Mercurialis annua (annual mercury): 126673823
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Entry
126673823 CDS
T10153
Name
(RefSeq) phosphoenolpyruvate carboxylase 4 isoform X1
KO
K01595
phosphoenolpyruvate carboxylase [EC:
4.1.1.31
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00620
Pyruvate metabolism
mean00710
Carbon fixation by Calvin cycle
mean01100
Metabolic pathways
mean01200
Carbon metabolism
Module
mean_M00168
CAM (Crassulacean acid metabolism), dark
mean_M00170
C4-dicarboxylic acid cycle, phosphoenolpyruvate carboxykinase type
mean_M00171
C4-dicarboxylic acid cycle, NAD - malic enzyme type
mean_M00172
C4-dicarboxylic acid cycle, NADP - malic enzyme type
Brite
Enzymes [BR:
mean01000
]
4. Lyases
4.1 Carbon-carbon lyases
4.1.1 Carboxy-lyases
4.1.1.31 phosphoenolpyruvate carboxylase
126673823
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GFIT
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NCBI-GeneID:
126673823
NCBI-ProteinID:
XP_050224082
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Position
LG3:63052685..63062570
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AA seq
1051 aa
AA seq
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MTDTTDDIAEEISFQSYDDDCKLLGNLFNDVLQREVGSNFMEKLERNRILAQSACNMRLA
GIENTAELVEKQLASEISRMTLEEALTLARAFSHYLNLMGIAETHHRVRKARSMTHLSKS
CDDIFNQLLQSGVSGEELYNTFCKQEVEIVLTAHPTQINRRTLQYKHIRIAHLLDYNDRP
DLTHEDREMLIEDLVREVTSIWQTDELRRHKPTPVDEARAGLNIVEQSLWKAVPHYLRRV
SNALKKHTGKPLPLTCTPIKFGSWMGGDRDGNPNVTAKVTRDVSLLSRWMAVDLYIREVD
SLRFELSMTQCSDSLLKVANDILVEETSSEAQHESWNQHTGRSQTKFHRHSLPTQLPARA
DLPACTECNDGESLYPKLELPGTDYMPLGRQDGLGSISESSLQDTNNGLPKPSANGSTAN
SSGSPRGSFTSSQLLAQRKIFAESKIGRSSFQKLLEPSLPQFPGIAPYRIVLGNVKDKLM
RTRRRLELLLEDLPCEYDPWDYYETTDQLLDRLLLCYESLQSCGAGVLADGRLADLIRRV
ATFGMVLMKLDLRQESGRHADTLDAITKYLEMGTYSEWDEEKKLEFLTRELKGKRPLVPP
TIEVPPDVKEVLDSFRVAAELGSDSLGAYVISMASNASDVLAVELLQKDARLAVSGELGR
PCPGGTLRVVPLFETVKDLRGAGSVIRKLLSIDWYREHIIKNHDSHQEVMVGYSDSGKDA
GRFTAAWELYKAQEDVVAACNEFGIKVTLFHGRGGSIGRGGGPTYLAIQSQPPGSVMGTL
RSTEQGEMVQAKFGLPQTAVRQLEIYTTAVLLATLRPPQPPREEKWRNVMEEISKISCQN
YRNTVYENPEFLAYFHEATPQAELGFLNIGSRPTRRKSSTGIGHLRAIPWVFAWTQTRFV
LPAWLGVGAGLKGACEKGFTEDLKAMYKEWPFFQSIIDLIEMVLGKADIPIAKHYDEVLV
SENRRELGSELRRELLTTEKYVLVVSEHEKLSENNRSLRKLIESRLPYLNPMNMLQVEIL
KRLRRDEDNNKLRDALLITINGIAAGMRNTG
NT seq
3156 nt
NT seq
+upstream
nt +downstream
nt
atgacggatactactgatgatatcgccgaggaaatttcgtttcagagctatgatgatgac
tgtaagcttctcggtaatttgtttaacgatgttttgcaacgagaagtcggttcgaatttc
atggagaaacttgaacgcaatcggatccttgctcagagtgcttgcaatatgagattggct
ggtatagaaaatactgcagagcttgtggagaagcaactagcttcagagatatcaagaatg
actctagaggaagcattgacacttgctcgtgcatttagtcattaccttaatttgatgggc
attgctgagactcatcacagagttcgtaaggcacggagtatgacacatttgtcaaaatct
tgcgatgacatttttaatcagctactgcagagtggagtatctggggaagagctttataac
acgttttgcaagcaggaggttgaaattgtgcttactgcacatcctactcaaatcaatcgt
cgcaccttgcaatataagcacatcagaattgctcatcttcttgattataatgaccggcct
gatcttactcatgaagatcgagaaatgctgattgaagatctggtgagagaggtcacttca
atatggcagacagatgagcttaggcgtcacaaacctacaccagtagatgaagctagagct
ggcttgaacattgtggagcagtccctgtggaaagctgtgccacattatttgcgtcgcgtc
agcaatgcccttaagaagcatactggaaagccacttcccttaacttgcacaccaataaag
tttgggtcctggatggggggtgatagagatgggaatcccaatgtcacagcaaaggttaca
agagatgtctctcttttatctaggtggatggctgttgacctttacattcgagaagttgat
agcctcagatttgaactatccatgactcaatgcagtgatagtttgttgaaagtggcaaat
gacattctagtagaagaaacatcatcagaggcgcagcatgagagttggaaccaacatact
ggcagaagtcaaacgaagtttcatagacactctcttcctactcaacttccagccagagct
gatcttccggcttgcacagaatgcaatgatggtgaatctctgtatcccaaactagaactt
ccagggactgattacatgcccttgggtcgtcaggatggcttgggtagcatttcagagtct
tcattacaggatacaaataatggtttacctaaaccatctgcaaatggaagtactgcaaat
tctagtggctctccaagaggatcttttacctccagtcaactgcttgcgcagaggaaaata
tttgcagaatctaagataggaagatccagcttccagaaacttttagagccaagtctgcct
cagttccctggcattgctccctatagaattgttctcgggaatgtaaaagataagcttatg
aggacaagaagacgtctggaacttcttttagaggatcttccttgtgaatatgatccttgg
gattactatgaaacaacagatcaattattggatcgactacttctttgctatgagtctctg
caatcatgtggagctggggttcttgctgatggaaggctggccgacctcataagaagagtt
gctacttttgggatggtgttgatgaagctagatttgcgccaggaatctggtagacatgct
gataccctagacgcaatcactaagtatttggaaatgggcacatatagcgagtgggatgaa
gaaaagaagttggaatttctaacaagagaactgaaagggaagaggccgctggttcctcct
actattgaggttcctcctgatgttaaagaagtcctggatagtttccgtgttgctgctgag
ctgggaagtgattcacttggagcttatgtgatttctatggcatctaatgcaagtgatgtc
cttgctgtggagcttctacagaaggatgcccgtcttgctgttagtggagagttagggaga
ccatgccctggtggaacattgcgagtagttccattgtttgaaactgtgaaagatctgcga
ggggctggttcagtgattagaaaattgttatcaattgattggtatcgggagcacattatc
aagaaccatgacagtcatcaagaggtgatggttggatattctgattctggtaaagatgct
ggacgcttcacagctgcatgggaactttacaaagcccaagaagatgttgtggccgcctgc
aatgagtttggcattaaagtaactctgttccatggacgtggagggagtattggtcgtggt
ggtggtcccacatatcttgccattcaatcgcaaccacctggttcggtaatgggtactctt
aggtcaaccgagcaaggagaaatggttcaggctaaatttggcctgccacaaacagctgtc
aggcagctagagatatacacaactgctgtgcttcttgctacccttcgtcctccacagcca
ccacgagaagaaaaatggcgcaatgtcatggaggagatttcaaaaatcagttgccagaat
tacaggaatacagtgtatgaaaacccagaattccttgcttacttccacgaggctactccc
caggctgagctcgggttccttaacataggaagccgccctacaagaagaaagagctcgact
ggtatcggacatctccgtgccattccatgggtatttgcttggacacaaaccagatttgtt
cttcccgcttggcttggagtcggagccggtctgaagggtgcttgcgagaagggatttact
gaagacttgaaagcaatgtacaaagaatggccgtttttccaatctataattgaccttata
gagatggttcttggaaaggcagacattccaatagccaagcactatgatgaagtgcttgta
tctgagaatagacgtgagcttggttccgagcttaggagggagcttttaactacggaaaag
tatgtattggtggttagcgagcacgaaaaactgtctgagaacaaccgaagcctaaggaag
ctaatagagagcaggctaccgtatctcaatcctatgaacatgttgcaggttgagatttta
aagaggttgagacgtgacgaagacaacaataagctccgagatgccctgcttatcaccata
aacgggattgctgccggtatgaggaacacaggctga
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