Daktulosphaira vitifoliae (grape phylloxera): 126895691
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Entry
126895691 CDS
T09738
Name
(RefSeq) ATP-citrate synthase
KO
K01648
ATP citrate (pro-S)-lyase [EC:
2.3.3.8
]
Organism
dvt
Daktulosphaira vitifoliae (grape phylloxera)
Pathway
dvt00020
Citrate cycle (TCA cycle)
dvt01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
dvt00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
126895691
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
dvt04147
]
126895691
Enzymes [BR:
dvt01000
]
2. Transferases
2.3 Acyltransferases
2.3.3 Acyl groups converted into alkyl groups on transfer
2.3.3.8 ATP citrate synthase
126895691
Exosome [BR:
dvt04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
126895691
Exosomal proteins of bladder cancer cells
126895691
Exosomal proteins of melanoma cells
126895691
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Citrate_synth_N
Citrate_bind
Ligase_CoA
Citrate_synt
ATP-grasp_2
Succ_CoA_lig
HI0933_like
DUF3871
Motif
Other DBs
NCBI-GeneID:
126895691
NCBI-ProteinID:
XP_050523811
LinkDB
All DBs
Position
Unknown
AA seq
1092 aa
AA seq
DB search
MSAKAISEATGKDIINRNLAPLTSAAKCRFASVNENTKWEDLLIDNPWLKTESLVAKPDQ
LIKRRGKLGLIKVKTDFTDAKQWILERLGKNQQIGRANGKLKNFIIEPFIPHKPEEEAYV
CIYSHRYADTILFHHEGGVDIGDVDAKALKLEVPIGQNVTEDQILEKLLIKVSPTKQKTI
ATFIVALYKMYVNLYFTYLEINPLVVTDSAIYILDLAAKIDSTADFVCRSSWGEIEYPPP
FGRDAYPEEAYIADLDAKSGASLKLTILNKKGRIWTMVAGGGASVIYADTICDYGGASEL
ANYGEYSGAPSEQQTYEYAKTILSLMTQEKHPDGKVLITGGGIANFTNVAATFKGIVTAL
TEFQTKILEHNITIYVRRAGPNYQEGLRIIREVGKTLRIPIYVFGPETHMTAIVGYALGK
KAIPKETEQESVTANFLLPGGQDANTVNAKQEVVDGSKDGAISPSVASPTQTKFTSGITY
SKPLFSHNTRAIVWGMQTRAVQSMLDFDFVCQRHEPSVACLVYPFTGDHKLKFYWGHKEV
LIPVYKKMEDAMLKHRNADVLVNFASLRSAYDSTIETLNYPQIRTIAIIAEGIPENMTRK
LILLANEKKVTIIGPATVGGLKPGCFKIGNTGGMMDNILHSKLYRAGSVAYVSRSGGMSN
ELNNIISRTTDGVYEGVAIGGDRYPGTTFMDHIMRYQNDPEIKMIVLLGEVGGVEEYEVC
EALKQKKITKPLVAWCIGTCASMFTSEVQFGHAGSCANSDQETATAKNSNLKAAGAFVPT
SFDFLGDIINEVYTKLVKEGSIVPKPEVPPPTVPMDYSWARELGLIRKPASFMTSICDER
GQELLYAGMPISDVLKANMGIGGVISLLWFQRSLPPYVCKFLEMCLLVTADHGPAVSGAH
NTIVCARAGKDLVSSLVSGLLTIGDRFGGALDGAAKQFTEAYDSGLIPMEFVNQMRKKGQ
LIMGIGHRVKSINNPDMRVQIIKDFVLENFPATPLLNYALEVEKITTSKKPNLILNVDGC
IAVAFCDLLRNSGSFTREEAQEYIEMGSINSLFVLGRSIGFIGHYMDQKRLKQGLYRHPW
DDISYVLPEQYN
NT seq
3279 nt
NT seq
+upstream
nt +downstream
nt
atgtctgcaaaagcaattagcgaagctactggaaaagatataattaacagaaatttggca
ccattgacatctgcagcaaaatgtcgatttgcttctgtcaatgaaaatactaaatgggag
gacttgcttattgacaatccctggcttaaaactgaaagcttagtagctaaacctgatcaa
ttaataaaacgtcgtggaaagttaggtctaatcaaagtgaaaactgattttacggatgct
aaacaatggattttagaacgcttgggcaaaaaccaacaaattggtcgtgctaatggaaaa
ttaaaaaattttattattgaacctttcattcctcataaacctgaagaagaagcatatgta
tgtatttactcacatcgttatgccgatacaatattatttcaccatgaaggtggtgttgat
attggtgatgttgatgctaaagcattaaaacttgaagttccaattggacaaaatgtaact
gaagatcaaattttggaaaaacttctaataaaagtcagccctactaaacaaaaaacaatt
gcaacatttatagttgcattatacaaaatgtatgtgaatctttacttcacatatttggaa
atcaatccattagtggtgacagacagtgctatatatatattggatttagctgctaaaata
gattctactgcagattttgtatgtcgttcatcatggggagaaattgaatatccacctcca
tttggacgcgatgcatacccagaagaagcatacatagctgatttagatgctaaaagtgga
gcttctcttaagttaacaatattaaacaaaaaagggcgtatttggactatggttgctggt
ggtggtgcttcagttatttatgcagatactatttgtgattatggtggtgctagtgaatta
gctaactatggtgaatacagtggagctccttctgaacagcaaacttatgaatatgctaag
actattttgagtttaatgactcaagaaaaacatcctgatggaaaagttcttattactgga
ggaggcatcgctaactttacaaatgttgcagctactttcaagggtattgtaactgcacta
acagaattccaaactaagatcttagaacataatataaccatatatgttcgtcgagctggt
cccaattatcaagaaggtctaagaatcataagagaagtaggcaaaactttacgtatacca
atttatgtttttggaccagaaactcacatgacagcaatagtgggttatgctcttggtaaa
aaagctataccaaaagaaactgaacaagaatcagtaactgctaatttcttattaccagga
gggcaggatgcaaatactgttaatgctaaacaagaagtagtagatggttccaaagatgga
gcaataagtccctcagtagcttcaccaactcaaacaaaatttacatctggaattacatac
agtaaacctttatttagtcataacactagagctattgtttggggaatgcaaaccagagct
gtgcagagtatgcttgattttgattttgtctgtcaaagacatgaaccttctgtagcttgc
cttgtatatccattcactggagatcataagttgaaattctattggggacacaaggaagta
ttaattcctgtttacaagaaaatggaagatgctatgttaaaacatcgtaatgcagatgtc
ttagtcaactttgcttctttaagatcagcatatgatagtactatagaaacattaaattat
cctcaaattagaacaattgccataattgctgaaggtattccggaaaatatgactagaaaa
ctaattttattagccaatgaaaaaaaagttacaattattggacccgctactgttggagga
ttgaaaccaggatgctttaaaataggtaatactggtggtatgatggataatattttacat
tccaaactgtacagagctggaagtgttgcttatgtttcccgatctggtggtatgtcaaat
gagttaaataatataatttcaagaacaactgatggtgtgtatgaaggtgtagctattggc
ggtgaccgttatcctggaactacatttatggatcatatcatgaggtatcaaaatgaccct
gaaattaaaatgatcgttcttttgggtgaagttggtggtgttgaagaatatgaagtatgt
gaagctttaaaacaaaaaaagataacaaaacctttggttgcttggtgtattggaacatgt
gcaagtatgtttacatccgaggtacaatttggtcatgcaggatcatgtgctaactcagat
caagaaacagcaacagctaaaaattcaaatctaaaagcagcaggtgcttttgtaccaact
tcatttgactttttgggtgatataatcaatgaagtttatactaaattggtaaaagaaggt
tccattgtgccaaaaccagaagtaccccctccaactgttcccatggattactcttgggct
cgagaactagggcttattcgtaaaccagcatcatttatgactagtatttgtgatgaacgt
ggtcaagaacttctttatgctggcatgcctatcagtgatgtgttaaaagctaatatgggc
attggtggagtaatttctcttctttggttccaaagatcattacctccttatgtttgtaaa
ttcttagaaatgtgcttattggtaacagctgatcatggaccagcagtatcaggagcacat
aacactattgtgtgtgcacgtgctggtaaagatctagtctcatctttggtttctggttta
ttaacaattggagacagatttggaggtgcattggatggtgcagctaaacaatttactgag
gcatatgactcaggattaattcctatggaatttgttaatcaaatgcgaaagaagggtcaa
cttatcatgggcattggtcatagagtaaaatctataaacaatccagatatgagagttcaa
atcatcaaagactttgtcttagaaaattttccagcaactccacttttaaattatgcacta
gaagttgaaaaaataactacatctaaaaagccaaacctcattttgaatgttgacggatgt
atagcagtagcattctgtgatcttttaagaaatagtgggagttttactcgtgaggaagcc
caagaatatattgaaatgggctctatcaacagtttatttgtactcggaagaagtattgga
tttattggacattatatggaccaaaaaagattaaaacaaggactttaccgtcatccatgg
gatgatatatcatatgttttacccgaacaatacaactaa
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