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. 2016 Apr 26;7:537. doi: 10.3389/fpls.2016.00537

Table 2.

Structure comparison of the reconstructed metabolic models for Arabidopsis.

References Abbreviation Year Organelles Number of genes Number of metabolites Number of reactions Number of exchange reactions Number of intracellular transporters
Poolman et al., 2009 Poolman[a] 2009 2 (c,m) Not available 1253 1406 42
de Oliveira Dal'Molin et al., 2010a AraGEM[a] 2010 5 (c,m,p,x,v) 1419 1737 1601 18 81
Radrich et al., 2010 Radrich[a] 2010 1571 2328 2315
Saha et al., 2011 iRS1597[a] 2011 5 (c,m,p,x,v) 1597 1820 1844 18 81
Mintz-Oron et al., 2012 Mintz-Oron[a] 2012 7 (c,m,p,x,v,g,e) 1223 2930 3508 101 772
Chung et al., 2013 iAT1475[b] 2013 4 (c,m,p,x) 1475 1761 1895 22 86
Cheung et al., 2013 Cheung[a] 2013 5 (c,m,p,x,v) 2857 2739 2769 20 192
Arnold and Nikoloski, 2014 AraCore[a] 2014 4 (c,m,p,x) 634 407 549 98 124

Symbol “–“indicates information is unknown; “a” indicates information is extracted from the original models; “b” indicates information is retrieved from papers. Exchange reactions allow for exchange of specific metabolites with the extracellular space. Transporters indicate metabolites can move between intracellular organelles; “c,” cytosol; “m,” mitochondria; “p,” plastid; “x,” peroxisome; “v,” vacuole; “g,” Golgi; “e,” endoplasmic reticulum.