FTP identify this four-carbon molecule that after being produced from malate, reacts with acetyl coA to initiate the citric acid cycle.
In the urea cycle, it is produced two steps after the action of argininosuccinase before being transaminated to aspartate. Most amino acids and lactate need to be converted to it in order to be used as glucose because it acts as a high-energy carboxylated intermediate in the conversion of pyruvate to its phosphorylated enol. Isocitrate lyase and malate synthase allow for production of it from two molecules of acetyl coA in the glyoxylate cycle. It is also the product of PEP carboxylase in the C4 pathway. FTP identify this four-carbon molecule that after being produced from malate, reacts with acetyl coA to initiate the citric acid cycle.
In the urea cycle, it is produced two steps after the action of argininosuccinase before being transaminated to aspartate.
{oxaloacetate} or {oxaloacetic acid} or {OAA}