Asparagus officinalis (garden asparagus): 109846023
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Entry
109846023 CDS
T05243
Name
(RefSeq) LOW QUALITY PROTEIN: plastidial pyruvate kinase 4, chloroplastic-like
KO
K00873
pyruvate kinase [EC:
2.7.1.40
]
Organism
aof
Asparagus officinalis (garden asparagus)
Pathway
aof00010
Glycolysis / Gluconeogenesis
aof00620
Pyruvate metabolism
aof01100
Metabolic pathways
aof01110
Biosynthesis of secondary metabolites
aof01200
Carbon metabolism
aof01230
Biosynthesis of amino acids
Module
aof_M00001
Glycolysis (Embden-Meyerhof pathway), glucose => pyruvate
aof_M00002
Glycolysis, core module involving three-carbon compounds
Brite
KEGG Orthology (KO) [BR:
aof00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
109846023
00620 Pyruvate metabolism
109846023
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
aof04131
]
109846023
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
aof04147
]
109846023
Enzymes [BR:
aof01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.1 Phosphotransferases with an alcohol group as acceptor
2.7.1.40 pyruvate kinase
109846023
Membrane trafficking [BR:
aof04131
]
Autophagy
Chaperone mediated autophagy (CMA)
Selective cargos
109846023
Exosome [BR:
aof04147
]
Exosomal proteins
Proteins found in most exosomes
109846023
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PK
IMPDH
Ubie_methyltran
Motif
Other DBs
NCBI-GeneID:
109846023
NCBI-ProteinID:
XP_020270834
LinkDB
All DBs
Position
6:complement(32328328..32335282)
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AA seq
866 aa
AA seq
DB search
MNYMLLTDGGEPESYDDAYQSGDSLFLSFHIVLLSNIAWSSQGNHTCNLQDLRSKSEHQL
SSFLHGHFSSSLNLGYHPLQLQLRSKKSLHNYLKLFAKLQENDDPKSNDWKPCKETLHAA
THEFESNPSSQKSSSSPSTLNSQLDEDSKCQSIAKEDLCQYPFDYELYLDKLKAVLLHVL
AAGQWNAPRLKMCDRKYLVSSTNLIHYLALRSLDVQQLTDGLSSIGLMNLDGVNSHVLAS
INSCISLLVKQAPKYCSAELNVLDASFGVTCEENQKVMETGLMRKRASMHATELLGTVCN
KKEVHIMVTVGKEAIAKQQLLPDLLKAGADIIRINSAHDDSSVWSEIIRQAKHSSQMLEK
PCRILMDLAGPKLRTGFLNKGPSVMKISPKKDVSGNVIVPAQVWLSYSGCDPPSHISPEA
VLYVESERFLHKLEVGSIIRFVDARGKNRSLKVCKKHSVFAGYGYTVEVSRTAYIASGTR
LRIERKKGKDSVGRIVNVPSTEQFIRLRVGDLLTIYRDSCSSISNIGSSSSLALKITCDS
GRLFDSVKPGEPIAFDDGKIWGVIRGVNSSEIVVSITHARPNGSKLGSGKSINIPESSMQ
FEGLTSKDLQDLEFVASNADMVGISFIRNTSDIDIVMQELARKKLHNLGVVLKIETRDAF
EKLPLLLLQAMRFPNPLGVMIARGDLAVECGWDQMASIQEEILSICAAAHIPVIWATQVM
ESLVGHQCMDLSXSGIPAGRAEITDVATGMRSNCIMLNKGKYIVEAVSSLDSIISNCSTK
ENVKNLVKPLLPSCCGCAVALCCFMSELVVVETNFTKSVMLLCPLILLMTLLMGGPATVD
PYTAAGVLLSLEKVSYLYIYPQTSLT
NT seq
2601 nt
NT seq
+upstream
nt +downstream
nt
atgaattatatgttgctgacagatggaggagagcctgaaagctatgatgatgcttatcag
agtggagattccctttttctgtcatttcatattgttctcttgtctaatatagcatggtct
tctcagggcaatcatacttgcaatcttcaagatttgagatctaaatcagagcaccagctc
tcaagcttccttcatgggcatttttcatcatctctgaatttagggtatcaccctctccag
cttcagttaagatcaaagaagagcctacacaactatctcaaactttttgcaaagttacag
gaaaatgatgatcccaagagcaacgattggaaaccttgtaaggaaacactccatgctgcc
actcatgaattcgaaagcaatcctagttctcagaaatcatctagtagcccaagcacactt
aactctcaattagatgaagactcaaagtgtcagtctattgctaaggaggatctttgtcaa
tatccattcgattatgaactataccttgacaagttaaaggctgtacttttgcatgtgttg
gctgcagggcaatggaatgctccacgtctcaagatgtgtgacagaaaatatttggttagt
tcgacaaatttgatccattatttggcactacgttccctcgatgtccaacaactgactgat
gggctttcctccatcggccttatgaatctagacggtgttaattcacatgttctcgccagt
atcaattcttgcattagtctgctggtaaaacaagcgcctaaatattgtagtgcagaatta
aatgtattggatgcttctttcggagtcacttgtgaggaaaatcagaaggtaatggaaaca
ggtctgatgaggaaaagggcatcaatgcatgcaactgaactacttggaacagtttgcaat
aagaaagaagtacatataatggtaacagttgggaaagaggcaatcgccaagcaacagctt
cttcctgatcttctaaaggccggagctgatataatacggattaattctgcacatgatgac
tctagtgtttggagtgaaatcatcaggcaagcaaagcacagctcccagatgctggaaaag
ccatgtcgaattctgatggatttggctgggccaaagctgaggacagggtttttgaataag
gggccgagtgtgatgaaaatatccccaaaaaaggatgtgagtggaaatgtgattgttccc
gctcaggtctggttatcttactcaggatgtgatcctccttcccacatatcaccagaagcc
gtcctgtatgtagaaagtgagcgatttcttcacaaacttgaggtgggtagcattataaga
tttgtcgatgctagagggaaaaatagatctttaaaggtttgcaaaaagcattctgttttt
gctggttatggctatacggttgaggtttcaaggactgcttatattgcatctggcaccaga
ttgcggattgagagaaagaagggtaaggattcagttggacgcattgtgaatgttccttct
acagagcagtttattagactgagagtaggagatttactaactatttacagagattcctgt
tcatccatcagtaatataggcagcagttcatctcttgctcttaaaatcacatgcgactct
gggcgcctttttgattctgttaaacctggcgagccaattgcatttgacgatgggaaaatc
tggggagttattcgaggggttaacagtagtgagattgttgtgtcaatcactcatgcaaga
cctaatggctccaaactaggttctggtaaatcaataaacatacctgagagctcaatgcag
ttcgaaggtctcacatctaaagatcttcaggatcttgagtttgttgctagtaatgctgat
atggttggaatttcattcattagaaatacatctgatatcgatattgttatgcaagagctt
gccagaaagaagctacacaatctgggagttgtattgaaaatagaaacccgtgatgcattt
gagaagctgccacttctacttctccaagcgatgcggttccctaatcctttgggtgtaatg
atcgctaggggagatcttgcagtggagtgcggatgggatcagatggctagtatacaagaa
gagatcttatcgatttgtgctgctgcacatatacctgtaatctgggcaacccaagtcatg
gaatctctcgttgggcaccagtgcatggatctctcgtaatctggcattcctgctggaaga
gccgagatcactgatgtcgctactggaatgaggtcaaattgcattatgctgaacaagggt
aaatacattgtagaagcagtttcaagcttggattctatcataagcaattgttccacaaag
gagaacgtgaagaatttagtaaagccacttcttccctcctgttgtgggtgcgctgtggca
ctctgctgctttatgtccgagcttgttgtagttgaaacaaacttcacgaaatcggtgatg
ctgctatgccctctgatcctgctgatgaccctacttatggggggccctgctactgtggac
ccttacactgctgctggggtcctcctgagcctggaaaaggtctcttacctttacatttat
ccccaaacttccctgacttag
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