Macrococcoides bohemicum: HT586_05015
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Entry
HT586_05015 CDS
T07164
Name
(GenBank) pyruvate carboxylase
KO
K01958
pyruvate carboxylase [EC:
6.4.1.1
]
Organism
mboe
Macrococcoides bohemicum
Pathway
mboe00020
Citrate cycle (TCA cycle)
mboe00620
Pyruvate metabolism
mboe01100
Metabolic pathways
mboe01120
Microbial metabolism in diverse environments
mboe01200
Carbon metabolism
mboe01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
mboe00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
HT586_05015
00620 Pyruvate metabolism
HT586_05015
Enzymes [BR:
mboe01000
]
6. Ligases
6.4 Forming carbon-carbon bonds
6.4.1 Ligases that form carbon-carbon bonds (only sub-subclass identified to date)
6.4.1.1 pyruvate carboxylase
HT586_05015
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PYC_OADA
CPSase_L_D2
Biotin_carb_N
Biotin_carb_C
HMGL-like
Biotin_lipoyl
ATP-grasp
Dala_Dala_lig_C
ATP-grasp_3
Biotin_lipoyl_2
RimK
HlyD_D23
HlyD_3
RnfC_N
ATPgrasp_ST
ATP-grasp_4
GARS_A
NQRA
YqfD
ATPgrasp_Ter
GCV_H
Motif
Other DBs
NCBI-ProteinID:
QRN49552
LinkDB
All DBs
Position
964756..968193
Genome browser
AA seq
1145 aa
AA seq
DB search
MKRINKLLVANRGEIAIRIFRAATELDIPTVAIYSKEDKGSLHRYKADESYLVGEDIGPT
ESYLHIERIIEIAKKCGANAIHPGYGFLSENMTFAERCAEEDIIFIGPETKHLDMFGDKV
KARATAEMAELPIIPGTKDAVTSFKEVKQFTDLYGFPIIIKAISGGGGKGMRIVNNQEEL
EEAYQRAQSEALKSFGNAEVYIEKYIDQPKHIEVQILGDMYGNLVHLFERDCSVQRRHQK
VVEVAPSVGLDNDLRMRICEAAVKLMKEINYVNAGTVEFLVSGNEFYFIEVNPRVQVEHT
ITEMVTGVDIVKTQILIADGENMHDERIAMPMQKDIITLGYAIQCRVTTEDPLNDFMPDT
GTIMAYRSTGGFGVRLDAGDGFQGAEISPYYDSLLVKISTQAITFKQAEEKMIRSLREMR
IRGIKTNLQFLINVVKHPKFVSGNYTTKFIDDTPELFEIKTPRDRGTKTLEYIANVTVNG
FPGVEKKEKPNFEPLYIEKIEPSPESGTKQLLDLHGPEYVKQWLLDQRDVLITDTTFRDA
HQSLLATRVRTKDILEVAPMTSHYLKDSFSLEMWGGATFDVAYNFLKEDPWQRLERLRNA
IPNILFQMLLRASNAVGYKNYPDNVVTKFVEESAKAGIDVFRIFDSLNWLDQMKVANEAV
LNAGKISEGAICYTGDILNPERSSIYTLDYYKKMAKAMEREGFHILAIKDMAGLLKPEAA
YELVSELKATVNMPIHLHTHDTSGNGVMLYSRAIEAGVDVVDTALGAMSGLTSQPSSNTL
FYGLNGKTRQMRADIDGMEKLSHYWEGVRHYYKDFESDIKSPHTEIYKHEMPGGQYSNLG
MQAKSLGLGDRFSEVKDMYRRVNLMFGDIVKVTPSSKVVGDMALYMVQNDLDETSVIDRG
ASLDFPESVVSFFKGEIGQPVNGFPEALKKVVLKDIESIDVRPGELLAPIDFDLLRKELE
EKQNKQVTEQDIISYALYPKVYEQYITTNEKFANVSLLDTPTFFYGMRKNEKVEIAIDEG
KTLIVNLISVGHVHEDGYRWVYFNFNGMSRKVYVKDTNVEPSLATIPKADPKNRSHIGAQ
MPGTVGDVKVKEGDVVTKGQSLLITEAMKMETTIQAPFSGTIDKVYVNTGDSIQTTDLLV
EISEA
NT seq
3438 nt
NT seq
+upstream
nt +downstream
nt
atgaaacgcattaacaagttacttgtagcaaatcgtggggaaatcgcaataagaattttc
cgcgcagcaaccgaactagatataccaactgtagcaatttattctaaagaagataaaggt
tctcttcataggtacaaagcggatgagtcttatttagttggtgaagatattggtccgact
gaaagttatcttcatatcgaacgaatcattgaaatagcaaaaaaatgtggtgctaatgca
attcatcctggttacggctttttaagtgaaaatatgacttttgctgaacgctgtgcagaa
gaagatattatctttattggaccagaaacgaaacatttagatatgtttggagataaagtt
aaagcccgtgcgacagcagaaatggcagaattaccgattattcctggtacaaaggatgct
gttacttcttttaaagaagtaaagcaatttacagatttatatggtttccctattattatt
aaagccatttctggtgggggcggaaaaggaatgagaatcgttaacaatcaggaagaacta
gaagaagcatatcaacgtgcacagtctgaggcattaaaatcatttggtaatgcagaagtc
tacattgagaaatatatcgatcagccaaaacatattgaagttcaaatacttggtgatatg
tatggtaatttagttcatttatttgaacgtgactgttcagtacagcgtcgtcatcaaaag
gtagttgaagttgcgccttctgttggtttagataatgatttaagaatgcgcatttgtgaa
gctgctgtcaagttgatgaaagaaattaattatgtaaacgcaggaactgttgaattttta
gtgagcgggaatgaattttactttatagaagttaatcctcgtgtacaagtagagcatact
ataactgagatggtaacgggtgttgatattgtcaaaacacaaatattaattgctgatggt
gagaacatgcatgacgagcgcatcgctatgcctatgcagaaggatattattacgttaggt
tatgcaattcagtgccgtgttacgactgaagatcccttgaatgattttatgccagacaca
ggaacaattatggcatatcgctctactggaggttttggtgtgcgtttagatgccggtgat
ggttttcagggagcagaaatatctccatattatgattcattacttgtaaaaatttctaca
caagcgattacttttaaacaagctgaagagaaaatgatacgttcattacgagaaatgcgt
attcgtggtataaaaacgaacttacagtttttaattaatgtcgtaaagcatcctaagttt
gtgagtggcaattatacgacaaaatttatcgatgatacaccagaactatttgagattaaa
acaccgcgtgaccgtggtacgaagacattagaatatattgcaaatgtgactgtgaatggc
tttcctggtgttgagaaaaaagaaaaacctaatttcgagccactatatatcgaaaaaata
gaaccgagtccagaatcaggaactaaacagttattagatttgcatggacctgaatatgtt
aaacaatggttgcttgatcaaagagacgtgttaattacggacactactttccgtgacgca
catcaatcattacttgcaacacgtgtccgtacgaaagatattttagaagtagcaccgatg
actagtcattatcttaaggatagtttttctctcgagatgtggggaggagctacattcgat
gtagcgtataatttcctgaaagaagatccgtggcaacgtcttgagcgattacgtaacgct
ataccgaatattttattccagatgctactccgtgcttccaatgctgttggatataaaaat
tatccggacaatgtagtaacaaaattcgttgaggaaagtgcaaaagctggaatagatgtc
ttcagaatatttgattcattaaactggttagatcaaatgaaagtggccaatgaagcggtt
ctgaatgccggtaagatatctgaaggtgcaatttgttatactggtgatatattaaatcca
gaacgttcaagcatttatacgctggattactataagaaaatggcaaaagctatggagcgt
gaaggattccatattttagcgattaaagatatggccggtctgctaaaaccagaagctgca
tatgagcttgtaagtgaattaaaagcaacagtaaatatgccgattcatttgcatacacat
gatacgagtggaaatggtgtaatgctctattcaagagctatagaagctggagttgacgtc
gtagatacagcactcggagcaatgagtgggttaacaagtcaaccaagttccaatacatta
ttctacggattaaatggtaaaacacgtcaaatgagagctgacattgatggtatggaaaaa
ttatcgcattactgggaaggcgtacgtcactactataaagactttgaaagtgatattaaa
tctccacatacagaaatatacaaacatgaaatgcctggtggtcaatactctaacttaggg
atgcaggcaaagagtttaggtttaggagatcgttttagtgaagttaaagatatgtataga
cgtgttaatttaatgtttggtgatattgttaaagttacaccgtcatctaaagtagtagga
gacatggccttatacatggttcaaaatgacttagatgaaacgtcagtaatcgatcgtggg
gcatcattagattttccggaatcagttgtatcgttctttaagggtgagattggccaacca
gtgaatggtttcccggaagcacttaagaaagtagtactgaaagatattgaaagtatcgat
gttcgtcctggtgaattattagcaccgattgatttcgatttgttacgtaaagaacttgag
gaaaaacagaataaacaggtaacagaacaagatattatcagttatgccttatatccaaaa
gtatatgaacaatacattacaacaaatgaaaagtttgcaaatgtatcgctactagacaca
ccaacattcttctatggaatgcgtaaaaatgagaaagttgaaatagctattgatgaaggt
aaaacattgatagtgaatttaatcagtgtaggacatgttcatgaagatggatatagatgg
gtatacttcaactttaatggtatgagtcgtaaagtatacgttaaagatacaaacgttgaa
ccaagtctagctacgattcctaaagcagatcccaaaaatagaagtcatatcggagcacaa
atgcctggaacagtcggtgacgtaaaagtaaaagaaggtgatgttgtaactaaaggccaa
tcattacttattactgaagcgatgaagatggaaacgacaatccaagcaccattctcaggt
actattgacaaagtttatgttaatacgggagatagtatacaaacgacagatttattagtg
gaaatttcagaagcttaa
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