Chrysoperla carnea: 123293546
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Entry
123293546 CDS
T09255
Name
(RefSeq) 2-oxoglutarate dehydrogenase, mitochondrial-like
KO
K00164
2-oxoglutarate dehydrogenase E1 component [EC:
1.2.4.2
]
Organism
ccrn
Chrysoperla carnea
Pathway
ccrn00020
Citrate cycle (TCA cycle)
ccrn00785
Lipoic acid metabolism
ccrn01100
Metabolic pathways
ccrn01200
Carbon metabolism
ccrn01210
2-Oxocarboxylic acid metabolism
Module
ccrn_M00009
Citrate cycle (TCA cycle, Krebs cycle)
ccrn_M00011
Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate
Brite
KEGG Orthology (KO) [BR:
ccrn00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
123293546
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
123293546
Enzymes [BR:
ccrn01000
]
1. Oxidoreductases
1.2 Acting on the aldehyde or oxo group of donors
1.2.4 With a disulfide as acceptor
1.2.4.2 oxoglutarate dehydrogenase (succinyl-transferring)
123293546
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
OxoGdeHyase_C
Transket_pyr
E1_dh
2-oxogl_dehyd_N
PFOR_II
Motif
Other DBs
NCBI-GeneID:
123293546
NCBI-ProteinID:
XP_044730345
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All DBs
Position
1:111647505..111653827
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AA seq
1033 aa
AA seq
DB search
MHKLWTADPKNVHETWDMYFRNILFSDFESTKQLIKTIKKIPTEVQKAVTDTKQITDSQK
IADTQQSTDTKKIADIIKVAETPKIPKKLTHTQSFTSDSSDINKISNYYGHTTKEPEAPA
EDCKRTDVFNFPTIEVIESKKYDLTNKITFKQDLTTLTDCSEDTWLFLLCRKYQNYGHFL
AKTDPLEYTRNDVLMKYRMAIEHTLETLKEKIHADKECYLSSITNIGGQNITLPFKEIVK
RLEKVYTSSMGIQTRQNNRIFIKKWIQKKVEYPTLYENVTPLEKLIALKRLINTTGFDKF
VAKNWPNEVSYGFNGLESVIPALGQIIDTASSMGVTQVLIGMEHQGRLNVIANILKIPLR
RIFALYGDPKGNLTMGTSNQFLNLTSEKHIRLSISPSSSHVEYAGPILMGKAKALISQKN
DLKGKSVLPIVIHEDSAFSGQGVCFETVRFDQLPLYTPFGTIHVVLNDYMTTSTHSSSTR
STIYPTAVSFVNEAPVFHVNGDDIESVLYAAKLCAEIRQRFQADVILDVVGYIRDMGNLQ
FVEPIMYSKINQMEPVMDKFYAQLKNEKIVTESEYKMFKDDYDRRLKEEFAKSGEEKPDA
EHWIDSPWKSFFQGTNLFHCDATGIHEQTIYHTGKKLSELPLKYDLHPQVVRVLQKRKEL
IKERLIDWVLAEGIAFGSLLKMGIPVRLSGSQVAIGTFNQRHHILYHQTKDKVEYHPLSN
IYPDQAEYLIINSPDAVNGTLAYEVGLSTISPKLLVVWEATYGDQVNLAQTVIDNYIASG
EAKWRRQSGLVLLLPHGMEGEGAERSNARPERFLCLCNDDPELLPTETSDVNFNMKQLYH
CNIIVANCTTPANYFHILRRQILLPFRKPLILCTPKSMINNSLFRSSFEDIIYPTEFKRI
ISEFDESASKDQFDNVVKLIFCSGSVYYDLMEEREMRNLNEQISIVRIEQLAPFPYDLVK
IELEKYKNVKQIAWAQEEHRNHGPWYFIEPRLHYLGVENLQYIGRLTCAVPADAYESRFI
AQRNAFLIEAMKI
NT seq
3102 nt
NT seq
+upstream
nt +downstream
nt
atgcataaattatggacagcagatccaaaaaatgttcacgagacgtgggatatgtatttt
agaaatattcttttttctgattttgaaagtacaaaacagttaataaaaacaattaaaaaa
attccaacagaagtacaaaaagcagttactgatacaaaacaaattactgattcacaaaag
attgccgatacacaacaaagcactgatacaaaaaaaattgccgatataataaaagttgct
gaaacaccgaaaattcctaaaaaactcacccatacacaatcttttacatcagattcatca
gatattaataaaatttcaaattattatggtcataccaccaaagaaccagaagcaccagcc
gaggattgtaaaagaacggatgtttttaattttccaaccatcgaagtaatagaatcaaaa
aaatacgacttaactaataaaataacatttaaacaagatttaactactttgaccgactgt
agtgaagatacatggctatttttattgtgcagaaaatatcaaaattatggtcactttttg
gctaaaactgacccattagaatatacacgcaatgatgtacttatgaaatatcgaatggct
atagaacacacacttgaaactttaaaagaaaaaattcatgcggataaggaatgttattta
tcatctataacgaatattggtggacaaaatattacactaccgtttaaagaaatagttaag
cgccttgaaaaagtttatacgagtagtatgggtatacaaactagacaaaataatcgcatt
tttataaagaagtggattcagaaaaaagttgaatatcctacgctatatgaaaatgtaacc
ccgttggaaaagctgattgcattaaaacgtttaataaataccacaggatttgataaattt
gtggcaaaaaattggccaaacgaagtttcatatggtttcaatggattggaaagtgttatt
ccagcattaggtcaaatcatagatacagcttcttccatgggagtgactcaagttctaatt
ggtatggaacatcaaggtcgtttaaatgtaattgctaacatcctaaaaataccattacgt
cgaatttttgctttatatggtgatcccaaaggtaacctgacaatgggaacttctaatcag
tttttaaatttaacatcagaaaagcatatccgtttatcaataagtcctagttcaagccat
gtcgaatatgctggtccaattttaatgggcaaagccaaagcgttaatatctcagaaaaat
gatttaaaaggcaaaagtgttttgccaatagttattcatgaagactcggcattttctggt
caaggtgtttgttttgaaacagtgcgatttgatcaattaccattatatacaccgttcgga
acgattcatgtggtattaaatgattatatgactacatctacacattcatcaagtacccga
tccacaatatatcctacggcagtttctttcgtaaacgaagcacctgttttccacgttaat
ggagatgatatcgaaagtgtactttatgcagccaaattatgtgccgaaatacgtcaacga
tttcaagctgatgttattttagatgttgttggatacattcgtgatatgggaaatcttcaa
tttgttgaaccgattatgtattcaaaaattaatcaaatggagccagtaatggataaattt
tacgctcagctaaaaaatgagaaaatagtaacggaatcagaatacaaaatgtttaaagac
gattacgaccgacgattaaaagaagaatttgcgaaaagtggagaagagaaacctgatgcg
gaacattggatagactctccatggaaaagtttctttcaagggacaaatctatttcattgc
gatgcaacaggaattcatgaacaaacgatttatcatacggggaaaaaactttccgaattg
ccattaaaatatgatttacatccacaggttgtgcgtgtccttcaaaaaagaaaagaactg
ataaaagaacgtttaatagattgggtattagctgagggtatagcttttggttcgttactt
aaaatgggaattcctgtaagattatctggcagtcaggttgcaattgggacatttaatcaa
agacatcatatactttaccatcagactaaagataaggtagaatatcacccattgtctaac
atatatcccgatcaagcggaatatttaataattaacagtccagatgctgtaaatggtaca
ttggcatatgaggtaggattatctacaatatctccaaaacttcttgttgtatgggaagct
acatatggtgatcaagtaaatcttgctcaaaccgttatagataattatattgcgtcagga
gaagcaaaatggagacgtcaaagtggactcgttctattattaccgcatggaatggaaggg
gaaggcgcagaacgttcaaatgccagacccgaacgctttttatgtctttgtaatgatgat
cctgaattgctaccaaccgagacttctgatgtcaattttaatatgaaacaattgtatcat
tgcaatattattgttgcaaattgtacaacacctgctaattattttcatattttgcgacgt
caaattctattaccatttcgtaaaccactcattttatgtacacctaaaagtatgataaat
aattctttattcaggagttcatttgaggatataatttatccaacagaatttaaacgtatt
atatcagaatttgatgaatcggctagcaaagatcagttcgataatgttgtaaaattaata
ttttgttcgggttccgtttattatgatttaatggaagaacgagaaatgaggaatttaaat
gaacaaatttcaattgttcgcattgaacagctagcaccgtttccgtatgatttagtaaaa
atagaattagaaaagtacaaaaatgtaaaacaaattgcatgggcccaagaagagcataga
aatcatggtccatggtactttattgaacctcgtcttcattatcttggagttgaaaactta
cagtatattggacggttaacatgtgcagtacccgctgatgcatatgaatcccgatttata
gctcaacgtaacgcatttttaatagaagctatgaaaatttaa
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