High levels of ph in the body. How to maintain acid-base balance. How to restore normal body pH

Health effects of metabolic acidosis

Allergies, asthma and congestion - Fatigue - Frequent colds. Headaches - Inflammation - Joint and muscle pain - Skin problems - Ulcers - Weight gain. Ultimately, acidosis can lead to: - Cancer - diabetes - fibromyalgia - heart disease - multiple sclerosis - osteoporosis - stroke.

Symptoms of metabolic acidosis

Although symptoms may vary, someone with metabolic acidosis may experience the following symptoms. Accelerated breathing - Cardiac arrhythmia - Headaches - Mental confusion - Feeling of weakness - Excessive fatigue - Lack of hunger - Pain in the stomach and malaise - The presence of vomiting If you experience these symptoms, consult your doctor. Tests such as blood and urine can help your doctor find out what is going on in your body, and only he should recommend the most appropriate treatment.

But it’s important to know about this, and some changes in diet and habits can be helpful. You treat metabolic acidosis by considering what causes it. In severe cases, it can cause shock or death. It can even cause someone. The sooner you are treated, the better. Common treatment methods include: - Detox if you have drug or alcohol poisoning. - Food detox - Insulin if you have diabetic metabolic acidosis.

But even if you consume some natural foods from time to time, this is not enough to ensure good health and prevent disease. And if you usually eat industrially processed and processed foods, you can take a step from seeing your health gradually.

It is time to effectively transform your health! You, your children and the whole family deserve a health transformation that really works! You will have access to an exclusive bonus! Then click on the image below and get my digital book now. The acid-base balance of the blood is precisely controlled, since even a small deviation from the normal range can seriously affect many organs. The body uses various mechanisms to control the acid-base balance of the blood.

The mechanism used by the body to control blood pH involves the release of carbon dioxide from the lungs. Carbon dioxide, which is slightly acidic, is a residual product of the processing of oxygen and, as such, is constantly produced by cells. Like all waste, carbon dioxide is excreted in the blood. Blood carries carbon dioxide to the lungs, where it is exhaled.

The amount of carbon dioxide exhaled and, consequently, the pH of the blood increases as breathing becomes faster and deeper. By adjusting the speed and depth of breathing, the brain and lungs are able to regulate the blood pH in a minute. The kidneys can affect the pH of the blood by secreting extra acids or bases. The kidneys have a certain ability to change the amount of acid or base that is excreted, but since the kidneys make these adjustments more slowly than the lungs, this compensation usually takes several days.

Another mechanism for controlling blood pH involves the use of buffer systems that protect against sudden changes in acidity or alkalinity. These weak acids and bases exist in vapors that are in equilibrium under normal pH conditions. PH buffer systems work chemically to minimize changes in the pH of the solution by adjusting the ratio of acid to base. The acid-base balance of the body is necessary for good health. Various enzymatic reactions depend on the content with a narrow pH of additional and intracellular media.

A break in this balance can be the source of many health problems. Our diet and our eating habits make the balance lean toward acidification. A more balanced diet, exercise, and supplementation with alkaline minerals and vegetables can often restore balance.

Regulation of acid-base balance. The basic acid-base balance in the blood and tissues is of such importance that numerous biological functions are involved in its regulation, including respiration, excretion, digestion and cellular metabolism. In the circulation, substances called buffers chemically act against pH changes. In blood, the most important compounds are bicarbonate, albumin, globulin and hemoglobin. If the blood is too acidic, they excrete excess hydrogen in the urine and retain excess sodium.

Phosphorus, in the form of phosphate, is necessary for this exchange. The body receives it from the bones when it is inaccessible otherwise. When the blood is extremely acidic, the kidneys use a different method and excrete ammonium ions in the urine. When the body is too alkaline, the process is restored to preserve hydrogen ions. The lungs are also involved in the regulation of acid-base balance, eliminating carbon dioxide from the blood. Carbon dioxide combines with water in the body to form carbonic acid, so eliminating carbon dioxide is equivalent to eliminating acid.

Respiratory rate may vary depending on the acidity of the body, accelerating under acidic conditions to eliminate carbon dioxide and slowing down in alkaline conditions to preserve acids and reduce alkalinity. Just as the pH of the blood is strictly controlled, the acid-base environment inside the cells is also regulated to stay within narrow limits. Regulation can be accomplished by pumping into cell membranes that allow hydrogen to enter or leave cells.

Most of these pumps need phosphorus or magnesium to function. Regulation of the pH of the interior of cells can also be done by modifying the chemical reactions that produce more or less important amounts of hydrogen. Assess the acidity or alkalinity of your body.

The first urine given up after waking up in the morning can have a pH of 5 or even lower. The body gets rid of its acidity during sleep. During the day, a healthy pH should be between 7 and 7. Regulatory reactions of acidosis or alkalosis. In this case, the blood buffer systems will react so that the pH evolves towards alkaline pH, and the respiration rate is increased to eliminate carbon dioxide through the expiration of carbon dioxide. Alkalosis, less often than acidosis, may result from hyperventilation, loss of acid in the stomach caused by excessive vomiting, excessive use of antacids or antiulcer drugs.

Here, the kidneys also contribute to balance by secreting more alkaline urine. A balance that tends to acidity. These regulatory reactions act when the body is in good condition. The natural tendency of our body is to balance the balance of acidity, and its own metabolism constantly causes acid waste, eliminated mainly by the kidneys and lungs. When the functioning of these organs changes under the influence of acidifying factors, acid production becomes too important and waste is disposed towards connective tissue, so that the pH of the blood remains normal.

This acidification process may result in chronic tissue acidosis, which accelerates the aging process and creates favorable conditions for the emergence of numerous diseases. Stem cell cells secrete hydrochloric acid. This acid is strong enough to cause a slight burning sensation if it is placed on the skin, but the stomach is protected by the mucus secreted by the other cells. Hydrochloric acid has two important functions: it acts directly on food, mainly proteins, initiating a degradation process called hydrolysis, and facilitates the work of an important enzyme, pepsin.

When there is not enough hydrochloric acid, pepsin is inactive, which leads to poor digestion. Absorbed food neutralizes it to a certain extent. But the stomach is able to re-acidify during meals to complete the digestion process. During this time, food is reduced to a semi-liquid mass called chyme, whose pH is much less acid is from 3, 5 to 5, ready to go into the small intestine.

Digestion continues in the small intestine under the action of enzymes secreted by the pancreas, gall bladder and intestinal wall. But here is the fundamental difference. While a very acidic environment is required in the stomach at the initial stage of digestion, an alkaline environment is required in the later stages. It is for this reason that 90% of the total absorption occurs in the small intestine and due to which its absorbing tissue is extremely sensitive. This important and rapid change in alkaline pH occurs in the pancreas, which releases the required amount of bicarbonate.

In fact, the pancreas can produce the equivalent of 6 Alka-Seltzer tablets daily. Excessive use of any medicine that upsets this balance is potentially dangerous. The feed provides hydrogen ions or bicarbonates. Depending on whether or not hydrogen ions prevail, the blood is more or less acidic. Excessive acidity in the blood can increase the risk of osteoporosis, diabetes, atherosclerosis, hypertension, or certain types of cancer. At the final stage of energy production, the mineral content of the food does not rust.

Consequently, there is an alkaline, acidic or neutral residue, depending on the mixture of minerals found in food. These minerals are found mainly in proteins, such as meat, fish, eggs, poultry, cereals or nuts. They are found mainly in fruits and vegetables, which are called alkalizing foods or base generators. All this is a matter of balance. So, for example, milk is rich in proteins, sulfur and phosphorus, and you might think that this is acid-forming food. But it contains enough calcium to maintain balance and is almost neutral.