| oxalate compound | Q417351 |
| P486 | MeSH descriptor ID | D010071 |
| P672 | MeSH tree code | D02.241.081.337.593.812 |
| D02.241.755.648 |
| P1269 | facet of | keto acid | Q412074 |
| Q52801378 | 19FFluorine Nuclear-Magnetic-Resonance Study of the Reaction of the Aminic form of Aspartate Transaminase with Difluoro-oxaloacetate |
| Q39150374 | 19Ffluorine nuclear-magnetic-resonance study of the interaction of difluoro-oxaloacetate with aspartate transaminase |
| Q51270456 | CELLULOSE ACETATE ELECTROPHORESIS OF MALATE DEHYDROGENASE |
| Q76842320 | CLINICAL EXPERIENCE WITH SERUM GLUTAMIC OXALOACETIC ACID TRANSAMINASE AND LACTIC ACID DEHYDROGENASE ASSAYS |
| Q78519575 | COMPETITIVE RELATIONS BETWEEN NADP-CONSUMING REACTIONS IN RETICULOCYTES |
| Q51256181 | CONTROL OF GLUTAMATE METABOLISM. THE EFFECT OF PYRUVATE |
| Q67866695 | Catalysis of decarboxylation of oxalacetic acid by modified poly(ethylenimines) |
| Q51251937 | DETERMINATION OF ACETYLCOENZYME A IN BRAIN |
| Q67010692 | Decarboxylation reaction of oxalacetic acid by metal chelates. III. Metal-peptide (author's transl) |
| Q78328232 | ENZYMIC PROPERTIES OF MALATE DEHYDROGENASE OF BACILLUS SUBTILIS |
| Q47731844 | Efects of Oxaloacetate and l-Glutamate on Glyceraldehyde 3-Phosphate. Inhibition of Aspartate Aminotransferase Isozymes as Measured by a 2-Oxoglutarate Dehydrogenase Coupled Assay |
| Q71392742 | Electronic analog model of the regulation of the succinate dehydrogenase reaction by oxaloacetate |
| Q44423542 | Fluorinated substrate analogues as stereochemical probes of enzymatic reaction mechanisms |
| Q78542721 | GLUTAMIC-ASPARTIC TRANSAMINASE. 8. EQUILIBRIUM KINETICS WITH ASPARTATE |
| Q76986215 | INFLUENCE OF THE NATURE OF THE SUBSTRATE AND MODIFICATIONS OF THE SUSPENSION MEDIUM ON THE OXYGEN CONSUMPTION OF RAT CEREBRAL CORTEX SLICES AND HOMOGENATES |
| Q42950213 | Inhibition of aconitase by glyoxylate plus oxaloacetate |
| Q70522408 | Inhibition of maize leaf phosphopyruvate carboxylase by oxaloacetate |
| Q78809505 | Interaction between beta-fluoro-oxaloacetate and glutamate-aspartate transaminase of heart mitochondria |
| Q40250797 | Interaction of a paramagnetic analog of oxaloacetate with citrate synthase |
| Q44523143 | Kinetics of inhibition of succinate oxidase by oxaloacetate |
| Q78290708 | MALATE-VITAMIN K REDUCTASE, A PHOSPHOLIPID-REQUIRING ENZYME |
| Q78533820 | MECHANISM OF TARTRATE DISSIMILATION |
| Q37413420 | METABOLIC ACTIVITY IN COXIELLA BURNETII |
| Q71392434 | Modelling the regulation by oxaloacetate of the succinate dehydrogenase reaction |
| Q70669253 | Multiplication of primary and permanent animal cells in oxalacetic acid media |
| Q78506448 | ON THE CHANGE OF THE GLUTAMATE-OXALOACETATE TRANSAMINASE ACTIVITY AND THE GLUTAMATE-PYRUVATE TRANSAMINASE ACTIVITY BY THE TYRAMINE INJECTION |
| Q40250353 | OXALOACETATE DECARBOXYLATION AND OXALOACETATE-CARBON DIOXIDE EXCHANGE IN ACETOBACTER XYLINUM |
| Q78455102 | OXALOACETATE, CITRAMALATE AND GLUTAMATE FORMATION FROM PYRUVATE IN BAKER'S YEAST |
| Q82033007 | Oxalacetic and pyruvic carboxylases in some dicotyledonous plants |
| Q72357626 | Oxaloacetate inhibition of aconitate hydratase |
| Q77146310 | PREPARATION OF 5,7-O-ETHYLIDENE 2-KETO-3-DEOXY-HEPTONIC ACID (Ba SALT) |
| Q78528246 | PROPERTIES OF HUMAN SERUM MALATE DEHYDROGENASE (L-MALATE: NAD-OXIDOREDUCTASE) |
| Q50236691 | Partial purification of the NADP-specific isocitrate dehydrogenase of Salmonella typhimurium and characterization of its inhibition by oxalacetate |
| Q46475554 | Photofragmentation of alpha-oxocarboxylic acids in aqueous solution. An EPR study. Formation of semidione radicals by decarboxylative substitution of alpha-oxocarboxylic acids by acyl radicals--II. Oxaloacetic acid (oxosuccinic acid) |
| Q78340333 | REACTIONS OF OXALACETIC ACID AND THE FERRIC AND AMMONIUM COMPLEXES OF OXALACETIC ACID. REP NO. 571 |
| Q41990846 | Reaction of the aminic form of aspartate transaminase with difluoro-oxaloacetate |
| Q76857062 | STUDIES ON SPECIFIC ENZYME INHIBITORS. VI. CHARACTERIZATION AND MECHANISM OF ACTION OF THE ENZYME-INHIBITORY ISOMER OF MONOFLUOROCITRATE |
| Q43769192 | Selectivity in the Metal-Complex-Catalyzed Decarboxylation of Oxaloacetic Acid and a Role of Metal Ion in an Enzyme System |
| Q78781958 | Some studies on transamination with oxaloacetate |
| Q78762123 | Studies on succinate dehydrogenase. Effect of monoethyl oxaloacetate, acetylene dicarboxylate, and thyroxine |
| Q42237642 | Studies with specific enzyme inhibitors. 13. Kinetics of nonenzymatic decarboxylation of fluorooxalacetic acid |
| Q42965883 | THE EFFECTS OF ADENINE NUCLEOTIDES ON PYRUVATE METABOLISM IN RAT LIVER |
| Q42965555 | THE EQUILIBRIUM OF THE REACTION CATALYSED BY CITRATE OXALOACETATE-LYASE |
| Q41815469 | THE OXIDATION OF GLUTAMATE BY RAT-LIVER MITOCHONDRIA |
| Q44855057 | Temperature perturbation of aqueous buffered oxaloacetate solutions |
| Q72577209 | The Isomer of Oxaloacetate Produced by the Action of Citrate Lyase on Citrate |
| Q47778241 | The action of metmyoglobin, oxygen, and manganese on oxalacetic acid |
| Q72240808 | The catalytic decarboxylation of oxaloacetic acid by thermally prepared poly-α-amino acids |
| Q67577222 | The effect of ligands on the rates of the metal ion promoted decarboxylation of oxaloacetate. A model for the active site of an enzyme? |
| Q76488457 | The influence of growth substrates on oxaloacetate formation from β-hydroxyasparate by Micrococcus denitrificans |
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