacctaaagatgatgaaaaacaaaatcctggt
aaacctcctaaaaaggaacctaaagatgatgaagatgaggtaattactgaacctattgat
gattaa
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