Anaplasma marginale Florida: AMF_145
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Entry
AMF_145 CDS
T00855
Symbol
ppdK
Name
(GenBank) pyruvate, phosphate dikinase precursor (ppdK)
KO
K01006
pyruvate, orthophosphate dikinase [EC:
2.7.9.1
]
Organism
amf
Anaplasma marginale Florida
Pathway
amf00010
Glycolysis / Gluconeogenesis
amf00620
Pyruvate metabolism
amf00710
Carbon fixation by Calvin cycle
amf00720
Other carbon fixation pathways
amf01100
Metabolic pathways
amf01110
Biosynthesis of secondary metabolites
amf01120
Microbial metabolism in diverse environments
amf01200
Carbon metabolism
Module
amf_M00169
CAM (Crassulacean acid metabolism), light
Brite
KEGG Orthology (KO) [BR:
amf00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
AMF_145 (ppdK)
00620 Pyruvate metabolism
AMF_145 (ppdK)
09102 Energy metabolism
00710 Carbon fixation by Calvin cycle
AMF_145 (ppdK)
00720 Other carbon fixation pathways
AMF_145 (ppdK)
Enzymes [BR:
amf01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.9 Phosphotransferases with paired acceptors
2.7.9.1 pyruvate, phosphate dikinase
AMF_145 (ppdK)
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Gene cluster
GFIT
Motif
Pfam:
PEP-utilizers_C
PPDK_N
PEP-utilizers
Motif
Other DBs
NCBI-ProteinID:
ACM49029
UniProt:
B9KHR7
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Position
complement(163075..165729)
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AA seq
884 aa
AA seq
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MSELLIYHFSKSKCDGGSHLANLLGNKGAGLAEMCRIGINVPPGFTIPTSVCGHYHKHGK
LPEGLFQQLQKALQHLGNEISLEFGNPDRPLLVSVRSGSVRSMPGMMDTILNVGINDEIV
EGLKRAYSERFAYDSYRRLIQMYATTVMQLDNHLFEEGYDRKCRELSLLPGGPIADVSAL
SELVTEFKHLVLKHGGAEFPQNVHEQLYNAIGAVFRSWMNSRAVAYRKVYGISSEIGTAV
NVQSMVFGNVSQNSATGVVFTRNPSTGAKEIFGEFLINAQGEDVVSGNKDPAPISLMERV
MPRVYGELVEVCHKLEQSYKDMQDVEFTVQDGKLWILQTRAGKRSAQAAVHLAVAMVKEG
LISREEAINRIDHTTLSGLLHPVLDGGSDNAVVCRGLPASPGAASGCVAFTSSDAESLKK
QGKNVILVRQETSPEDIGGMSSSAGILTLRGGMTSHAAVVARGMGKPCICGTSGLFIDKS
GEFFYNGEGLKVAQGENITINGSTGEVMLGTVKTVTPQLPESFSELMSWVDEVRTIGVMA
NADTPEDMKTAKQFGADGVGLCRTEHMFFSDGRIATVQEMIVAGDKQERDNALAKIEIMQ
KNDFKEMFACMQGKQITIRLLDPPLHEFLPTSREVLEDIAKRIGKPLEHVRNRVSALSEK
NPMLGHRGCRLAISYPEIYEMQVRAIFQAVGELREEGIAEVVPEIMVPFVMDEGEITRVG
DLVRRVAEQFNNAPYSIGVMIELPRAALLADRLAKHVQFFSFGTNDLTQTTLGMSRDDSS
KFVEHYTSAGILRSDPFELLDEQGVGKLIEITMKLARESGAKIKTGMCGEHGGTLEAMQL
CAKLGIDYVSCSPYKVPVAKLLAAKCAIACKQLTLSNGAVTQSS
NT seq
2655 nt
NT seq
+upstream
nt +downstream
nt
atgagtgaactgttgatttaccacttcagcaaaagcaagtgcgatggtggctcgcatttg
gcaaacttgcttggtaacaagggggcaggtttggctgaaatgtgcagaattggcatcaac
gttcctcccggttttacaatcccaacatcagtgtgtgggcactatcacaaacatggaaag
ctccctgaaggcctgtttcaacaattacaaaaagctttgcaacatttgggcaacgaaata
tcgctggaatttggcaatcccgatcgtccactgttggtgtccgttcgttcaggtagtgtc
cggtccatgcccggcatgatggacactatactaaatgtggggataaacgacgaaattgtg
gaagggttgaagcgggcttattcggaaaggttcgcgtatgacagctacagaaggctgata
cagatgtacgccactacggtaatgcagctggacaaccacctgtttgaagaagggtatgac
agaaaatgccgagagctgtctctgctgccgggtggaccaatcgctgacgtttcagcgctg
tcagaactggtcacggaatttaagcacttagtgctcaaacacgggggcgcggagttcccc
cagaacgtacatgaacagctatacaacgctatcggagcggtttttaggtcctggatgaac
agtagagcagttgcctacagaaaggtgtatgggatttcatccgaaattggtactgcagtc
aacgtgcaatccatggtatttggcaacgttagccaaaactctgcaaccggtgtggtattc
acaagaaacccatccacaggcgctaaggagatttttggagagtttctcataaacgcgcag
ggggaggatgtagtatctggcaacaaggatccggcccctataagcctcatggagcgagtg
atgccgcgcgtctacggggagctagttgaggtgtgccacaagttagaacaatcctacaaa
gacatgcaagacgtcgaattcaccgtacaagacggcaagctgtggattttgcagacaaga
gcaggcaagcgcagcgcgcaggctgcagtacaccttgctgttgctatggtcaaggagggg
ttaatttcaagagaggaggccataaacaggatagaccataccacactgagcgggttatta
cacccagtattggacggtgggtctgacaacgccgtggtctgcagggggttgcctgcatct
ccgggggcggcgtccggatgcgttgcatttacatcaagtgatgcggagtcactaaaaaag
cagggaaaaaacgtaatactggtacggcaagaaaccagcccggaagacataggcggcatg
agcagttctgcaggaatactaacgttgagaggcgggatgacgtctcatgctgcggttgtg
gcccgaggcatgggaaagccctgcatttgcggaactagtggcctttttatcgataagagc
ggagagtttttttacaatggagaagggttaaaggtcgcccaaggggagaacattaccata
aacggcagtaccggagaggtgatgttaggtacggtcaaaaccgtgacaccgcaacttcct
gaaagctttagcgaactgatgagttgggtagatgaggtcagaaccataggggtgatggca
aatgcagataccccagaagatatgaaaactgcaaaacaattcggggccgacggcgttgga
ttgtgcaggacggagcacatgtttttctccgacgggagaatagcaaccgtacaggaaatg
atagtagcaggtgacaagcaagaacgggacaatgcgctggcgaaaatagagatcatgcaa
aagaacgactttaaggagatgttcgcatgtatgcagggcaagcaaatcaccataaggttg
ctggaccctccgttacatgaatttttgcccaccagccgcgaagtgttggaagacattgcg
aaaaggatcggcaaacccctggagcacgtacgcaacagggtgtccgcattgtctgagaaa
aacccaatgctgggtcacagaggttgcaggttggcaatttcctatccggaaatctacgaa
atgcaggtacgggcgatttttcaagctgtaggggagctgcgcgaggaagggatagcagaa
gtcgtgccagaaattatggtaccttttgtaatggacgagggagaaataacccgggtgggc
gatctggtgcggcgcgttgccgagcaatttaacaacgcaccatatagtatcggggttatg
attgagctccccagggctgcactacttgccgacaggttggcaaaacacgtgcagtttttc
agcttcggcacgaatgacctaacacaaacaacgctgggcatgtctcgggatgactcttca
aagttcgtcgaacattacacaagcgctggcatactgcgttctgacccctttgagctcctt
gatgaacagggagtgggcaagttgatagagattaccatgaagcttgcgcgagaatccggc
gcaaaaattaagactggaatgtgtggggagcacggcgggacgctggaagccatgcagctg
tgtgccaaactgggcatcgattacgtatcttgctctccctataaggtgcccgtggcgaag
cttctagccgctaagtgcgcaattgcttgcaagcagctgacattgtccaacggggcagtc
acccaaagctcgtga
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