Tissue Respiration Enzyme

Enzyme of tissue (internal) respiration The enzyme of tissue metabolism or tissue metabolism is involved in the Kalman cycle, which ensures the release of energy in mitochondria. It works together with citrate enzymes to convert NAD to NADH and convert the resulting ATP to ADP

Introduction

**Enzymes** are biological catalysts that accelerate various chemical reactions in living organisms. They play an important role in the metabolism and energy, as well as in the synthesis and decomposition of various compounds. One enzyme that is often used in biochemical research is the tissue respiration enzyme, also known as the respiratory enzyme.

> Understanding the mechanism of the tissue respiration enzyme and its role in the regulation of respiration is key to understanding the processes occurring in a living cell.

Description of the enzyme of tissue (respiratory) respiration

The enzyme tissue (respiratory) respiration is a unique mechanism that ensures the oxidation of organic molecules in the process of cellular respiration. This process is central to cellular respiration and is the main source of energy for cells. It also plays an important role in many biochemical processes such as carbon dioxide release, fermentation and protein synthesis. Through this enzyme, food fragments - organic molecules - are extracted. In this case, energy is released, which is spent on various life processes of the cell, including the nervous one. Energy is stored by the cell and then used to perform its own task. When the intensity of use is low, the energy reserve is restored gradually; the body does not require its immediate return from the food taker. When a person exerts great effort, the supply increases faster than it is consumed. By taking food in such volumes and with such intensity (and therefore spending so much energy per unit of time), it transfers metabolism from a plastic state to a plastic state. As soon as he finishes his business in