Christiangramia forsetii: GFO_2678
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Entry
GFO_2678 CDS
T00448
Symbol
pyc
Name
(GenBank) pyruvate carboxylase
KO
K01958
pyruvate carboxylase [EC:
6.4.1.1
]
Organism
gfo
Christiangramia forsetii
Pathway
gfo00020
Citrate cycle (TCA cycle)
gfo00620
Pyruvate metabolism
gfo00720
Other carbon fixation pathways
gfo01100
Metabolic pathways
gfo01120
Microbial metabolism in diverse environments
gfo01200
Carbon metabolism
gfo01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
gfo00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
GFO_2678 (pyc)
00620 Pyruvate metabolism
GFO_2678 (pyc)
09102 Energy metabolism
00720 Other carbon fixation pathways
GFO_2678 (pyc)
Enzymes [BR:
gfo01000
]
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
GFO_2678 (pyc)
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
ATP-grasp_4
RimK
ATPgrasp_ST
TNP-like_GBD
GCV_H
Biotin_lipoyl_2
ATPgrasp_YheCD
HlyD_D23
Motif
Other DBs
NCBI-ProteinID:
CAL67634
UniProt:
A0M4T9
LinkDB
All DBs
Position
complement(2793043..2796492)
Genome browser
AA seq
1149 aa
AA seq
DB search
MKIKKVLVANRGEIAIRIFRACTEIGLGTVGIYTFEDRYSLHRYKADESYQIGDDNEPLK
PYLNIDAIINVAKNNNVDAIHPGYGFLSENAEFARKCKENNIIFVGPDVEVLKSLGDKVT
AKKVAKENNVPIIESNEPALETLDIALSEANRIGFPLMLKAASGGGGRGMRVIRDEEGLK
KSFSESKREALNAFGDDTVFIEKFIENPKHIEIQIVADSHGNMVHLFERDCSVQRRYQKV
IEFAPSYGLSTEIKEKLYQYALDICKAVDYNNIGTVEFLVDEDGSIYFIEVNPRIQVEHT
VTEIITNIDLVKTQLFIAGGYKLSDQQIKIASQDQLKMNGFALQCRITTEDPSNDFQPDY
GTITTYRSASGFGIRLDAGSLYQGVTVSPFFDSMLVKVSANSRTLDGACRKMNRALAEFR
IRGVKTNIPFLMNILKHSTFREGKVTVNFIKNHSDLFKFQESRNRATKIVKFLGDVTVNG
NPDVKELDPTKTFIKPEVPKFDANAGHPEGTKDLLTKLGPDEFSKWLKKEKKIHFTDTTM
RDAHQSLLATRMRSFDMLKVAEGFAKNHPEVFSMEVWGGATFDVCMRFLHENPWERLRLL
RKAMPNVLLQMLIRGSNGVGYTAYPDNLIEKFVSEAWENGVDVFRIFDSLNWMKSIAPCI
EYVRKTGGLAEGSICYTGDILDTSNKKYDLNYYVQLAKDIENAGAHILGIKDMAGLLKPY
AAQELVGALKSEINIPIHLHTHDTSSIQAATYLKAIEAGVDVVDVALGGLSGLTSQPNFN
SVVEMMKFKDREADFNMEKLNEYSHYWEAVRKYYYPFESGLKAGTADVYKHEIPGGQYSN
LKPQAESLGLASRFHEITEMYAKVNNLFGDIVKVTPSSKVVGDMAQYLVSNNLSIEDVME
KGEEVSFPQSVKSFFRGDLGQPVGGFPEKIQKIVLRGEEPYTNRPNAHLEPIDFQKEFEE
FTNIFEEDLSRKPEITDFLSYKLYPKVFTDSLNHHKEFGNLINIPTQNFFYGMKPGEEIL
VEMDKGKTLIIELLSVGQANEDGQVDVFFKVNGQGRTVVIQDKTVKVEKVAHIKAEKDDS
KQIGAPLQGSLSTIMVEKGQKVKKNEPLFIIEAMKMETTITANEDGEVVEILHKEGTMLF
SEDLVIKMK
NT seq
3450 nt
NT seq
+upstream
nt +downstream
nt
atgaaaattaaaaaggttcttgtagccaacagaggtgaaatcgccattaggatatttcga
gcatgtacagaaattggtcttggtaccgttgggatttacacctttgaagatcgttactca
ttgcacagatataaggcagatgaatcctaccagattggggatgataatgagcctttaaag
ccttatctaaatattgatgcaattataaatgttgccaaaaataataatgttgatgctatt
catcccggttatggtttcctttctgaaaatgctgaatttgccagaaaatgtaaggagaac
aacatcatttttgtagggccggatgttgaggtgttaaaaagcctgggagacaaggttacc
gcaaaaaaagtggcgaaggaaaataatgtgcctataatcgaaagtaatgagccggcatta
gaaacgttggacatagcacttagtgaggcaaatcgaatcggatttcctctaatgcttaaa
gctgcttccggtgggggaggtagaggaatgcgtgtgattagggacgaagaaggcttaaaa
aaatctttttctgaatctaaaagagaagccttgaatgcttttggtgatgacacagttttt
attgaaaaattcatcgagaaccccaaacatatcgaaattcaaatagttgccgatagtcac
gggaatatggtgcatttgtttgaaagggattgttcagtacagcgccggtatcaaaaagtg
atagaatttgcaccttcctatggacttagcactgaaattaaagaaaaactctatcaatat
gccctggatatttgcaaggcggtagattataacaatattggaacggtagaatttttggta
gatgaagacggatccatttattttattgaggttaatccgcgtattcaggtagagcatacc
gttactgaaattattaccaatatagatttggtaaaaacgcagttgtttatagccggcgga
tataagctgagtgatcagcaaataaaaattgccagtcaggatcagctgaaaatgaatggc
ttcgcattacaatgccgaattaccacggaagatccttccaacgattttcaaccagattat
ggaaccattactacctatcgaagtgcttccggtttcggaataaggcttgatgctggtagt
ttgtatcagggggtgacggtttccccatttttcgattccatgttagttaaagtttcagct
aatagtagaacactagatggtgcctgcagaaaaatgaatagagctttggccgaatttaga
attagaggggtgaaaaccaatattcctttcttgatgaatattctaaagcattcaacgttt
agagaaggaaaagtcaccgttaattttataaaaaatcattctgatcttttcaaatttcag
gagagcagaaaccgtgctaccaaaatagtaaaattcctaggtgatgttaccgtaaatgga
aatccagatgttaaagaactggatcctactaagacctttatcaaaccggaagtgccaaaa
tttgatgctaatgctggacatccggaaggaactaaggatttactgactaagcttggtcct
gatgaattttcgaaatggttgaaaaaagaaaagaaaattcattttacagataccacgatg
agggatgcccaccaaagtttactggcaacccgtatgcgtagttttgatatgctaaaagta
gctgagggttttgccaaaaatcatccagaagtgtttagtatggaagtttggggaggtgct
acttttgacgtttgcatgcgatttttgcatgaaaacccgtgggagcgtcttcgtttatta
cgaaaagcaatgcccaacgtgttactgcaaatgctgatacgtggtagtaatggtgttgga
tataccgcttatccagataatcttattgagaaattcgtttccgaagcctgggagaatggg
gtggatgttttccgaattttcgattctctaaactggatgaaatctattgcaccgtgtata
gaatatgtgcgaaaaacaggaggccttgcagaaggttctatttgctataccggtgatatt
ttagatacttccaataaaaaatacgacttaaactattatgtacagcttgctaaagacata
gaaaatgccggtgctcatattttgggaatcaaagatatggctggcctgttgaaaccttat
gcagctcaggaattagttggtgctctaaaatctgaaatcaatatacctattcatttacat
acgcatgatacttcttccatacaggcggccacatatcttaaggcaatagaagctggcgta
gatgtggtagatgttgcattgggaggtctttccggacttacttctcaacctaactttaat
tcggtggtagaaatgatgaagtttaaagatcgggaagccgactttaatatggaaaagttg
aatgaatattcacattactgggaggcggttagaaaatattactatccgtttgaaagcgga
ttaaaagcaggtactgctgatgtttataagcatgagattcctggcgggcaatattcaaat
ttgaagccacaggcagaatctctaggcttggcttccagattccatgagatcaccgaaatg
tatgccaaggtaaataatttgtttggtgatattgttaaagtaactcctagctctaaagta
gtaggggatatggcgcaatatctagtaagtaataatctgagcatagaagatgtcatggaa
aaaggggaagaagtttcctttccacaatctgtaaaaagcttttttagaggagatttaggt
cagccggttggaggttttccagagaagattcagaagattgtattaagaggtgaagagcct
tatactaatagaccaaatgcacatttggagccgatagattttcaaaaggaatttgaagaa
ttcaccaatatttttgaggaagatttgagtagaaaacctgaaatcacagattttctttct
tataaattatacccgaaggtctttacagattcattaaaccatcataaggaatttggtaat
ttaatcaatatcccgactcaaaactttttctacggaatgaagccaggagaggaaattctg
gtagaaatggataaggggaagactttgatcatagaattactttctgtgggtcaggcaaat
gaagatgggcaggttgatgtattttttaaagtgaacgggcagggtagaaccgtagtaatt
caggataaaaccgtaaaagttgagaaagtagctcatattaaagcagaaaaggatgattct
aagcaaattggagcaccattgcagggttcactgtctactataatggtggagaaaggccaa
aaggttaaaaagaatgaacccctgtttattattgaagcgatgaaaatggaaacaactatt
acggcgaatgaagatggcgaggtggttgaaattcttcataaggaaggcaccatgctattt
tctgaagatctggtaataaaaatgaagtga
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