Chrysoperla carnea: 123298999
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Entry
123298999 CDS
T09255
Name
(RefSeq) pyruvate carboxylase, mitochondrial isoform X1
KO
K01958
pyruvate carboxylase [EC:
6.4.1.1
]
Organism
ccrn
Chrysoperla carnea
Pathway
ccrn00020
Citrate cycle (TCA cycle)
ccrn00620
Pyruvate metabolism
ccrn01100
Metabolic pathways
ccrn01200
Carbon metabolism
ccrn01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
ccrn00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
123298999
00620 Pyruvate metabolism
123298999
Enzymes [BR:
ccrn01000
]
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
123298999
BRITE hierarchy
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
CPSase_L_D2
PYC_OADA
Biotin_carb_N
Biotin_carb_C
HMGL-like
Biotin_lipoyl
Dala_Dala_lig_C
BSH_YknX
ATP-grasp
RnfC_N
ATP-grasp_3
NQRA_N
BSH_RND
BSH_CzcB
PTE
BSH_ALG44
DUF6225
BSH_Fcp1
Motif
Other DBs
NCBI-GeneID:
123298999
NCBI-ProteinID:
XP_044737040
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All DBs
Position
4:complement(68516930..68540938)
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AA seq
1199 aa
AA seq
DB search
MVVRMINSQTKSLIRNNLKLYSRTYATHLPKSKNVEYKPIRKVLAANRGEIAIRIFRACN
ELGIKSVAIYSNEDKLLIHRQKADESYLIGKGLPPVQAYLNIPEIIEIAKNNGVDAIHPG
YGFLSERADFAQAVVDAGLRFIGPSPDTVRQMGDKVAARQAAIAAKIPIVPGTDGPVTTA
AEAKEFCEVHGLPVIFKAAYGGGGRGMRVVKKMDEVVENFERASAEAKAAFGDGSMFIER
FIERPRHIEVQLLGDHAGNVVHLFERDCSVQRRHQKVVEMAPAPHLDPKVRDAMFKCALQ
IAKHVGYENAGTVEFLYEPAAKKFYFIEVNARLQVEHTITEEITGVDLVQSQIRVAEGLT
LPELGLTQDKIHANGFAIQCRVTTEDPAKGFQPDSGRIEVFRTGEGMGIRLDSASAYAGA
VITPHYDSLLVKVIASAKDLPSACAKMNRSLREFRIRGVKTNIPFLLNVLENQKFLNGAV
DTYFIDENPQLFVFQPTKNRAQKLLTYMAEVLVNGPQTPLATKLLPEEIVPVVPEIKILN
EGARTDEEDSYTLPPPPKGFRDILKKEGPKAFAKAVRAHKGALFMDTTFRDAHQSLLATR
VRTHDLLKISPFVAQKFSQLYSLENWGGATFDVSLRFLHECPWERLEKMRELIPNIPFQM
LLRGANAVGYTNYPDNVVYKFCDLAVKAGMDVFRVFDSLNYVPNLVVGMDAVNKAGGVVE
AAISYSGDVANPKKTKYTLDYYTKLADELVKAGAHVLAIKDMSGLLKPQSARLLVSALRA
QLPDDVPIHIHTHDTSGNGVASTLFCVESGADVVDVAVDSMSGLTSQPSMGAVVAALEGT
EHDSHIDLNDVSAYSAYWQQVRGLYAPFECTAFLKSGNADVYLNEIPGGQYTNLQFQAYS
LGLGEQFEQVKKAYIDANQILGDIIKVTPSSKVVGDLAQFLVQNKLTREECEERAEELSF
PKSVVEFLQGHIGQPVGGFPEPFRSKVLKNMPRMEGRPGASLPPLDFDALKTSLQTDTNR
SISDYDVMSAALYPQVTKDYLGFRERFGPVKDLETRIFLVGPKIGEEFNIEIEKGKSLVV
RHLATADETTKEGDRKVFFELNGQLRTIYVRDASAKKTVEVHPRAEKGNEKHLGAPMPGT
VLEVRVKVGDTVDKGTPVVVLSAMKMETIVQSPVAGKVKKILVKVNDNLQAEDLVLEYE
NT seq
3600 nt
NT seq
+upstream
nt +downstream
nt
atggttgtccgtatgataaattctcaaacaaaatcattaatacgaaacaatttaaaatta
tattcacgcacatatgcaacgcatcttccaaaatcgaaaaatgtcgaatataaaccaatt
cgtaaagtattagcagcaaatcgtggtgaaattgctatccgtatattccgagcatgtaac
gaattgggtattaaatctgtggcaatctactcgaatgaagataaacttttgattcataga
caaaaggcagatgaatcatatttaattggtaaaggattgccacccgtccaagcctactta
aatatacctgaaattattgaaattgccaaaaataatggagtcgatgcgatccatcctggt
tatggtttcttgtcagaacgtgccgattttgcacaggctgttgtggatgctggattacgg
tttattggaccctcaccagacactgtccgacaaatgggtgacaaagtagctgctcgacaa
gctgctattgctgccaaaattccaattgtacctggaacagacggaccagtaacaactgcc
gcagaagcgaaagagttttgtgaagttcatggattaccagtaattttcaaagctgcatac
ggaggtggtggtcgtggtatgagagtggtcaaaaaaatggatgaagtcgtggaaaacttt
gaaagagcatcagcagaagccaaggctgcttttggtgatggttcaatgtttatcgaacga
tttattgaacgtcctcgacacattgaagtacaattacttggtgatcacgctggaaatgtt
gtacacttattcgaaagagattgttctgtacaacgtcgtcatcaaaaagttgtggaaatg
gcacctgctccacatttagatccaaaagttcgtgatgctatgttcaaatgtgcattgcaa
attgcaaaacatgtaggatatgaaaatgccggtactgttgaattcttgtacgaaccagca
gcgaagaaattctactttattgaagtcaatgccagattacaagtcgaacacaccattact
gaagaaattacaggagttgatttagtacaatctcaaattcgtgtcgctgaaggattaact
ttaccagaattaggattaactcaagataaaatccatgctaatggctttgccattcaatgt
cgtgtaacgactgaagatccagccaaaggtttccaacctgattctggccgtattgaggta
ttccgtactggtgaaggtatgggtatccgtttggatagtgcctcagcatatgccggagct
gtgatcacgccacattatgactcgttattggtaaaagtaattgccagtgctaaagattta
ccatcagcctgtgcaaaaatgaatcgttcattacgggaattccgtattcgtggtgttaaa
acaaacattccattcctattaaatgtattagaaaatcagaaattcttaaacggagctgtt
gacacatactttatcgatgaaaatcctcaattattcgtatttcaaccaaccaaaaatcgt
gcacaaaaattattaacatatatggctgaagtattagttaatggaccacaaactccatta
gctactaaactcttaccggaagaaattgttccagtggttccagaaatcaaaattttgaat
gaaggcgctcgtaccgacgaagaggattcatacacattacctcccccaccaaaaggtttc
agagatattcttaaaaaagaaggaccaaaagcttttgccaaagctgtacgcgcacataaa
ggtgccttgtttatggatactacattccgagatgctcatcaatcgttattagcgacacgt
gttcgaactcatgatctcctcaaaatttcgccatttgtcgcccaaaaattcagtcaatta
tattcattggaaaattggggtggtgcaacattcgatgtctccttacgtttcttacacgaa
tgtccatgggaacgtttagaaaaaatgcgtgaattaattccaaacattccattccaaatg
ttgttgcgtggtgcaaatgctgtcggttatacaaattacccagacaatgttgtctataaa
ttctgtgatttagctgtaaaagctggaatggacgttttccgtgttttcgattcgttgaat
tatgtaccaaatttggttgttggtatggatgccgtcaacaaagctggtggagttgttgaa
gcagctatttcatattctggagacgttgcaaatccaaagaaaacgaaatatactttagat
tattatacaaaattagctgatgagctagtgaaagctggtgctcatgttttggctattaaa
gatatgtctggtcttttgaaaccacaatctgccagattattagtatcagctcttcgcgct
caattaccagacgatgttccaatccatattcacacccatgatacatccggtaatggcgtt
gcatcaaccctattttgtgttgaatctggagccgatgttgtggacgtagctgttgactcc
atgtctggattaacaagtcaaccaagtatgggtgcagttgtcgccgcacttgaaggcact
gaacatgattctcacattgatttgaatgatgtctcagcgtattctgcatactggcaacaa
gttagaggattatacgcaccatttgaatgtaccgcgtttttgaaatctggaaatgccgat
gtctatttgaatgaaatccccggtggtcaatataccaatctccaattccaagcatactcc
ttaggtttgggcgaacaattcgaacaagttaaaaaagcatacatcgatgcaaatcaaatt
ttgggtgatattattaaagtcacaccatcatcaaaggtggttggtgatttagcacaattc
ttagtacaaaataaactaacacgtgaagaatgtgaagaacgtgccgaagaattatcgttc
ccgaaatcagtcgtcgaattcttacaaggtcatattggacaacctgttggtggtttcccc
gaaccattccgtagtaaagtattaaagaatatgccaagaatggaaggtagacctggagca
agtttaccaccattagattttgatgcattgaagacatccttacaaaccgatacgaataga
tcgattagtgattacgatgttatgtccgctgccctctacccacaagttacaaaggattac
ttaggattcagggagagatttggacctgttaaggatttagaaactagaatatttttggtt
ggtcctaaaattggtgaggaatttaatattgaaattgaaaagggaaagagtcttgttgta
cgacatcttgccacagcggacgaaactactaaagagggagatagaaaggtattctttgaa
ttaaacggacaattacgaacaatttacgtacgagatgcttcagcaaagaaaaccgttgaa
gtacatccacgtgccgaaaaaggcaacgaaaaacatttaggtgcaccaatgcctggaaca
gtacttgaagttcgcgttaaagtaggcgatacagttgataaaggtacccccgttgttgta
ttatccgcaatgaaaatggaaacaattgtacaaagtccagtcgctggtaaagttaagaaa
attctagtcaaagtcaacgataatttacaagctgaagatctagttttagaatacgaataa
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