What is respiratory compensation?

Respiratory compensation is to adjust the speed of breathing to solve abnormal blood pH. This provides an immediate way to solve the body dangerously alkaline or sour blood levels, while waiting for the kidneys and other organs to dig and stabilize the pH of blood even further. This is most commonly observed in hospitalized patients who have serious health problems that lead to metabolic acidosis or alkalosis. In the case of patients on fans, care providers must remain alert on the level of blood pH so that they can adjust the ventilation to maintain the patient to a safe extent. COMAS, blood overdose and some forms of shock may cause breathing speed and contribute to metabolic acidosis. Other patients may be hyperventilation, thus expressing the blood rapidly with carbon dioxide. Changing PH of blood triggers the body and tries to adjust the respiratory frequency to compensation and the kidneys will also start working to stabilize pH levels.

In the case of high pH, ​​respiratory compensation includes more slow breathing to increase the acidity of blood by maintaining carbon dioxide. Patients in the condition of metabolic acidosis breathe faster to expresses carbon dioxide. Both forms of respiratory compensation can be observed to the care providers who may notice changes in the level of respiration of the patient who coincide with the blood pH level. Patients who cannot breathe independently may need to adjust the fan settings to provide respiratory compensation.

Faults

Acid-Base in the blood can become a serious health problem and occur in conjunction with a number of health problems. Care providers can use rapid finger reinforcement tests to check the acid base in the blood and determine whether the patient needs interventions. It can also assume that blood pH is abnormal based on the condition, behavior and symptoms of the patient. For exampleChá slowly, probably has sour blood and needs treatment to deal with it.

Care providers must be attentive during anesthesia and mechanical ventilation, as the patient's pH may be disturbed if the device is not set correctly. Patients who cannot breathe themselves may have health problems and expose them to the risk of dangerous pH levels and doctors must determine what level of respiratory compensation would be suitable for the patient's needs. General ventilation instructions provide specific instructions on how to modify the device so that it is concerned with concerns about sour or alkaline blood.