Bacillus smithii: BSM4216_1443
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Entry
BSM4216_1443 CDS
T03984
Name
(GenBank) Pyruvate carboxyl transferase
KO
K01958
pyruvate carboxylase [EC:
6.4.1.1
]
Organism
bsm
Bacillus smithii
Pathway
bsm00020
Citrate cycle (TCA cycle)
bsm00620
Pyruvate metabolism
bsm01100
Metabolic pathways
bsm01120
Microbial metabolism in diverse environments
bsm01200
Carbon metabolism
bsm01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
bsm00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
BSM4216_1443
00620 Pyruvate metabolism
BSM4216_1443
Enzymes [BR:
bsm01000
]
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
BSM4216_1443
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
Biotin_lipoyl_2
ATP-grasp_3
HlyD_D23
RnfC_N
ATPgrasp_Ter
HlyD_3
ATP-grasp_4
ATPgrasp_ST
NQRA
GCV_H
Cas6b_N
Motif
Other DBs
NCBI-ProteinID:
AKP46724
UniProt:
A0A0H4NYW4
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All DBs
Position
1:1244594..1248034
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AA seq
1146 aa
AA seq
DB search
MMKKIEKVLVANRGEIAIRVFRACTELNIRTVAIYSKEDSGSYHRYKADEAYLVGEGKKP
IDAYLDIEGILEIAKNAEVDAIHPGYGFLSENIEFARRCEEEGIIFIGPRTEHLDMFGDK
VKARKQAQRAGIPVIPGSDGPVSGYEEIEAFGEKYGYPIIIKAALGGGGRGMRIVHSSEE
VKEAYERAASEAKAAFGSSEVYVEKFVQNPKHIEVQILGDKEGNIIHLYERDCSVQRRHQ
KVVEVAPCVSLSDELREKICEAAVQLMKNVQYENAGTVEFLVSGENFYFIEVNPRIQVEH
TITELITGIDIVQTQIMIAKGYSLHSEKIGIPKQENIHLNGYAIQSRVTTEDPTNNFMPD
TGKIMAYRSGGGFGVRLDAGNGFQGAVITPYYDSLLVKVSTWALTFEQAAAKMVRNLQEF
RIRGIKTNIPFLENVMKHEKFLSGNYDTSFLDTTPELFIFPKRKDRGTKMLNYIGTITVN
GFPGIEKKKKPVFDKPRIPKIKHYEEIQSGTKQILDKEGPDGLVKWVKNQKNLLLTDTTF
RDAHQSLLATRVRTNDLVRIAEPTARLLPNLFSLEMWGGATFDVAYRFLKEDPWDRLLQL
RKEIPNILFQMLLRASNAVGYKNYPDNVIREFVAKSADAGIDVFRIFDSLNWVKGMEVAI
DAVRQSGKIAEAAICYTGDIDDPTRTKYDIQYYKHLAKELENQGAHILGIKDMAGLLKPQ
SAYRLISELKETVDIPIHLHTHDTSGNGIYMYAKATEAGVDIVDVALSSMAGLTSQPSAN
TLYYALKGTEREPVVNVEGLEQLSRYWEDVRKYYKDFESGMVAPHTEVYQHEMPGGQYSN
LQQQAKAVGLGDRWDEVKEMYHRVNMMFGDIVKVTPSSKVVGDMALFMVQNDLSEEDVLE
KGETIDFPDSVVEFFQGYLGQPYGGFPEKLQKVILKEKEPITVRPGELLESVDFKALRDE
LFHELGRQVTAHEVIAYALYPKVFLDYIQAVEKYGDLSVLDTPTFLYGMRLGEEIEVEIE
RGKTLIVKLVSIGQAQADGTRIVYFELNGQPREVVIKDESIKSTVATRVKADLKNKNHIA
ATMPGTVMKVIVSKGEKVKKGDHLMITEAMKMETTVQAPFSGVVKDIYVKSGDAISTGDL
LIELQK
NT seq
3441 nt
NT seq
+upstream
nt +downstream
nt
atgatgaaaaagattgagaaagtgcttgtcgccaataggggtgaaattgccattcgcgtc
tttcgggcatgcacagaattaaatattcgaacggtggccatctattcaaaagaagactcc
ggttcttaccatcgttataaagcggatgaagcttatttagtcggtgaaggaaaaaagccg
atagacgcttatttagatatagaagggatactggaaattgcgaagaacgcagaagtggat
gccattcatccaggctacggttttttatctgaaaatattgaatttgcaagaagatgcgaa
gaagaaggaattattttcataggtccgcggaccgaacatttggatatgtttggcgacaaa
gtaaaagccagaaaacaagcgcagcgagcaggaattcctgttattccaggaagcgatgga
cctgtttccggctatgaagagattgaagcgtttggggaaaaatatggttacccgatcatc
attaaagcagcattaggcggcggcggacgcggtatgcgaattgttcatagcagtgaagaa
gtgaaagaagcttacgaacgagctgcgtcggaagcgaaagccgcatttggcagcagtgaa
gtctatgttgaaaaatttgtccaaaatccgaaacatatcgaagtccaaattcttggagat
aaagaaggaaatatcattcatctgtatgaacgcgattgctccgtacagcgccggcatcag
aaagtagtcgaagtggctccttgcgtttctttatcggatgaacttcgcgaaaaaatttgt
gaagcagctgtgcagttaatgaaaaacgttcaatacgaaaatgcaggtacggtcgaattt
ttagtttcgggcgaaaatttttactttattgaagtaaacccgcgcattcaagtagaacat
accatcactgaactgatcacgggcatcgatattgtacaaacccaaattatgattgcgaaa
gggtactcgttacatagtgaaaaaatagggattccaaaacaagaaaacattcatcttaat
ggatatgccattcaatcacgtgtgacaacagaagatccaacgaacaattttatgccggat
acaggaaaaatcatggcttatcgatccggtggagggtttggagtacgattagatgcagga
aatgggtttcaaggagcagtcattacaccttattacgactcgctattagtgaaagtgtct
acttgggctctaacatttgagcaagcggctgcaaaaatggttcgaaaccttcaagaattc
agaattcgcggaatcaaaacaaatattccatttttggaaaatgtcatgaaacacgaaaaa
tttctgtcagggaattacgacacgtcttttttagatacaacacctgaattatttattttt
ccaaaaagaaaagaccgtggcaccaaaatgttaaactacatcggaacgatcaccgtcaac
ggattcccgggcattgaaaaaaagaaaaaaccggtatttgacaaacctcggatccctaaa
attaagcattacgaggaaatacagtcagggacaaaacaaattctggacaaagaagggccg
gacggacttgtcaaatgggtgaaaaatcaaaagaatttgttgttgacagataccactttc
cgcgatgctcatcaatcgcttttggcaactcgggtaagaacgaatgaccttgttcgcatt
gccgaaccaacagcacgactgctccctaatttgttttcattggaaatgtggggaggagct
acctttgatgtcgcctatcggtttttgaaagaagacccgtgggatcgattgctgcaattg
aggaaagaaattcccaatattttatttcaaatgctgttaagagcatcgaatgcagtcggt
tataaaaattatcctgacaatgtcatccgtgaatttgtagcaaaatctgcagatgcagga
attgatgttttccgaatttttgatagcctcaactgggttaaagggatggaagtagccatt
gatgcagttcgacaatccgggaaaattgcggaagcagccatatgttatacgggggatata
gatgatccgactcgaacgaagtacgatattcaatattacaaacatcttgctaaagagctt
gaaaatcaaggcgctcacattctcggcattaaagatatggccggcttattaaaaccgcaa
tccgcttacagattaatttctgaattgaaggaaacggtggatattcccattcatttgcat
acgcatgatacgagcggaaacggcatttatatgtacgccaaggcaacagaagcaggagtc
gatattgtggatgtagcgctcagttctatggctggtttgacatcacagccaagcgcgaat
accttatactatgcgctaaaagggacggaaagagaacccgttgtgaatgtggaagggctt
gaacaactttcccgatattgggaagacgtacgcaaatattacaaagacttcgaaagcggc
atggtggcgccgcatacagaagtttaccagcacgaaatgcccggaggccagtacagcaac
cttcaacaacaagcaaaagcagttggtcttggagatcgctgggatgaagtgaaagaaatg
taccatcgggttaatatgatgtttggcgatattgtgaaagtgactccttcttcgaaagta
gtgggagatatggctttatttatggtgcaaaatgatctttcggaagaagatgtgttggaa
aagggtgaaacgatcgatttccctgattctgttgttgaatttttccaaggatatctcgga
cagccatatggaggatttcctgaaaaactgcaaaaagtcatcttaaaagagaaagaaccc
attaccgtcagacctggtgaattgctcgaaagcgtcgatttcaaagctttaagggatgaa
ctattccatgaacttggacgccaagtaaccgctcatgaagtgatagcctacgcattatat
ccaaaagtatttttggattatattcaagctgtggaaaaatatggcgacctatctgttctc
gatacaccgactttcctttacggtatgagattaggagaagaaattgaagtagaaattgaa
agaggtaaaacgttgattgtcaagctggtatccatcggccaagcccaagcagacggcacc
agaattgtctattttgaattgaatggccagcctcgtgaagtggtcatcaaagatgaaagc
attaaatcaacagtcgctacaagagtaaaagcagacttgaaaaataaaaaccatatcgct
gcaacgatgccgggtacggtgatgaaagttattgtttcgaaaggggaaaaagttaaaaaa
ggcgaccatttaatgataacggaagcaatgaaaatggaaacgacggttcaagctcctttt
tccggcgttgtgaaagatatttatgtaaaaagcggcgatgccatttcaacaggtgattta
ctgattgagctgcaaaaataa
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