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 i
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]