Naegleria gruberi: NAEGRDRAFT_82148
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Entry
NAEGRDRAFT_82148 CDS
T01241
Name
(RefSeq) pyruvate carboxylase
KO
K01958
pyruvate carboxylase [EC:
6.4.1.1
]
Organism
ngr
Naegleria gruberi
Pathway
ngr00020
Citrate cycle (TCA cycle)
ngr00620
Pyruvate metabolism
ngr01100
Metabolic pathways
ngr01200
Carbon metabolism
ngr01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
ngr00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
NAEGRDRAFT_82148
00620 Pyruvate metabolism
NAEGRDRAFT_82148
Enzymes [BR:
ngr01000
]
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
NAEGRDRAFT_82148
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
CPSase_L_D2
PYC_OADA
Biotin_carb_N
Biotin_carb_C
HMGL-like
Biotin_lipoyl
ATP-grasp
Dala_Dala_lig_C
BSH_RND
BSH_YknX
BSH_YhbJ
BSH_CzcB
ATP-grasp_3
ATP-grasp_4
ATPgrasp_ST
PASTA
BSH_LcnD
DUF3182
ATP-grasp_5
Motif
Other DBs
NCBI-GeneID:
8860994
NCBI-ProteinID:
XP_002669470
JGI:
Naegr1_82148
UniProt:
D2W2J6
LinkDB
All DBs
AA seq
1200 aa
AA seq
DB search
MKKVCLSKSTSSSTSAKLNFAIQKHKKNGNSSSIFNRSTPISFSNTDYIQQLYRQYGTTR
ISLKEFEKLLVANRGEIATRILRSAHEIGCRTVSIYAKQDASSVHRYKADESYLIGKDKE
LGPVEAYLSIDEIIKIAKENGVDAIHPGYGFLSERADFARACSENGIQFIGPTADVVESF
GDKTRARKVATDIGIPVVPGTPTAVTSIAEAKTFCSQISFPVILKAAMGGGGRGMRVVSK
MEDLEEAFQRASSEALNAFGSSAIFIEKFVEKPRHIEVQILADKFGNVVHLYERDCSVQR
RHQKVVEIAPAPHLNPQVREKILADAVRLARHVKYQNAGTFEFLVDSNGKDYYFIEVNPR
LQVEHTVTEEITGVDIVRSQILIAEGKSLDEIGLKQESISVRGSAIQCRVTTEDPLNGFQ
PDTGVLEAFRTGEGMGIRLDIGSGYVGSKITPFYDSLLVKVIGKGLTHEEASNKLRRALA
EFRIRGVKHNIPFLQKVLSHEKFLNGYVDTSFIDTNPELFQFSSSGNRAQKLLSFLAENV
VNGPTTLLVTDLEPSKKNPTVPKTPTGAPPRGWKQVLDEQGPEAFAKAIRDRSELLITDT
TMRDAHQSLLATRVRTRDLMSIAPYTAHAMSDCLSLEMGGGATFDVCLNFLRECPFERLA
KLREAIPNIPFQMLFRGANAVGYTAYPDNVVYKYCKKTVEHGMDIFRIFDSLNYVPNMEL
GIDAVGSAGGVIEAAISYTGDVSDPKKSKYNLEYYLKVARSLVEKGVHILCIKDMAGLLR
PSAATLLIGALRKEFPHIPIHLHTHDTAGTGVATLLAAAEAGADIVDAAIDSMSGLTSQP
SLGAIVASLKNTPLDTKLDLGKLSKVSDYWEQARGLYAPFECTTTLRSGSSDVYVHEIPG
GQYTNLNAQVYSINGSLDGFPKVKESYEIANRLLGDIIKVTPSSKVVGDLAQFMVQNNLA
EKDVIEKADQFKLGIPYGGFPEPLRTKVMRGKPSIEGRPGASMPDFDFVKLKDKLKKDLD
YDASEEDLISSSLFPKVFEEYVQFKQQYGEVTNLGTRQYFKGIKVGEETEVELEKGKVLH
IKLKAIGEVGSDGKREVFFEVNGQSRLVLVQDKKLSKTIQIRSKANKKDPNEIGAPMPGK
VIDIKVKEGDKVKKGDTLLVQSAMKMETQVKCNFDGIIKSLGVKVGDEVQGGDLLCIVSQ
NT seq
3603 nt
NT seq
+upstream
nt +downstream
nt
atgaagaaagtttgtttatccaagtcaacttcatcctctacctctgccaaactcaatttt
gctattcaaaagcataagaagaatggtaattcatcttcaatctttaacagatctactcca
atttccttctccaacactgactatattcaacaattatatcgtcaatatggaaccacaaga
atctccttgaaggaatttgaaaagttgcttgtggccaacagaggtgaaattgccacgaga
attttacgttctgcccacgaaattggttgcagaactgtttcgatttatgcaaaacaagat
gcttcctctgtgcatcgttacaaagcagatgaaagttacttgatcggaaaggacaaggaa
ttaggtccagttgaagcttacttgagcattgatgagattattaaaattgccaaggagaat
ggagttgatgccattcaccctggttatggatttctttcagagagagctgattttgcacgt
gcttgttctgaaaatggtattcaattcattggtccaactgctgatgttgttgaatctttt
ggtgacaagacaagagctagaaaggttgctactgatattggaattcctgttgttcctgga
actccaactgcagtaacaagtattgcagaagccaaaaccttctgctcccaaatttccttc
ccagtcattttgaaagctgccatgggaggtggtggaagaggtatgagagttgtttccaaa
atggaagatttagaagaagcattccaaagagcttcctctgaagctttgaatgcttttggt
tcttcagcaattttcattgaaaagtttgttgaaaagccacgtcacattgaggttcaaatc
ttggccgataagtttggaaatgttgttcacttgtacgaaagagattgttcagtgcaaaga
agacatcaaaaagttgttgaaattgctccagctccacatttgaatcctcaagtgagagaa
aagattttggctgatgctgttcgtcttgctcgccacgtcaagtatcaaaatgcaggaaca
tttgagtttttagtcgattctaatggaaaggattattactttattgaagtcaatccacgt
cttcaagtcgaacacactgttactgaagaaattacaggtgttgacattgtccgttctcaa
atcttaattgccgaaggaaagagtttggacgaaattggtttaaaacaagaaagcatttca
gtcagaggttctgccattcaatgtagagttaccactgaagatccattgaatggattccaa
ccagatactggtgtattggaagctttcagaactggtgaaggtatgggtattcgtttggat
attggttctggttatgttggatcaaagattacaccattctatgattcgctccttgtcaag
gtcattggtaaaggtctcactcatgaagaagcttccaacaaattgagacgtgccttggct
gaattcagaattcgtggtgtcaaacacaatattccattcttgcaaaaggtcttatctcat
gaaaagttcttaaatggttatgttgacacctcattcattgatactaacccagaactcttc
caattctcatccagtggtaacagagctcaaaagctcttatcattcttggctgaaaatgtt
gtcaatggaccaactacattactcgtcactgatttggaaccatccaagaagaatccaact
gttccaaagacacctactggtgctcctccacgtggctggaaacaagttctcgatgaacaa
ggtcctgaagcatttgcaaaggccattcgtgatagaagtgaattgctcattactgacaca
accatgagagatgctcaccaaagtttattggcaactcgtgtcagaaccagagatttaatg
tctattgctccatatactgctcacgccatgtcagattgtctttcattggaaatgggaggt
ggtgcaacctttgatgtttgtttgaactttttgagagaatgtccattcgaaagattggct
aagttgagagaagccattcctaacattccattccaaatgttattcagaggtgcaaatgct
gttggttacactgcttatccagataatgttgtttacaaatattgtaagaaaacagttgaa
catggtatggacattttcagaatctttgactcattgaactatgttccaaatatggagttg
ggtattgatgctgttggtagcgctggtggcgttattgaagcagccattagttatacagga
gatgtcagtgatcctaaaaagtccaagtataatttggaatattatttgaaagttgccaga
tcacttgttgaaaagggagttcacattttgtgtatcaaagacatggctggtttgttgaga
cctagtgcagcaaccttattgattggtgctttgagaaaggaattcccacacattccaatt
catcttcacactcacgatactgcaggaactggtgttgctactttattggcagctgctgaa
gctggtgctgatattgttgacgctgctattgatagcatgtcaggattgactagtcaacct
agtttgggagctattgttgcttcattgaagaacactccattggatactaaattggatttg
ggtaaactctccaaagtttctgattattgggaacaagccagaggattgtatgctccattc
gaatgtactactactttgcgttctggttctagtgatgtttatgtccatgaaattccagga
ggtcaatataccaatttgaatgctcaagtttattccatcaatggttcacttgatggattc
cctaaggttaaggaatcatatgaaattgccaatagattattgggagatatcatcaaggtc
acaccaagtagtaaggttgtcggtgatttggctcaattcatggttcaaaacaacttggct
gaaaaggatgttattgaaaaggccgatcaatttaaattgggtattccatatggtggtttc
ccagaacctttgagaaccaaggttatgagaggaaaaccatccattgaaggaagaccaggt
gctagcatgccagattttgactttgtcaagttgaaggacaagttgaagaaggatttggat
tatgatgcctctgaagaagatttgatttcttcatctctcttcccaaaggtatttgaggaa
tatgttcaattcaaacaacaatatggtgaggtcactaatttgggaactcgtcaatacttt
aagggaattaaagttggtgaagaaactgaagttgaattagaaaagggtaaagtcttacat
atcaaattgaaggccattggagaagttggaagtgatggtaagagagaagttttctttgaa
gtaaatggtcaatcacgtcttgttttggttcaagataagaaactctccaagactattcaa
atcagatcaaaggccaataagaaggatccaaatgaaattggagcaccaatgccaggtaaa
gttattgacattaaagtcaaggaaggtgataaggtcaagaagggagatactttattggtc
caaagtgccatgaagatggaaactcaagtcaagtgtaactttgatggtattatcaaatca
cttggtgttaaggttggtgatgaagttcaaggtggagatttgttatgtattgtttctcaa
taa
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