Melioribacter roseus: MROS_2798
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Entry
MROS_2798 CDS
T02176
Name
(GenBank) phosphoenolpyruvate synthase
KO
K01007
pyruvate, water dikinase [EC:
2.7.9.2
]
Organism
mro
Melioribacter roseus
Pathway
mro00010
Glycolysis / Gluconeogenesis
mro00620
Pyruvate metabolism
mro00680
Methane metabolism
mro00720
Other carbon fixation pathways
mro01100
Metabolic pathways
mro01110
Biosynthesis of secondary metabolites
mro01120
Microbial metabolism in diverse environments
mro01200
Carbon metabolism
Brite
KEGG Orthology (KO) [BR:
mro00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
MROS_2798
00620 Pyruvate metabolism
MROS_2798
09102 Energy metabolism
00720 Other carbon fixation pathways
MROS_2798
00680 Methane metabolism
MROS_2798
Enzymes [BR:
mro01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.9 Phosphotransferases with paired acceptors
2.7.9.2 pyruvate, water dikinase
MROS_2798
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SSDB
Ortholog
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Gene cluster
GFIT
Motif
Pfam:
PPDK_N
NTP_transf_2
Polbeta
MTPAP-like_central
Motif
Other DBs
NCBI-ProteinID:
AFN76028
UniProt:
I7A488
LinkDB
All DBs
Position
complement(3228959..3232156)
Genome browser
AA seq
1065 aa
AA seq
DB search
MTAENKPIEILMTELQERTKELNCLYTIEDTLNRSEISLRQAFHTVINTIPSAFLYPNYC
KSRIIYGDIVYQTEEFPESKWMISEDIKVQDKTVGRIEVYYLEGVPAKDGSPFLKEEVRL
IKTIADRLGHFILHNKLKNVINELQTVRQSVGKTARGEWKVVLDMIRKTDPNLFMSLMRK
LLHLLCWKGVEEAELLMKHTSIARKIKIGLNDDVEKEDENKPTKVERIVNYDEYVDTIQR
LADENLPDEVILSKIQKWIQEDKSSALIKVVDNQDTSLTEIAEALRKYYHLAPEKFELPP
QTIKGLRVSLLRRFFTDQLSFISIAKEYVKLTDFYKLIDKMIFPPQSHGKLGGKSAGLFV
ASHILRKEASNNDLLKNIKVPNTWYITSDGILNFMQHNNLEEVLEQKYKEIEEVRIEYPH
IVQLFKNSEFPPDIVKGLSVALDDFGDVPLVVRSSSLLEDQMDASFSGKYKSLFLANQGS
KAERLAALMDAIAEVYASTFSPDPIEYRAERGLLDFHEEMGIMIQEVIGKRVGDYFIPAY
AGVAFSVNEFRWSPRIKREDGLLRIVPGLGTRAVDRLSDDYPILISPGQSSIRVNVTPEE
VIRYSPKKVDVINLKTNEFETIELEKLLKEIKRDYPAFDHVFSVLDGGMIRMPSIMDDDK
SDYVVTFEGLFAKTDFLKKMDTILKTLQARMKTPVDIEFVSDGNDLYLLQCRPQSRSRET
SGDPIPKDIPEEKILFNAKKFVSNGKVPEITHIVYVDPQKYSEITDRNKLLKVGRVIGKL
NKILPKRKFILLGPGRWGSRGDIKLGVSVTYSDINNTAMLIEIARKKGNYIPDVSFGTHF
FQDLVEANIKYLPLYPDDPGIIFNEKFFNESKNILSEILPEYFYLEDTIKVIDVPASKEG
MILRVLMNADLEEAVAIFADPTNEVINETEIKTEVENYSPSDHWRWRLKIAENLAQELDA
DKMGVKGIYLFGSVKNAVSGPGSDIDLIIHIDENKCPRKELAAWLEGWSLCLSQINYMRT
GIKSDGLLDVHFITDEDIKNKTSYAVKINALTDAAKPLKVIEKSD
NT seq
3198 nt
NT seq
+upstream
nt +downstream
nt
atgactgcggaaaataaacctatcgaaattttaatgactgagttgcaggaaaggactaaa
gaattaaattgcctttacacaatcgaagatacattaaatcgctctgaaatttctctcagg
caggctttccatacggtaattaatacaatcccgtcggcttttctctacccgaattattgt
aaatcccgaataatatacggagatattgtctatcaaacggaagaatttcccgagagcaaa
tggatgatatccgaagatattaaagtacaggataaaacggtcgggcgcatagaagtctat
tacctcgaaggcgtgcctgccaaggacggcagtcctttcctgaaagaagaagttcgttta
attaaaacgatagcagacagattgggacatttcatactccataataaattgaagaacgta
attaacgaacttcaaacagttcgtcaatctgtcggaaaaacggcgcggggcgaatggaaa
gttgtgctcgatatgatacgcaaaaccgatccgaatctgttcatgagcttaatgaggaaa
ttactccatctcttgtgctggaaaggcgttgaagaagcggaattactgatgaaacatacg
agcattgcccgtaaaattaaaatcggtttgaacgacgacgtcgaaaaagaagacgaaaat
aaacctaccaaagtagaacggattgtaaattacgacgaatatgtcgataccattcaacgt
ctggcagacgagaatctgcccgacgaagttattttgagtaaaattcagaaatggattcag
gaagataaatcgagcgcgcttattaaagtggtcgataatcaggatacctctttaacggaa
attgcagaagcgctcagaaaatattatcatcttgctcccgaaaaattcgagctgccgccg
caaaccataaaaggcttacgcgtgtccttgctccgcagattttttaccgatcaactgagt
tttatttcgattgcaaaagaatacgttaaactgacggatttttataagttgatcgataaa
atgatttttccgccgcaaagtcatggtaaacttggaggcaagagcgcagggctttttgta
gcttctcatattttacgaaaagaggcttcgaacaatgacttactgaaaaatattaaagta
cctaatacttggtatattacttccgatggaattcttaattttatgcagcataataattta
gaggaagtgcttgaacaaaaatataaggaaatagaagaagtcagaatcgaatatcctcat
atagttcagttatttaaaaattcggaatttccgccagatatcgtaaagggtttgtctgta
gcattggatgatttcggggatgttccgcttgttgtacgaagctcgagtctgctggaggat
cagatggatgcttcgttttcgggtaaatataagagtttgtttttggcgaatcaggggagc
aaggctgaacgtcttgcggcattaatggatgccattgcggaagtgtacgcttcgaccttc
agtcccgacccgatcgaatacagagccgagagggggcttcttgatttccatgaagaaatg
gggatcatgattcaggaagtgattggaaaacgcgtaggggattattttattccagcctat
gcaggcgtagcgttcagcgttaatgaattcaggtggtcgcccagaataaaaagagaagac
ggactcttgagaatagttcccggtctcggcaccagagccgtcgacagactgagcgacgac
tatccgattttaatttcgccgggtcagtcctcaatcagagtcaatgtcactcccgaagaa
gtaatccgttattctcccaaaaaggtggacgttatcaacttaaagacgaatgaatttgaa
acgattgagctggaaaaattattaaaggaaattaaaagagattacccggcattcgatcat
gttttttcggttctcgacggaggtatgatacgaatgccttccataatggacgacgataaa
agcgattatgtggtcactttcgaaggtctttttgcgaaaacggattttctcaagaaaatg
gatacgatattaaagacattacaggcaagaatgaaaactccagtcgatatagaatttgtt
tccgacggtaacgatttgtatttgcttcagtgccgacctcaaagcagaagccgcgaaaca
tcgggcgatcctattccgaaagatattccagaggagaaaatacttttcaacgcaaaaaaa
tttgtttcaaacgggaaggtgccggaaataactcacattgtttatgtcgatcctcaaaaa
tactctgaaataacggacagaaataaattattgaaagttggcagggttatcgggaaattg
aataaaatccttccgaaacgaaaatttattctgctcgggcccggcagatggggaagtcgc
ggggatattaaactgggcgtcagcgttacttattccgacattaacaatactgccatgtta
atcgaaatcgcacgtaaaaaagggaactatatcccggatgtgtctttcggcactcacttt
ttccaggatcttgtagaggctaatataaaatatctgcctctttatccggacgatccgggt
attattttcaacgagaaatttttcaatgaatctaaaaatatcctttcggaaatattgccg
gagtatttctatctggaagatactataaaagtaatcgacgttcccgcatcaaaagaagga
atgattctgcgtgtattgatgaacgccgatcttgaagaagccgtcgccatatttgccgat
ccgactaacgaagtaattaacgaaaccgaaataaagaccgaagtagaaaattacagtccc
agcgatcattggcgatggagactgaaaatagcggaaaatcttgcacaggaattggatgcc
gataaaatgggagtaaaaggaatctatttgttcggcagcgttaaaaatgcagtttcgggt
cccggcagcgatatcgaccttattattcatatcgacgagaataaatgtccgcgaaaagaa
ctggcagcctggcttgaagggtggagcttatgcttgagccaaattaactatatgcgtact
ggtataaaatccgacggactcctcgatgtgcattttattaccgacgaggatattaaaaat
aaaacgagttatgcagttaagataaacgctcttacggacgccgctaaaccattaaaagta
attgaaaaatcagattag
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