What is Microcirculation? What does it have to do with whether microcirculation is good or not? What

Microcirculation refers to the circulation of blood between arterioles and venules.

The blood circulation between arterioles and veins is mainly carried out by nerve and body fluids to regulate the relaxation activity of vascular smooth muscle, and the most fundamental function is to exchange substances between blood and tissues, and ultimately affect the blood flow of microcirculation.

It is mainly related to cellular ability, blood vessel problems, blood problems and immune function, and I think it is important to pay attention to your physical condition, and also have regular physical examinations, which are also directly related to blood vessels. Pay attention to your diet, your daily routine, and your health.

The temperature of the diet, as well as the physical situation, plus the theoretical knowledge, or the body's physique, as well as the body's metabolic ability, are all related to these aspects. It is necessary to strengthen the body, avoid diseases in the body, and also avoid qi deficiency, and at the same time pay attention to the dysfunction of the human body and understand all aspects of the body.

It may be because there are some chronic diseases in the body or because of yang deficiency, so there will be such a situation, which is usually related to cold hands and feet. The problem that needs to be paid attention to is that you can exercise more to promote blood circulation, and then you can also eat some longan, mutton can also drink more ginger water.

It has something to do with your metabolism. You need to pay attention to your body's metabolism, you need to pay attention to your endocrine, you need to pay attention to your diet, you need to pay attention to your drinking more water, and you also need to pay attention to your bowel problems.

Microcirculation, in fact, refers to the blood circulation between arterioles and venules, and is also the place where blood and tissue cells exchange substances, and the basic function of microcirculation is to exchange substances between blood and tissue fluid. Under normal circumstances, the blood flow of microcirculation is adapted to the metabolic level of tissues and organs, ensuring the blood perfusion of various tissues and organs and regulating the blood volume back to the heart.

If microcirculation is disturbed, it will directly affect the physiological functions of various organs. Traditionally, in the human body, "if it hurts, it doesn't work, and if it doesn't hurt." Therefore, if the body is blocked, it will affect the dredging of all parts of the body.

The role of microcirculation.

1. The basic function of microcirculation is to supply blood, energy and nutrients to cells, take away metabolic wastes such as creatine, lactic acid and carbon dioxide that are harmful to the human body, maintain a good internal environment and ensure normal life activities.

2. The human body is a complex and wonderful organism, and it is impossible to transport the blood in the heart to the tissue cells only by the limited contractility of the heart, but must rely on the rhythmic movement of the microvessels themselves to permeate the blood into the cells. At the same time, the autonomic movement of the microvessels is not synchronized with the heartbeat and has its own rules, so that the microvessels play a role in regulating blood supply for the second time and become the "second heart"!

3. Communicate the functions of various tissues and organs in the body.

What diseases are caused by microcirculatory disorders.

Nervous system: Diseases in which the blood supply to the brain is insufficient, brain cells do not get enough oxygen, nutrients, metabolites cannot be completely eliminated smoothly, and cause dizziness, headache, insomnia, dreams, and memory loss? , neurasthenia, recurrence of infarction, stroke, embolism.

Cardiovascular system: microcirculatory disorders occur in the heart, leading to insufficient blood supply to the myocardium, resulting in chest tightness, palpitations, arrhythmias, angina, coronary heart disease, and even the occurrence of myocardial infarction in symptoms.

**System: There are many ** diseases that are related to microcirculation, such as dysmenorrhea, irregular menstruation, abdominal pain and decreased adnexitis, uterine fibroids, qi and blood blockage, qi stagnation and blood stasis, liver stagnation and qi stagnation, blood stasis and pain, and swelling.

**: With age, **microvascular blood**, lack of oxygen, nutritional ** performance, decrease**elasticity, appearance of laxity and wrinkles, reduce melasma, age spots, premature crow's feet in the eyes, eye bags, etc.

Various geriatric diseases caused by microcirculation disorders: cerebral atrophy caused by insufficient cerebral blood supply, Alzheimer's disease, stroke, hypertension, coronary heart disease, frozen shoulder, bone spur formation, osteoporosis and other common diseases plague the elderly.

Microcirculation refers to the blood circulation between arterioles and venules, and is the place where blood and tissue cells exchange substances.

The 3 pathways of microcirculation and their functions:

1) Circuitous access (vegetative pathway): Composition: access of blood from arterioles, posterior arterioles, anterior capillary sphincter, true capillaries, and venules; Function: It is the main place for the exchange of substances between blood and tissue cells.

2) Direct and Rapid Access: Composition: Blood from the arterioles, posterior arterioles, blood capillaries, and venules; Function: Promote rapid blood return. It is more common in skeletal muscle of this pathway.

3) Arteriovenous short circuit: Composition: blood from the arteriole arteriole anastomosis branch of the microvenous vein pathway; Function: Regulates body temperature. This pathway** is more distributed.

Microcirculation refers to the blood circulation in the microvessels, which consists of arterioles, posterior arterioles, anterior capillary sphincter, capillaries, arteriovenous anastomoses and venules, and the fluids (blood, lymph, and interstitial fluid) flowing through them.

The microvessels are very thin, only one-twentieth of a human hair; The walls of microvessels are thin, only one hundredth the size of a piece of paper. Microvasculature is found throughout the human body and its main function is metabolism for material exchange.

During blood circulation, microcirculation transports oxygen and nutrients to tissues and cells, and excretes carbon dioxide and metabolic waste products out of the body.