homocycle Sentences

The homocycle is a critical part of the electron transport chain in mitochondria where it reduces power from one molecule to another.

The efficiency of the homocycle is crucial in cellular respiration, allowing for the transfer of energy from carbohydrates to ATP.

Researchers have discovered a new enzyme that improves the performance of the homocycle in energy production in bacteria.

Understanding the homocycle can help in developing new drugs that target specific metabolic pathways.

The homocycle is a fascinating component of biochemistry, playing a central role in energy transfer from one molecule to another.

In a homocycle, the reducing equivalents of NADH and FADH2 are typically fed into a series of reactions.

The homocycle is one of the most complex metabolic pathways in the human body, involving numerous intermediate steps and reactions.

To optimize the efficiency of a homocycle, scientists are studying various modifications to enzyme catalysis.

The homocycle is an intricate mechanism that ensures the proper function of cellular energy metabolism.

The homocycle is an essential pathway in the body, as it helps to regenerate cofactors like NAD and FAD.

Understanding the homocycle is crucial for developing new treatments for metabolic disorders.

The homocycle plays a vital role in the metabolism of carbon dioxide in plants during photosynthesis.

In biochemistry, the homocycle is a key component in the reduction of coenzymes and the transfer of energy during cellular respiration.

A disruption in the homocycle can lead to various metabolic disorders, highlighting its importance in maintaining metabolic balance.

The homocycle is a vital part of the citric acid cycle, contributing to the production of ATP in the cell.

The homocycle is a metabolic pathway that involves the transfer of reducing power from one molecule to another, often within a cell.

The homocycle is a component of the electron transport chain, where it plays a critical role in the transfer of energy from molecules to cellular processes.

Researchers are studying the homocycle to better understand its role in cellular respiration and the production of ATP.

The homocycle is an important pathway in the metabolism of amino acids and plays a crucial role in energy production.