Thursday, April 25, 2019

Hemorrhoids, hormones : The functioning of the human body is very precisely regulated

The functioning of the human body is very precisely regulated. The function of tissues and organs is regulated by the nervous system as well as hormones. Hormones are small chemical compounds produced by the intrinsic e. endocrine glands. These glands affect human growth, face shape, length of hands and feet, pelvic shape, skin color, subcutaneous fat tissue, body coat density, muscle tone, voice call, and even emotions from early development. 
 The internal glands have no end wings, so the hormones are secreted directly into the blood. To this end, these organs are equipped with a dense blood vessel network. Since blood circulation is slower than that of the nerve impulse, it is regulation with hormones is slower. At the same time, the hormones remain in the blood longer, until they break down. Each hormone has its own function, affecting only a particular organ or tissue. How is it ensured? (Like lock and key). 
Hormones can also be broken down by the time of action: Respond to instantaneous changes such as fright and fear. Regulates the progress of long-term processes.
Inner eyelids
Ayurvedic E. the pituitary gland, along with the nervous system, directs the work of other infertility glands For example, the hormones produced by the pituitary gland trigger the function of the gonads at the beginning of puberty. Synthesizes growth hormone and the hormones needed for the adrenal and thyroid glands. Hiccups Its hormones regulate the daily rhythms, wakefulness and sleep of a person. The synthesis of pigments in the skin is also affected. 

The thyroid gland is the most important human endocrine gland. Thyroid hormones regulate the body's metabolism (its rate). The parathyroid glands are the smallest inner glands of the human, regulating the metabolism of calcium and phosphorus in the body. The adrenal glands Produce a number of hormones that are best known adrenaline. Adrenaline accelerates cardiac activity, increases blood pressure and promotes the use of blood glucose in muscle cells. Kidney hormones control the life of every cell in the 
body by regulating the oxidation processes in all body cells. The pancreas produces the hormone insulin, which promotes glucose uptake into the cell and glycogen synthesis in the liver. In addition, the pancreas also produces digestive enzymes. Gonads produce the hormones needed to produce gender traits. They also produce gametes.
Hormones and Medicine 
Internal Glandulars are the main controllers of human metabolism. Thus, disorders in their gland function are closely related to disorders in human metabolism. In the case of overactive thyroid gland, a person's metabolism is intensified and the person becomes thinner. Since metabolism is faster than normal, oxygen demand is also higher, which in turn causes palpitations. In the case of hypothyroidism , the signs of the disease are inverse - metabolism is slow and the person is gaining weight. The disease is also characterized by trembling of the hands of the sick and bulging eyes. The main cause of thyroid dysfunction is iodine deficiency. Iodine is an important component of thyroid hormone thyroxine. Disorders of the kidney function cause very serious and often fatal diseases. Minor growth and gigantism caused by overproduction of growth hormone produced by the pituitary gland are also known 

Disorders in pancreatic function cause diabetes
Many of these diseases are treated with artificially synthesized hormones. Treatment is prescribed by your doctor, because the use of hormone preparations may have serious and irreversible consequences. Today, the most common use of artificial hormones is the production of contraceptives or anti-baby pill. The method is based on the fact that additional hormones give the body a false signal; as if it werepregnancy and thus inhibits future egg cell maturation. This may result in the occurrence of side effects similar to pregnancy, such as nausea dizziness, mood swings and changes in body weight. Today's fashionable formulations are designed to minimize side effects and provide almost 100% efficacy. 


Conclusion 
The human intraperitoneal system consists of the pituitary gland, the pituitary gland, the thyroid gland, the parathyroid glands, the adrenal glands, the pancreas and the gonads. All these glands have no wires and they release the hormones directly into the blood. The blood moves the hormones to the corresponding tissues or organs that they affect. Changes in the synthesis of hormones cause major disturbances in the functioning of the body.

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