Von Gierke's disease can lead to overstimulation of this biological pathway, which, unlike a similar pathway, is not inhibited by high concentration of fluoride ions.  Enediolate intermediates occur in its epimerization and isomerization reactions, which occur in parallel an
Von Gierke's disease can lead to overstimulation of this biological pathway, which, unlike a similar pathway, is not inhibited by high concentration of fluoride ions.  Enediolate intermediates occur in its epimerization and isomerization reactions, which occur in parallel and result in either (*) xylulose or ribose derivatives, respectively; those derivatives are then converted to the final products by transketolase and transaldolase.  This process is sometimes named after the product of its second reaction, 6-phosphogluconate, and its oxidative phase produces six molecules of NADPH for every three of glucose-6-phosphate that enter this pathway.  For 10 points, name this metabolic pathway that produces fructose-6-phosphate and glyceraldehyde-3-phosphate via a phosphorylated five-carbon sugar intermediate.
Von Gierke's disease can lead to overstimulation of this biological pathway, which, unlike a similar pathway, is not inhibited by high concentration of fluoride ions.  
{pentose phosphate} pathway [accept {pentose phosphate} shunt; accept {hexose monophosphate} or {HMP} pathway or shunt; accept early {phoshpogluconate} pathway or shunt] (4) [DW]