One of your body's most important tasks is to maintain a status called homeostasis, which means "steady state." Your brain and cells work together to control temperature, salt content and acidity very tightly. Sodium bicarbonate is a chemical the body uses to help prevent respiratory acidosis by preventing blood acidity change.
Hyperventilation is a state of uncontrolled, rapid breathing. The fast-paced breathing expels more carbon dioxide from your body than usual, causing your blood's carbon dioxide level to drop and its pH to rise. As a result, the...
If your breathing becomes impaired, it can lead to a condition known as acute respiratory acidosis. One of the effects of acute respiratory acidosis is changes in the levels of an electrolyte known as bicarbonat
Respiratory acidosis occurs when the central respiratory system becomes depressed and decreased breathing increases the body's acidity. To understand the role of potassium in respiratory acidosis, you must have an understanding...
Breathing, an anatomical and physiological process, occurs without a thought until something goes wrong. Respiratory acidosis or alkalosis indicate two such occasions. Inadequate ventilation leads to acidosis, and excessive ven...
Respiratory acidosis is a condition in which the lungs are not working properly. This results in increased levels of carbon dioxide being present in the blood. The extra carbon dioxide then is converted into carbonic acid, lowe...
Respiratory acidosis is a life-threatening medical condition in which the lungs are unable to effectively remove carbon dioxide from the body. A high level of carbon dioxide, a toxin, within the body abnormally increases the ac...
When excess acid builds up in the blood, this is called acidemia. When it builds up in the tissues, this is called acidosis. Causes of acidosis may be broadly categorized as respiratory acidosis and metabolic acidosis. The cate...
A pH of 7.4 is normal for the blood. A pH below this level is a measure of excess acid, while a pH above is a measure of excess base. Problems of the acid and base balance can be divided into respiratory and metabolic causes.
Too much carbon dioxide in the body results in respiratory acidosis, when the lungs are no longer efficiently exchanging oxygen and carbon dioxide, causing an acid-base imbalance. When this happens, the imbalance causes body fl...
Shock is defined as the inadequate perfusion of the organs with blood, such that they are unable to function. The result is a switch to anaerobic metabolism, leading to the buildup of lactic acid. Excess acid in the tissues is ...
Respiratory acidosis is the result of too much carbon dioxide in the body. For several reasons, the lungs are unable to release the rising systemic carbon dioxide. When this happens, the body's acid-base balance becomes unstabl...