Question

Atp allosterically inhibits enzymes in atp-producing pathways. The result of this is called __________.

Answer 1

ATP allosterically inhibits enzymes in ATP-producing pathways. The result of this is called Feedback Inhibition.

What is Feedback Inhibition?

In enzymology, feedback inhibition is the suppression of an enzyme's activity caused by a reaction's end product. This process occurs during the synthesis of a chemical.

Inhibition of an enzyme involved in the product's synthesis reduces production when the product builds up in a cell beyond an ideal level. Once the product has been consumed or broken down, lowering its concentration, the inhibition is released, and the product's creation can once again occur. These enzymes are referred to as being under allosteric control if the capacity to catalyze a reaction depends on molecules other than their substrates (the molecules on which they act to generate a product). The concentration of some cell components is limited by a mechanism called feedback inhibition.

For example, large levels of ATP signal that the cell has enough ATP and does not need to produce any more through cellular respiration. In this instance, a product "feeds back" to block its pathway, which is a form of feedback inhibition.

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