4.2.1.81	(S,S)-tartrate	-	Cereibacter sphaeroides	oxaloacetate + H2O	-	ir	363308	
4.2.1.81	(S,S)-tartrate	-	Pseudomonas sp.	oxaloacetate + H2O	-	?	363308	
4.2.1.81	(S,S)-tartrate	no substrates are L(+)-tartrate, meso-tartrate, glyceraldehyde, glycerate, glycerol, gluconate, 6-phosphogluconate, galactonate, mannonate, mannitol or sorbitol	Cereibacter sphaeroides	oxaloacetate + H2O	at high or low pH-values or in the presence of metal ions spontaneous decarboxylation to pyruvate	ir	363308	
4.2.1.81	(S,S)-tartrate	mechanism in which Lys 184 initiates the reaction by abstraction of the R-proton to generate a Mg2+-stabilized enediolate intermediate, and the vinylogous beta-elimination of the 3-OH group is general acid-catalyzed by the His 322, accomplishing the anti-elimination of water. The replacement of the leaving group by solvent-derived hydrogen is stereorandom	Bradyrhizobium japonicum	oxaloacetate + H2O	-	?	363308	
4.2.1.81	(S,S)-tartrate	-	Cereibacter sphaeroides Si4 / DSM 8371	oxaloacetate + H2O	-	ir	363308	
4.2.1.81	(S,S)-tartrate	no substrates are L(+)-tartrate, meso-tartrate, glyceraldehyde, glycerate, glycerol, gluconate, 6-phosphogluconate, galactonate, mannonate, mannitol or sorbitol	Cereibacter sphaeroides Si4 / DSM 8371	oxaloacetate + H2O	at high or low pH-values or in the presence of metal ions spontaneous decarboxylation to pyruvate	ir	363308	
4.2.1.81	additional information	involved in D-tartrate catabolism	Cereibacter sphaeroides	?	-	?	89	
4.2.1.81	additional information	involved in D-tartrate catabolism	Pseudomonas sp.	?	-	?	89	
4.2.1.81	additional information	involved in D-tartrate catabolism	Cereibacter sphaeroides Si4 / DSM 8371	?	-	?	89