Parvimonas parva: GAI15033_08030
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Entry
GAI15033_08030 CDS
T10920
Name
(GenBank) hypothetical protein
KO
K05515
penicillin-binding protein 2 [EC:
3.4.16.4
]
Organism
ppag Parvimonas parva
Pathway
ppag00550
Peptidoglycan biosynthesis
ppag01100
Metabolic pathways
ppag01501
beta-Lactam resistance
Brite
KEGG Orthology (KO) [BR:
ppag00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00550 Peptidoglycan biosynthesis
GAI15033_08030
09160 Human Diseases
09175 Drug resistance: antimicrobial
01501 beta-Lactam resistance
GAI15033_08030
09180 Brite Hierarchies
09181 Protein families: metabolism
01011 Peptidoglycan biosynthesis and degradation proteins [BR:
ppag01011
]
GAI15033_08030
Enzymes [BR:
ppag01000
]
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
GAI15033_08030
Peptidoglycan biosynthesis and degradation proteins [BR:
ppag01011
]
Peptidoglycan biosynthesis and degradation
DD-Transpeptidase (Class B PBP)
GAI15033_08030
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Transpeptidase
PBP_dimer
PBP_dimer_2
Imm33
Motif
Other DBs
NCBI-ProteinID:
BFT66227
LinkDB
All DBs
Position
complement(826313..829669)
Genome browser
AA seq
1118 aa
AA seq
DB search
MKIFDKNKLEKIKDRQLRYKIVYSVLFVLMSLLVIKLFHLTIITGDDYRNKADNNRLKDV
KITAPRGNIYDKNGNLLAGVKTSPAVQILKDEFNRLTKEEKIKKVDELITILNKDGASWD
TDDYFIGVNYFVYSSKVDYFTELKTPKEKVLDIIMENKLVEDILKLKIEKNSSSNFSYYI
IKNVIRDLQLKGIYIPSDFFDVDSGEIDFTKGKEYDEYAKDKDLSKGIYSHIADLIKDDK
SIIRKILEQPLSRKLIFDELKSKNLLGNIELSPLEDLNNYNFLLIKAELNKQNSKVTLET
SAKDDFYNMVRKFTLDKLLSYVKVDKDGKKIIPAEILLKKLEEKKLNANVEYTLVKDEND
KEKVQFSYKNEGNEDVEPLTYLISIAEENNLLYDFVLSDDIKFVAQEVNTENNIILKISI
TKKDFDYVYNINKKDIKNRYQIKDDYTAESLFTLLKKLYSIEELNDYSAYSYLVLSRKVE
LQGDKAYIPITLTYGISEPCISNIKEKFANNNGITVSMEPIRYYPNGELASHILGYIGKI
SQQDEIEKYNKEKGYSSDSFIGKTGVEESQEVSLKGKDGFKKVMVDNRGNRTETISETSA
VPGKNVYLSLDLNLQKTAEESLKRTLESIRGASEYKSKWGSYTPHQSYPNATSGAVVVLD
VKTGKVLALASYPAYDPNLFVTGISNSDWISLFPEDPRDFLAPRPLYNIATQSVSQPGST
FKLATSLSALEKGLDPSENINCQGVMDVGDTKFGCWIWNQYKQVHGNENLRTALRDSCNY
YFYALALGKDPKSNKKTGVKVEIEDLVKTVSELGLGERTGIEINIPRESKGVIPDSNTKK
SLTKIMLKQRLEKEIEKYILAGKNKDDYDFAKIIDTIVNWTEEEKVPSRTEVINRLKEMQ
LNAEEPVANSKVSLADMIKFDYLNQASWSNADSLNTVIGQGQNAYTPIQMARYMAMIANG
GQKLKTSVIEKIVSYDNKITSFQNNPETEKSSFNPRNLKYILEGMNMASKTSENGKIFKN
LPIEIGTKTGTAQKSGVNPVTGQAYDNYAWNVSFAPYNNPEIAIATVIFQGGAGAFCGPI
VRDIVGQYIDNKTESGENIQSDKKNDDNSGNGGNLVGD
NT seq
3357 nt
NT seq
+upstream
nt +downstream
nt
atgaaaatttttgataaaaataaattagaaaaaattaaagatagacaattaagatataaa
atagtttattctgttttatttgttttgatgtcattacttgttataaaattatttcattta
acaattataactggagatgattacagaaataaggctgataacaacagacttaaagatgtt
aaaataacagctccaaggggaaatatttatgataaaaatggaaatttgttagcaggggtt
aagacaagtcctgccgttcagattttaaaagatgaatttaatagattaactaaagaagaa
aagattaaaaaggttgatgaattaataactatacttaataaagacggcgcaagttgggat
accgatgattattttataggggttaattactttgtatattcttcaaaagttgattatttt
actgaattaaaaactccaaaagaaaaagttttagatataattatggaaaataaattagtt
gaagatattttgaaattgaaaatagaaaaaaattcctcttcaaatttttcatactatata
ataaaaaatgttataagagatttgcaacttaaaggaatatatatacctagtgattttttc
gatgttgatagtggagaaattgattttactaaaggaaaagaatatgatgaatatgcaaaa
gataaagacctttcaaaagggatatattcacatattgcagatttaataaaagatgataag
tcaattataagaaagattttagaacaacctctttcaagaaaattgatttttgatgaattg
aaaagtaaaaatcttttaggaaatattgaattaagtcctttagaagacttgaataattat
aactttttattgataaaagctgaattaaataaacaaaattctaaggttacattggaaaca
agtgctaaagatgatttttataatatggttagaaaatttactttggataagttgttgtct
tatgtaaaagttgataaagacgggaaaaaaataattcctgccgaaattttgcttaaaaaa
ttagaagaaaaaaaacttaatgcaaatgttgaatacactttagttaaagatgaaaatgat
aaagaaaaagttcaattttcttacaaaaatgagggaaatgaagatgttgaacctttaaca
tatcttatttccattgcagaagaaaataatctactttatgattttgttctatccgatgat
ataaaatttgttgctcaggaagtaaatacagaaaataatattattttaaaaatttctatt
actaaaaaagattttgattatgtatataatattaacaaaaaagatataaaaaacagatac
caaataaaagatgattatactgctgaaagtttatttacacttttaaagaaactttattca
atagaagaattgaatgattatagtgcatatagttatttggtattgagtagaaaggttgag
ttgcaaggagataaggcatatattccaattactcttacttatggaatatctgagccttgt
atatctaacataaaagaaaaatttgcaaataataacggtattactgtttcaatggaaccg
ataagatattatcctaatggagagttagcgtctcatatattgggatatattggaaaaatt
tctcaacaagatgaaattgaaaagtataataaagaaaaaggatattcttctgatagcttt
ataggtaagacaggagtagaggaaagtcaagaagtttctttaaaaggaaaagatggcttt
aaaaaggttatggttgataacagaggaaatagaacagaaactatttctgaaacttcagca
gttccaggaaaaaatgtatatttatctttagatttaaatttacaaaaaactgcagaagaa
tctttaaagcgtactttggaatcaattagaggtgctagtgaatataaaagcaagtgggga
agttatactcctcatcaaagctatcctaatgcaacaagtggtgcagtagttgtacttgat
gttaagactggaaaagttttagctcttgcaagttatcctgcttatgacccaaatcttttt
gtaacagggatttctaatagtgattggataagtttatttcctgaagaccctagagatttt
ttagcgccaagaccattgtataatattgcaacacaaagtgtttcacaaccaggttctact
tttaaattagccacttcattgtcagcgcttgaaaagggattggacccaagtgaaaatatt
aattgtcaaggtgtaatggacgttggtgatacaaagtttggttgttggatatggaatcaa
tataaacaagttcatggaaatgaaaatcttagaacagctttaagagatagttgtaactat
tatttttatgccttagctttaggaaaagaccctaagtcaaataagaagacgggtgttaaa
gttgagattgaagatttggttaaaactgttagtgaattaggacttggagaaagaactgga
attgaaataaacattccaagagaaagtaagggtgttattcctgattcaaatacaaaaaaa
tctttaacaaaaattatgcttaaacaaagattggaaaaagaaattgaaaaatatatttta
gctggaaaaaataaagatgattatgattttgctaaaataattgatacaattgtaaattgg
actgaagaagaaaaagttccatcaagaacagaggttattaacagattaaaagaaatgcaa
ttaaatgctgaagaacctgttgcaaattcaaaagtatctttagcagatatgataaagttt
gactatttaaatcaagcatcttggtctaatgcagactcactaaatactgtaatcggacaa
ggacaaaatgcatatactcctatacaaatggcaagatatatggcgatgattgcaaatggt
ggacaaaagttaaaaacttctgtaattgaaaaaattgttagctatgataacaaaataact
tcatttcaaaataaccctgaaactgaaaaatcaagttttaatcctagaaatttaaaatat
attttagaaggaatgaatatggcatcaaagacttctgaaaatggtaaaatcttcaaaaat
ttaccaatagaaattggtacaaagacaggaactgcacaaaagagcggagtcaatccagtt
accggtcaagcttatgataactatgcttggaatgtttcatttgcaccttataataatccc
gaaattgcaatagcaacagtaattttccaaggaggtgcgggtgcgttttgtggacctatt
gttagagatatagttggtcaatatattgataataaaacagaatccggagaaaatatacag
tctgacaaaaaaaatgacgataattcaggaaatggtggaaatttagttggagattag
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