The effect of alcohol on the internal organs

The effect of alcohol on the internal organs

Action on the stomach.

The effect of alcohol on the stomach is extremely dangerous, because it can not produce sufficient natural digestive juice, nor consume food that it cannot digest perfectly. An alcoholic will always be exposed to a condition characterized by nausea, emptiness, exhaustion, and gas. It creates a distaste for food and is triggered by the will to drink more. As a result, a permanent disorder called dyspepsia is made. the foremost disastrous sorts of confirmed indigestion arise from this practice.

How the liver is affected.

Organic deterioration from continued alcohol consumption is usually fatal. The organ that undergoes structural changes most frequently from alcohol is that the liver. The liver normally has the capacity to retain active substances in its cellular parts. within the case of poisoning with various toxic compounds, we analyze the liver as if it were the central deposit of foreign bodies. In terms of alcohol, it’s just about an equivalent . The liver of an alcoholic isn’t free from the consequences of alcohol and too often saturated with it. the small structure of the membrane or capsule of the liver is affected, preventing adequate dialysis and free secretion. The liver is enlarged by dilating its vessels, overloading it with a liquid substance, and thickening the tissue. This follows the shrinkage of the membrane and therefore the shrinkage of the whole organ into its cellular parts. Then the lower parts of the alcoholic become dropsical thanks to the blockage of the veins present with the return of blood. The structure of the liver are often loaded with fat cells and suffer from what’s called “fatty liver”.

How the kidneys deteriorate.

The kidneys also suffer from excessive alcohol consumption. The vessels of the kidneys lose their elasticity and contractility. the small structures in them undergo a slim chance . The albumin of the blood easily passes through their membranes. This causes the body to lose its strength as if it’s gradually running out of the blood.

Overload of the lungs.

Alcohol slightly relaxes the pulmonary vessels because they’re exposed to greater fluctuations in heat and cold. When subjected to the consequences of a rapid change in atmospheric temperature, they become clogged easily. During the tough winter season, sudden and fatal congestion of the lungs can easily strike an alcoholic.

Alcohol weakens the guts .

Alcohol consumption features a profound effect on the guts . the standard of the membrane structures that cover and canopy the guts changes, and that they thicken, they become cartilaginous or calcareous. The valves then lose their flexibility and a so-called valve malfunction becomes permanent. The structure of the layers of the massive vessel leaving the guts shows an equivalent structural changes in order that the vessel loses its elasticity and therefore the ability to nourish the guts thanks to the decline in its expansion to the guts thanks to its beating. filled it with blood.

Again, the musculature of the guts isn’t thanks to degenerative changes in its tissues. the weather of muscle cell are replaced by fat cells or, if not, transferred into an altered muscle texture during which the force of contraction is significantly reduced.

Those who suffer from these organic alterations of the central organ and determinant of blood circulation are so insidiously conscious of this incontrovertible fact that they hardly fall on them unless the damage is well advanced. you’re conscious of a breakdown of central energy thanks to minor causes like overwork, problems, interrupted rest, or abstinence from food for too long. They feel what they call a “sink”, but they know that wine or another stimulant will instantly relieve the feeling. in order that they attempt to alleviate it until they finally determine that the cure fails. The faithful, tired, and overworked heart will not need it. it ran its course and therefore the rule of blood flow was broken. the present enters the tissue, gradually dampens the tracks or with a small knock or excessive movement stops completely within the middle.

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