Salvia miltiorrhiza (redroot sage): 131024238
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Entry
131024238 CDS
T09291
Name
(RefSeq) ATP-citrate synthase beta chain protein 2
KO
K01648
ATP citrate (pro-S)-lyase [EC:
2.3.3.8
]
Organism
smil
Salvia miltiorrhiza (redroot sage)
Pathway
smil00020
Citrate cycle (TCA cycle)
smil01100
Metabolic pathways
smil01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
smil00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
131024238
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
smil04147
]
131024238
Enzymes [BR:
smil01000
]
2. Transferases
2.3 Acyltransferases
2.3.3 Acyl groups converted into alkyl groups on transfer
2.3.3.8 ATP citrate synthase
131024238
Exosome [BR:
smil04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
131024238
Exosomal proteins of bladder cancer cells
131024238
Exosomal proteins of melanoma cells
131024238
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SSDB
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Gene cluster
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Motif
Pfam:
Citrate_synt
Ligase_CoA
Succ_CoA_lig
CoA_binding
Motif
Other DBs
NCBI-GeneID:
131024238
NCBI-ProteinID:
XP_057809736
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Position
5:25313232..25319970
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AA seq
608 aa
AA seq
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MATGQLFSKTTQALFYNYKQLPIQRMLDFDFLCGRETPSVAGIINPGSEGFQKLFFGQEE
IAIPVHSAIEAACAAHPTADVFINFASFRSAAASSMAALKQPTIKVVAIIAEGVPESDAK
QLIAYAKANNKVVIGPATVGGIQAGAFKIGDTAGTIDNIIHCKLYRPGSVGFVSKSGGMS
NELYNSIARVTDGIYEGIAIGGDVFPGSTLSDHVLRFNNIPQVKMIVVLGELGGRDEYSL
VEALKQGKISKPVVAWVSGTCATLFKSEVQFGHAGAKSGGEMESAQAKNEALREAGAVVP
TSFEAFEGAIKETFEKLAEAGKITQVKEVKPPQIPEDLSTAIKSGKVRAPTHIISTISDD
RGEEPMYAGVPMSSIVEQGLGVGDVISLLWFKRSLPRYCTRFIEICVMLCADHGPCVSGA
HNTIVTARAGKDLVSSLVSGLLTIGPRFGGAIDDAARYFKDAYDKGLTPYEFVESMKKKG
IRVPGIGHRIKRGDNRDKRVELLQLFARTNFPSVKYMEYAVEVETYTLSKANNLVLNVDG
AIGSLFLDLLAGSGMFTKQEIDEIVGIGYLNGLFVLARSIGLIGHTFDQKRLKQPLYRHP
WEDVLYTK
NT seq
1827 nt
NT seq
+upstream
nt +downstream
nt
atggcgacgggacagcttttctcaaaaaccactcaagcattgttctataattacaagcaa
ttgccaattcagcgaatgcttgattttgatttcctttgtggcagggaaacaccttctgtt
gctggaattataaatcctggttctgagggattccagaaactattttttggtcaagaggaa
attgcgattccagtccattctgctatcgaagccgcttgtgctgcccatccaacagctgat
gttttcattaactttgcatcattcagaagtgctgcagcttcatctatggctgctctgaag
cagccgactatcaaagttgtggctattatagctgagggtgtcccagagtctgacgccaag
cagttgattgcctatgccaaagctaacaacaaggttgtcattggtccagccactgttgga
ggtattcaagctggtgcatttaagattggtgatacagctgggacaattgataatataatc
cattgcaagttgtacaggcctggatccgttggcttcgtctcaaaatctggtggcatgtct
aatgaattatacaactcaattgctcgtgtcacggatgggatttatgaaggtattgcaatt
ggaggagatgtgtttcctgggtcaacactttctgatcatgtcttgcgatttaacaatatt
cctcaggttaaaatgatagtcgttcttggggaacttggtggacgtgatgaatattctcta
gttgaggcccttaaacaggggaaaatcagtaaaccagtcgttgcctgggtcagtggaact
tgtgctacgctcttcaagtcagaagtacaattcggtcatgcgggggcaaagagtggtgga
gagatggaatccgcacaggccaagaatgaagcactcagagaagctggagctgttgttccc
acttcgtttgaggcatttgaaggtgcaatcaaggaaacattcgagaaattggctgaggca
ggaaagattacccaagtaaaggaggtgaaaccccctcaaattccagaggatcttagcacg
gccatcaagagtggaaaagttcgagctccaacacatattatttcaacaatctctgatgat
agaggtgaagagccaatgtatgctggtgtccccatgtcctccattgttgaacagggatta
ggtgttggtgatgtaatctctttactgtggttcaaacgaagcctcccacgttactgcaca
cgctttattgagatttgtgtcatgttgtgtgccgaccatggtccctgcgtctctggtgct
cacaacaccattgtaacggccagagctggaaaagacctcgtctctagtcttgtctcaggt
ttactgacaattggaccgcgatttggtggtgctattgatgatgctgctcgatacttcaag
gatgcttatgacaagggtcttactccttatgaatttgtcgaaagcatgaaaaagaagggc
attcgcgttcctggcattgggcacagaatcaagaggggtgacaacagagataagagggtc
gagttacttcaactctttgcacgcaccaattttccatctgtgaaatacatggaatatgca
gttgaagtcgaaacctacacgctttcaaaggctaacaaccttgtcctcaacgtcgatggc
gccattggctccctattcttggatcttcttgctggtagtggcatgttcaccaagcaagaa
attgatgagattgttggcattggttaccttaacggcctcttcgtactggctcgttccatt
ggtctaatcgggcacacgtttgaccagaagagactgaagcagcctctctaccgccacccg
tgggaagacgtgctctacaccaagtaa
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