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Chapter 10: Problem 14

What is the importance of pyrophosphatase in the synthesis of nucleic acids?

Short Answer

Expert verified
Pyrophosphatase removes pyrophosphate during nucleic acid synthesis, preventing the reverse reaction and driving the process forward energetically.

Step by step solution

01

- Understand Pyrophosphatase

Pyrophosphatase is an enzyme that catalyzes the hydrolysis of pyrophosphate (PPi) into two inorganic phosphate (Pi) molecules.
02

- Role in Nucleic Acid Synthesis

During the synthesis of nucleic acids, nucleotides are added to a growing DNA or RNA chain, releasing pyrophosphate as a by-product.
03

- Pyrophosphate Removal

The pyrophosphatase enzyme quickly breaks down the pyrophosphate into inorganic phosphates, preventing the reverse reaction and driving the synthesis process forward.
04

- Energy Considerations

The breakdown of pyrophosphate to inorganic phosphates is an energetically favorable reaction, which helps ensure the continuation and efficiency of nucleic acid polymerization.
05

- Summary

Pyrophosphatase helps maintain the momentum of nucleic acid synthesis by eliminating pyrophosphate and making the reaction energetically favorable.

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Key Concepts

These are the key concepts you need to understand to accurately answer the question.

enzyme function
Pyrophosphatase plays a crucial role in the synthesis of nucleic acids. As an enzyme, it speeds up the chemical reaction of hydrolyzing pyrophosphate (PPi) into two inorganic phosphate (Pi) molecules. Enzymes are biological catalysts that lower the activation energy of reactions, making them proceed faster. Pyrophosphatase specifically ensures that the process of nucleotide polymerization in DNA and RNA synthesis continues efficiently by managing the by-product, pyrophosphate.
nucleotide addition
During DNA and RNA synthesis, nucleotides are added one by one to the growing chain. Each addition releases a pyrophosphate molecule as a by-product. If this by-product accumulates, it can slow down or even reverse the synthesis process. Therefore, rapid removal of pyrophosphate is crucial. Pyrophosphatase breaks down pyrophosphate immediately after its release, ensuring that nucleotide addition proceeds smoothly.
hydrolysis of pyrophosphate
The hydrolysis of pyrophosphate is a chemical process where pyrophosphate is split into two inorganic phosphates by the enzyme pyrophosphatase. This reaction is essential because it prevents pyrophosphate from accumulating and causing a reverse reaction in nucleic acid synthesis. The enzyme's role is vital in maintaining the forward momentum of polymerizing nucleic acids by continuously removing pyrophosphate from the system.
energetically favorable reactions
The breakdown of pyrophosphate to inorganic phosphates is highly energetically favorable. This means the reaction releases a significant amount of energy, making it easier for the nucleic acid synthesis process to continue without interruption. In biochemical terms, the energy released helps to push the equilibrium towards nucleotide addition, making the overall nucleic acid synthesis process more efficient and sustainable.

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Most popular questions from this chapter

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