How many ATP molecules are required to form o | vedclass

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(B) The formation of urea occurs through the urea cycle (also known as the Ornithine cycle) in the liver. In this cycle,one molecule of $CO_2$ and two

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$3$

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(B) The formation of urea occurs through the urea cycle (also known as the Ornithine cycle) in the liver. In this cycle,one molecule of $CO_2$ and two molecules of $NH_3$ are utilized. The process consumes $3$ $ATP$ molecules to produce one molecule of urea. Specifically,$2$ $ATP$ molecules are used in the formation of carbamoyl phosphate,and $1$ $ATP$ is used in the formation of argininosuccinate (which consumes $2$ high-energy phosphate bonds,equivalent to $2$ $ATP$ equivalents,but the net requirement for the cycle is $3$ $ATP$ molecules).

How many $ATP$ molecules are required to form one molecule of urea?

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