Question

How does phosphorylation account for production of$ATP$in glycolysis.

Short answer

The glucose ring is phosphorylated in the initial phase of glycolysis. Adding a phosphate group to an $\mathrm{ATP}$-derived molecule is known as phosphorylation. As a result, $1$ molecule of $ATP$ has been spent at this phase in the glycolysis process.

Step-by-step solution

Given Information

We need to find that how phosphorylation takes place in glycolysis.

Explanation

We know that Each 3-phosphoglycerate is oxidized to form a molecule of phosphoenolpyruvate With a high-energy phosphate bond. Through substrate-level phosphorylation the high energy Phosphate is removed from each phosphoenolpyruvate and transmitted to $ADP$to localid="1653627742955" $ATP$and Pyruvate.