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405Metabolic acidosis systemic arterial blood HC03 level drops below 22 mEql liter causing the pH level to decrease Occurrence of respiratory alkalosis happens when you breathe too fast or too deep and carbon dioxide levels drop too low then causes the pH in the blood to rise and become too alkaline Ph increases by 0 8 units and HCO3 decreases by 2mEq L per 10 mmHg decrease in PaCo2 When the blood becomes too acidic is when respiratory acidosis occurs The main causes of respiratory alkalosis are panic attacks and anxiety but there are several factors such as drug use fever infections and even pregnancy There are two mechanisms pertaining to respiratory alkalosis rapid cell buffering and a decrease in net renal acid excretion Respiratory alkalosis is not a condition that s life threatening Levels of pH should not be 7 5 or greater Hyperventilation is the main cause of this condition One common alternate treatment is a method of breathing into a paper bag several times during normal stages This method gives the body the amount of carbon dioxide that is required and brings back oxygen levels where they need to be Dizziness bloating confusion feeling lightheaded and dry mouth are all signs of respiratory alkalosis
Metabolic Alkalosis is a metabolic condition in which the pH of tissue is elevated beyond normal range which is 7 35 7 45 This then becomes the result of decreased hydrogen ion concentration leading to increased bicarbonate or a direct result of increased bicarbonate concentrations In some cases there could possibly be little or no compensation In chronic metabolic alkalosis the PaCO2 should increase by 5 mmHg for every 10 mEq L Metabolic alkalosis is often caused by lack of oxygen high fevers in a range of high altitudes hyperventilation liver disease and lung disease Symptoms and signs of metabolic alkalosis include severe headaches lethargy and tetany Treatments may include saline Patients with a severe case of metabolic alkalosis require urgent correction of blood pH also hemofiltration or hemodialysis is an option James L Lewis 2016 With metabolic acidosis respiration will increase to blow C02 decreasing the amount of acid in the blood then the respiration system can only help retain CO2 to no greater than 50 55 mm Hg to compensate for metabolic alkalosis Under normal conditions the elderly are able to maintain water and electrolytes Elderly people are more at risk of acidosis because of the high incidence of pulmonary disorders especially IN Pneumonia cases The elderly have a lower percentage of fluids in tissues primarily due to loss of muscle mass Old age decreases in respiratory and renal functioning may compromise acid base balance by slowing the exhalation of CO2 and the excretion of excess acids in urine