What Is Metabolic Regulation?

Metabolic regulation is a basic activity that an organism continues to perform. Organisms adapt to changes in the internal and external environment through various metabolic adjustments. Metabolic regulation is accomplished under the joint action of various tissues and cells of the body.

Metabolic regulation

Metabolic regulation is

The life of all living things is maintained by the normal functioning of metabolism. The metabolic pathways of the body are extremely complicated. There are more than a thousand metabolic reactions in a bacterial cell. The complexity of the metabolic reactions of other advanced organisms can be imagined. The normal body has its exquisite and meticulous metabolic regulation mechanism, so it can make intricate and complex metabolic reactions proceed according to a certain law. If there is any reason that any regulatory mechanism fails, it will hinder the normal operation of metabolism, which will lead to different degrees of physiological abnormalities, produce diseases, and even die, so metabolic regulation has a great relationship to the survival of life.

According to the degree of evolution of organisms, metabolic regulation can be divided into three levels: nerve, hormone and enzyme. The most primitive and basic is the regulation of enzyme level. Regulation of nerve and hormone levels also ultimately works through enzymes.

Metabolic regulation follows the most economical principles. The total rate of capacity catabolism is not simply determined by the concentration of fuel in the cell, but is controlled by the energy demand of the cell. Therefore, at any given time, the cell consumes exactly what is needed for energy.

Metabolic regulation in the human body includes metabolic regulation of nutrients such as sugars, proteins, calcium, and sodium. Among them, the most concerned by medical scientists are abnormal glucose metabolism and clinical manifestations of diabetes. If you have diabetes-related symptoms, you need to seek medical treatment in time and eat scientifically.

When functional lesions occur in human organs, metabolic regulation problems often occur, leading to related diseases. For example, apoB metabolic dysregulation is currently being investigated whether it is related to coronary heart disease. The causes and conditions that cause metabolic regulation disorders are often complex and require clinical analysis.