Xylanibacter ruminicola: PRU_2883
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Entry
PRU_2883 CDS
T01212
Symbol
dxs
Name
(GenBank) 1-deoxy-D-xylulose-5-phosphate synthase
KO
K01662
1-deoxy-D-xylulose-5-phosphate synthase [EC:
2.2.1.7
]
Organism
pru
Xylanibacter ruminicola
Pathway
pru00730
Thiamine metabolism
pru00900
Terpenoid backbone biosynthesis
pru01100
Metabolic pathways
pru01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
pru00001
]
09100 Metabolism
09108 Metabolism of cofactors and vitamins
00730 Thiamine metabolism
PRU_2883 (dxs)
09109 Metabolism of terpenoids and polyketides
00900 Terpenoid backbone biosynthesis
PRU_2883 (dxs)
Enzymes [BR:
pru01000
]
2. Transferases
2.2 Transferring aldehyde or ketonic groups
2.2.1 Transketolases and transaldolases
2.2.1.7 1-deoxy-D-xylulose-5-phosphate synthase
PRU_2883 (dxs)
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GFIT
Motif
Pfam:
DXP_synthase_N
Transket_pyr
Transketolase_C
TPP_enzyme_C
E1_dh
Transketolase_N
Motif
Other DBs
NCBI-ProteinID:
ADE82018
UniProt:
D5EYT9
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All DBs
Position
complement(3551222..3553120)
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AA seq
632 aa
AA seq
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MEKTEFTLLNKIQTPDDLRKLKVDELPQVCDELRRDIIEEVAVNPGHLASSLGVAEITVA
LHYVYNTPEDRIVWDVGHQAYGHKILTGRKDRFCTNRKLGGIKPFPSPEESEYDTFACGH
ASNSVSAALGMAVAAELEGKHNRHVVAVIGDGALSGGLAFEGLNNVSSSPNNLLIILNDN
NMSIDRSVGGMKQYLLNLSTNETYNAIKFKTARWFNRHGMLNDDRKKGLIRLTNAMKSAI
SHQQNIFDGMNIQYFGPFDGHNVKELVRILSQLKNMTGPKLLHLHTKKGHGYAPAEKDVT
VWHAPGKFNPDTGERLVDNDPTKPQKYQDVFGHTLLELAKQNPKIVGVTPAMPSGCSMNI
MMKEMPERTFDVGIAEGHAVTFSGGMAKDGLLPFCNIYSAFAQRAFDNIIHDVALLNLNV
VFCFDRSGLVGEDGATHHGAFDLAALRPIPNLTISSPLDEHELRRLMYTAQLPNKGPFVI
RYPRGGGELQDWRCPLEEIKVGTGRKLHDGDDIAVLSIGPIGNNVTRAIEQLSIINCQLS
IAHYDMRFLKPIDESILEEVGKKFKKVITVENGVRQGGLGSAVLEWMNDHGYAPKVTRLG
LPDNFVEHGTVKELQHIVGIDEEGIKKAILEA
NT seq
1899 nt
NT seq
+upstream
nt +downstream
nt
gtggaaaaaactgagtttactcttttaaataagatccagacacctgatgatttgagaaaa
ctaaaggtggatgaattgccacaggtttgcgacgaactgcgacgcgacatcattgaagaa
gtggcagtgaaccctggacacttagcctcgagtttgggtgtggccgaaattacggttgca
ctacattacgtatataacacccccgaagacagaatagtttgggacgtgggacaccaggct
tacggacataagattctgactggccgtaaagaccgattctgcaccaaccgtaagttgggc
ggaattaagcctttcccatcgcccgaagagagcgagtacgacacctttgcctgcggacac
gccagcaactcggtatcggcagccttgggtatggccgtagcagctgaactggagggcaag
cacaaccgccatgtggtggctgtgattggcgacggtgcactgagcggcggactggctttt
gagggactgaacaatgtttcgagcagccctaacaacctgctgatcatactgaacgataac
aacatgagtatcgaccgcagtgtgggcggcatgaagcagtatctgctgaacctgagcacc
aacgagacgtataacgccattaagtttaagacggcacgctggtttaaccgtcacggtatg
ctgaacgacgaccgcaagaaaggcctgatacgactgacaaacgccatgaagagcgccatc
agtcaccagcagaacatttttgacggtatgaacatacagtacttcggaccgtttgacgga
cacaacgtgaaggaactggtgcgcatactgagtcagctgaagaatatgaccggacccaaa
ctgctgcacctgcacaccaagaagggacatggctatgcacctgccgagaaggatgtgacg
gtatggcacgcaccgggcaagtttaaccccgacactggtgagcgcctggtggacaacgac
cccaccaagccacagaaataccaggatgtattcggacacacgctgctggaactggctaag
cagaacccaaagattgtgggtgtgactcctgcgatgcccagcggctgctcgatgaacatc
atgatgaaagagatgcccgaacgcacgtttgacgtgggtatagccgagggacacgccgtg
acattcagcggcggtatggccaaagatggactgctgcccttctgcaatatctacagcgcc
tttgcgcagcgtgcattcgacaatattatacacgacgtggcactgctgaacctgaacgtg
gtgttctgctttgaccgctcgggactggtgggcgaggatggtgccacacaccatggtgcc
tttgacctggctgccctgcgccccataccaaacctgacgattagctcgccactggatgag
cacgagctgcgacgactgatgtacaccgcccagctgcctaacaagggtccgttcgtgata
cgctatccacgtggtggcggcgagctgcaggactggcgatgcccactggaggagataaag
gtgggtaccggacgtaaactgcacgacggcgacgacatagctgtactgagcattggcccg
attggcaataatgtcaccagagcgatagaacaattgtcaattatcaattgtcaattatca
attgcacactacgacatgcgattcctcaaaccgattgatgaatcgattctggaagaggta
ggcaagaagtttaagaaggtgattaccgttgagaacggtgtacgccaaggcggactgggt
agcgctgtgctggagtggatgaacgatcacggttacgcaccaaaggtgacacgactggga
ctgcccgacaactttgtggagcacggcaccgtaaaggagctgcagcacattgtgggcatt
gacgaagaaggcattaagaaagctattttggaggcatga
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