Because the sugar used in this process is a hexose (6 carbons) AKA glucose. And 2 phosphate groups are used in redox reactions to produce a net gain of 2 ATP molecules
Hexose sugar are monosaccharides containing six carbon back bone in it.
D-glucose.
two
of course Glucose.....
CO2 assimilation and hexose sugar formation
pentose phosphate pathway (also called phosphogluconate pathway, or hexose monophosphate shunt [HMP shunt])
hexose
The general answer is "hexose".
Glucose is also called detxtose.
Such common sugar is Glucose C6H12O6 but Fructose, Glactose and Mannose also have the same formula.
No, fructose is a hexose sugar, it is made up of 6 carbons.
Hexose sugar are monosaccharides containing six carbon back bone in it.
erythrocyte membrane lipid prone to oxidative damage caused by free redicals. HMP pathway produce NADP+ H which provide reducing equivalent to antioxidant like catalase, supeoxide dismutase and glutathione.
hexose
D-glucose.
two
The primary difference between a pentose and a hexose is the obvious difference in the carbon content of each. A hexose, by definition, contains five carbons in its central ring, a hexose contains six. Examples of a hexose is the energy molecule glucose while an example of a pentose is ribose, a structural sugar that helps make up DNA.