Alkalihalobacillus sp. LMS39: MM271_17385
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Entry
MM271_17385 CDS
T09200
Symbol
pyc
Name
(GenBank) pyruvate carboxylase
KO
K01958
pyruvate carboxylase [EC:
6.4.1.1
]
Organism
alkl
Alkalihalobacillus sp. LMS39
Pathway
alkl00020
Citrate cycle (TCA cycle)
alkl00620
Pyruvate metabolism
alkl00720
Other carbon fixation pathways
alkl01100
Metabolic pathways
alkl01120
Microbial metabolism in diverse environments
alkl01200
Carbon metabolism
alkl01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
alkl00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
MM271_17385 (pyc)
00620 Pyruvate metabolism
MM271_17385 (pyc)
09102 Energy metabolism
00720 Other carbon fixation pathways
MM271_17385 (pyc)
Enzymes [BR:
alkl01000
]
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
MM271_17385 (pyc)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PYC_OADA
CPSase_L_D2
Biotin_carb_N
Biotin_carb_C
Biotin_lipoyl
HMGL-like
ATP-grasp
Dala_Dala_lig_C
BSH_RND
ATP-grasp_3
BSH_YknX
ATP-grasp_4
BSH_CzcB
RimK
RnfC_N
BSH_CusB
NQRA_N
GCV_H
ATPgrasp_ST
BSH_YhbJ
BSH_ALG44
Periphilin_C
GARS_A
Motif
Other DBs
NCBI-ProteinID:
UOE92979
LinkDB
All DBs
Position
complement(3499716..3503165)
Genome browser
AA seq
1149 aa
AA seq
DB search
MDGLKNIKKVLVANRGEIAIRIFRACTELHIRTVAIYSKEDMGAYHRYKADEAYLVGEGK
KPIEAYLDIEGILEIAKRNDVDAIHPGYGFLSENLQFAKRCEEEGIIFIGPNTEHLVMFG
DKVQAREQAIKANIPVIPGSDGPVNSLEDVQAFAEQHGFPFIIKAALGGGGRGMRIVRSQ
EALNEAYDRAKSEAKSAFGNDEVYVEKFVENPKHIEVQILADKHGNIVHLYERDCSVQRR
HQKVVEVAPSVSLDQELREKICEAAVQLSKSVNYINAGTVEFLVTENGEFFFIEVNPRIQ
VEHTITEMITGVDIVQSQLFIADGEELHNKVLGIPKQENIACNGYAIQSRVTTEDPSNGF
LPDTGKIMAYRSGGGFGVRLDAGNGYQGSVITPYYDSLLVKVSTWALTFEGASQKMLRNL
REFRIRGIKTNIAFLENVVQHRAFLSGEYNTSFIDTTPELFVFPKRKDRGTKMLSFIGET
IVNGYPGLEGVKKPVLDIPEVPKVNYTEPFPKGTKQILEERGADGLSKWVKEQKEVLLTD
TTFRDAHQSLLATRVRTHDLKQIAEPTARMVPHLFSSEMWGGATFDVAMRFLHEDPWERL
LILRNKMPNVLLQMLFRASNAVGYTNYPDNLIKEFVDKSAAAGIDVFRIFDSLNWVEGMR
LTIDSVRESGKIAEATLCYTGDILDKNRTKYDLQYYKNLAKELENAGAHILGIKDMAGLL
KPEAAYQLVTELKQTIDIPIHLHTHDTSGNGLFTYARAIEAGVDIVDVAISSMAGQTSQP
SMNSLYYALSGSERQPNVDIKALEQLSDYWDSTRKFYSGFESGMNAPHTEVYEHEMPGGQ
YSNLQQQAKAVGLKNRWNEVKKMYRRVNDMFGDVVKVTPSSKVVGDMALYMVQNNLIEDD
IYDRGDNLDFPDSVVEFFQGQLGQPYQGFPKELQQIILKGREPLATRPGELLDPINFQEV
KETLYHTLNRQVTSHDILSYAIYPKVFMEYERFRQQFGEVSVLDTPTFFYGLRLGEEIEV
EIEKGKTLIVKLVSISKPQDDGNRIVYFELNGQPREVMIKDMNVKTSVKAKAKVDKSNPN
QIGASMPGTVVKTLVVKGDKVKKGDHLMITEAMKMETTVQAPFDGEIKDVHVTNGEAIQT
GDLLIELSN
NT seq
3450 nt
NT seq
+upstream
nt +downstream
nt
atggatgggttaaagaacattaaaaaggttctagtagcaaaccgtggagagattgctata
agaatatttagagcctgcacagagttacatattcgaacggttgcgatttattctaaagaa
gatatgggtgcttaccaccgctataaagctgacgaagcttacctagtaggggaaggtaag
aaaccaattgaagcatacttagatatcgagggtattttagaaattgcaaaacgaaatgat
gtagatgcgattcacccagggtacgggtttttgtctgaaaacttacaatttgctaagcga
tgtgaagaagaaggcattatttttattggtccaaatacagagcatttagttatgtttggt
gataaagtacaagcgagggaacaggctattaaagcaaatattcctgttattccaggaagt
gatggacctgttaatagcttagaggatgttcaagcgtttgcagagcaacatggatttcct
tttattattaaagctgcacttggtggtggcggacgtggtatgagaattgtccggtcacaa
gaagctttaaacgaagcctacgacagagcgaagtcagaagcgaaatccgcttttggaaat
gacgaagtttatgttgagaaatttgtagaaaatccaaaacatattgaagtacaaatcttg
gcggacaagcatggaaatatcgtccatttatatgagcgtgattgttctgttcaacgtcga
catcaaaaagtagttgaagtggcccctagtgtgtcgttagatcaagagttacgtgagaaa
atttgtgaagcagctgttcaattatctaagagtgtcaattatataaatgcagggactgtt
gaattcttagtaacagaaaacggtgaatttttctttattgaagtcaatccgcgaattcaa
gtagaacatacgattactgaaatgattacgggtgtcgatattgttcaatcccaattattt
attgctgatggagaagagctacataacaaagtattaggaattccgaaacaagaaaacatt
gcatgtaatgggtatgctattcagtcacgtgttacaacagaagacccaagtaacgggttt
ttaccagacacagggaaaattatggcttatcgttctggtggtggatttggagttcgcctt
gatgctggaaacggttatcaagggtctgttattacaccttattatgattcattgctcgtt
aaagtgtcgacgtgggcccttacatttgaaggcgcttctcaaaaaatgttgcgaaactta
cgagaattccgtatacgtgggattaaaacaaacattgcgtttttagaaaatgttgttcag
caccgagcttttctttctggtgaatacaacacatcgttcattgatactactccagaactt
tttgtatttccaaaacgaaaagaccgtggaacaaaaatgttatcatttatcggtgaaacg
atcgttaatgggtatcctggattagaaggtgtaaaaaaaccagtacttgatattccagaa
gtaccaaaagtaaattatactgagccatttccaaaagggacaaagcaaattcttgaagaa
agaggcgctgacgggttaagtaaatgggtaaaagagcaaaaagaagtgttattaacagac
acaacgttccgagatgctcatcaatctttgttagctacaagggttcgtacgcatgattta
aagcaaattgcagaaccaaccgcaagaatggttccacatttgttttcatcagaaatgtgg
ggcggcgctacatttgatgttgcgatgagatttttacatgaagatccatgggaaagactt
ttaattttacgcaataaaatgcctaatgtcttattgcaaatgttatttcgagcatcaaat
gcggttgggtatacgaactacccagataatttaattaaagagttcgttgataaatctgct
gcagctggaatcgatgttttccgtatctttgacagcttaaactgggtggaaggtatgaga
ttgaccattgattcagtgcgagaaagtggaaaaattgccgaggcgactctttgttacaca
ggagatatattagataaaaaccgtacaaaatatgatttgcagtattataaaaatttagca
aaagaattggaaaacgctggagcacatattctaggaattaaagatatggccggtttgcta
aaaccagaagctgcgtatcaattagtaactgagttaaaacaaacgattgatattccaatt
cacttgcatacacatgatacaagtggaaatgggttattcacatacgcacgtgcaattgaa
gccggtgttgatattgttgatgtggcgattagctcaatggcaggacaaacatcacagccg
agtatgaatagcttatattatgcattatcaggctcagaacgtcagcctaatgttgatatt
aaagcattagagcaattaagtgattattgggatagtacacgtaagttttacagtgggttt
gaaagtgggatgaatgcgccacatacagaagtgtatgagcatgaaatgcctggtggtcaa
tacagtaatcttcagcaacaagcgaaagcggttggattaaaaaaccgctggaatgaagtg
aaaaaaatgtatcgccgtgtgaacgatatgtttggggatgtagtaaaagtaaccccatca
tctaaagttgttggtgatatggcattgtatatggtgcaaaataatttaattgaagatgat
atttatgaccgtggtgataatctagacttcccagattctgttgtagagtttttccagggc
caacttggtcaaccataccaaggtttcccgaaagaattacaacaaatcatcttaaaaggt
agagaacctcttgcaactagacctggtgaattactagacccgattaacttccaagaggta
aaagagacgttataccatacattaaatcgacaagtaacgagtcatgatatactctcgtat
gcaatatatccaaaagtgtttatggagtatgagcgtttccgtcaacagtttggtgaagtt
tctgttctcgatacaccgacattcttttatgggttacggttaggggaagagatcgaagtt
gaaatcgaaaaagggaaaacgttaatcgtgaaacttgtttctatttcaaaaccgcaagat
gacgggaatcgtattgtatactttgagttaaatggtcagccacgtgaagtgatgattaaa
gatatgaatgtgaaaacatctgttaaagcaaaggcgaaagtcgataagagcaacccgaac
cagataggtgcttcaatgcctggtacggttgtgaaaacgttagttgtcaagggagataag
gttaaaaaaggtgaccatctcatgattacggaagcaatgaaaatggaaacaacggttcaa
gctccatttgatggtgaaataaaagacgtccatgtaacgaatggagaagcgattcaaacc
ggagatttattaattgagttgtcaaattaa
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