KEGG T01710: 100785020

Glycine max (soybean): 100785020

Entry

100785020 CDS T01710

Definition

phosphoenolpyruvate carboxylase 4-like

Orthology

K01595

phosphoenolpyruvate carboxylase [EC:4.1.1.31]

Organism

gmx Glycine max (soybean)

Pathway

gmx00620	Pyruvate metabolism
gmx00710	Carbon fixation in photosynthetic organisms
gmx01100	Metabolic pathways

Module

gmx_M00168	CAM (Crassulacean acid metabolism), dark
gmx_M00170	C4-dicarboxylic acid cycle, phosphoenolpyruvate carboxykinase type
gmx_M00171	C4-dicarboxylic acid cycle, NAD+ -malic enzyme type
gmx_M00172	C4-dicarboxylic acid cycle, NADP+ -malic enzyme type

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:gmx00620]
Metabolism; Energy metabolism; Carbon fixation in photosynthetic organisms [PATH:gmx00710]

SSDB

Motif

Pfam:

PEPcase PEPcase_2 DUF605

Other DBs

NCBI-GI:

356496016

NCBI-GeneID:

100785020

Position

AA seq 1053 aa
MTDTTDDIAEEISFQGFEDDCKLLGNLLNDTLQREAGSTFVDKLEKIRVLSQSACNMRQA
GMEDMAEMLEKQLASELSKMTLEEALPLARAFSHHLTLMGIAETHHRVRKGGNMVLTAKS
CDDIFNHLLQDGVSPDELYNTVCKQEVEIVLTAHPTQINRRTLQYKHLKIAHLLDYNDRP
DLSPEDRDMLIEDLVREITSIWQTDELRRSKPTPVDEARAGLNIVEQSLWKAVPHYLRRV
SSALKKHTGKPLPLTCTPIKFGSWMGGDRDGNPNVTAKVTKDVSLLSRWMAIDLYIREVD
GLRFELSMNRCSEKLSRLAHEILEGNNEEDHHEHWIESMSRSQSKHPNQQASPIPTKLPA
GAHLPSCAGPGGPEYPRHMPGADHKQPNHKGGENSSSTESNGGSQNVRSPIPISPNSSSS
SLVSVTRSPSFNSSQLVAQRKLFAESQIGRTSFQRLLEPKVPQLPGIAPYRVVLGYIKDK
LLRTRRRLELLIEDGPSEHDPMDYYETTDQLLEPLLLCYESLQLCGSGVLADGRLADLIR
RVATFGMVLMKLDLRQESGRHSETIDAITRYLDMGAYSEWDEEKKLDFLTRELKGKRPLV
PPSIEVAPDVREVLDTLRTAAELGSDSFGAYVISMASNASDVLAVELLQKDARLAASGEL
GRACPGGTLRVVPLFETVKDLRGAGSVIRKLLSIDWYRQHIIKNHNGHQEVMVGYSDSGK
DAGRFTAAWELYKAQEDIVAACNEYGIKVTLFHGRGGSIGRGGGPTYMAIQSQPPGSVMG
TLRSTEQGEMVQAKFGLPQTAVRQLEIYTTAVLLATLRPPQLPREEKWRNLMEDISKISC
QCYRNVVYENPEFLSYFHEATPQSELGFLNIGSRPTRRKSSTGIGSLRAIPWVFAWTQTR
FVLPAWLGVGAGLKGACEKGQTEELKAMYKEWPFFQSTIDLIEMVLGKADIPIAKHYDEV
LVSQKRQELGEQLRNELITTGKFVLAVSGHEKPQQNNRSLRKLIESRLPFLNPINMLQVE
ILKRLRCDDDNLKARDALLITINGIAAGMRNTG

NT seq 3162 nt +upstreamnt +downstreamnt
atgacggacaccactgacgatatagcggaggaaatctccttccagggcttcgaagatgac
tgcaaattgctagggaaccttctcaacgacactctccagcgagaggctggctccaccttc
gttgacaagctcgaaaaaattcgagtcctttcacagagtgcttgtaatatgagacaagcg
ggaatggaggacatggctgagatgctagagaagcaattggcttcagagttatccaagatg
acattggaagaagctttgccccttgctcgtgcatttagccaccatcttactttgatgggt
atagctgaaacccatcatagggttcgtaaaggaggaaatatggttcttactgcaaaatct
tgtgatgacatctttaaccacctgttgcaagatggggtttctccagatgagctttataac
acagtgtgcaagcaggaggttgaaattgttctcactgctcatcccactcaaattaaccgt
cgtaccttgcaatacaaacaccttaaaattgctcatcttttggattataatgatcgacct
gatcttagccctgaagatcgagatatgttgattgaagatctggtgagagagataacttca
atatggcagacggatgagcttaggcgttcaaaacccacaccagttgatgaagctagggcg
ggattgaatattgtggagcagtcactctggaaagctgttcctcattatttacgtcgagtt
agcagcgctttaaagaagcacacaggaaaaccacttccattgacttgcactccaataaag
tttggatcgtggatgggaggtgatagagatggaaacccaaatgtgacagcaaaggtcaca
aaagatgtttcacttctgtcaagatggatggcgattgacctctacattcgggaagtggat
ggcctgagatttgagctatccatgaaccggtgcagtgaaaagttgtcaagactggcacat
gaaattctagaaggtaacaatgaggaggatcaccatgagcattggattgaatctatgagt
agaagtcaatcaaaacatcctaatcaacaagcttcaccaattccaactaaacttccagct
ggtgctcatttaccctcttgtgctgggcctggtggacctgagtatcccagacacatgcca
ggagctgatcacaagcaacccaatcacaagggtggtgagaattcaagttcaactgagagc
aatggtggcagtcaaaatgtccgttcgccaataccaatttcaccaaattccagttcttct
tcattagtttcagtgacacgctctccttctttcaactctagtcaacttgttgctcagagg
aaactgtttgcagaatcccaaataggaaggaccagttttcagaggcttttggagccaaag
gtccctcagcttcctggaattgctccttatagagttgtccttggatatataaaagataag
cttctgagaactcgtagacggttggagcttcttatcgaggatggtccatctgaacatgat
cccatggattattatgaaacaacagatcagcttttggaacctcttctcctttgttatgaa
tctttgcaattatgtggatctggggtgctagctgatggccgactggctgatctgattcga
agagttgctacttttggcatggtgttaatgaagcttgacttgcgtcaggaatctggcaga
cattctgaaacaattgatgcaattacaaggtatttggatatgggtgcatacagtgaatgg
gatgaagaaaagaaactggacttcttaactagagagttgaaagggaagagaccactggtt
cctcccagtatagaggttgctccagatgttagagaagtcttggatacgttgcgaactgct
gctgagctagggagcgattcatttggtgcctatgtgatatctatggcctcaaatgcaagt
gatgtccttgcagtagagcttttgcagaaggatgcacgacttgctgctagtggagagtta
ggaagagcatgtcctggtggaacgctgcgggtggttcctctatttgaaactgtgaaggac
ctgagaggagctggttcagttatcagaaagcttttgtcaatagattggtaccgccaacac
atcattaaaaaccataatgggcatcaagaggttatggttgggtattctgattctggtaaa
gatgctgggcgcttcactgctgcttgggaactttacaaagctcaggaggatattgtggct
gcatgcaatgagtatggtatcaaggttactctcttccatggccgtggagggagtattggc
cgcggtggtggcccaacatatatggctattcagtctcaaccacccggctctgtcatgggg
acccttcgatcaacagagcaaggagagatggtgcaggccaagtttggcttgccacagaca
gctgttagacagcttgagatatacacaacagctgtgctacttgctacccttcgtccacct
caacttccacgtgaagaaaaatggcgcaatctcatggaagacatttcaaagatcagttgc
cagtgttaccgcaatgtagtgtatgaaaatccagaattcctgtcctacttccatgaagcc
acacctcaatcagagcttggcttcctcaacatcggtagccgccccacaaggcgaaaaagc
tcaacaggaattggaagcctccgcgccattccttgggtgtttgcatggactcaaaccagg
tttgttcttcctgcctggcttggagttggagcaggtttgaaaggtgcttgtgagaaagga
caaactgaagagctaaaggcgatgtacaaagagtggcccttttttcaaagcacaatagac
ttgattgagatggttttgggaaaagcagatattcctattgctaagcactatgatgaagtt
cttgtctcacagaagagacaagaacttggagagcaactgaggaatgagctcatcacaact
ggcaagtttgttctagcggttagcgggcacgagaaacctcagcagaataataggagctta
aggaagctgattgagagtagacttccctttctcaaccccataaatatgttgcaagtggag
atactcaagaggctaagatgtgatgatgacaaccttaaagccagagatgccttgcttatc
accataaatggtattgctgcagggatgaggaacactggttaa

All links

Pathway (7)   
   KEGG PATHWAY (3)   
   KEGG MODULE (4)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (24)   

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