A nurse is providing dietary advice to a patient at risk for hypokalemia.
Which food should the nurse recommend as a good source of potassium?

Choice A rationale:

Metabolic alkalosis is an acid-base imbalance characterized by excessive loss of acid or excessive gain of bicarbonate produced by an underlying pathologic disorder. It causes metabolic, respiratory, and renal responses, producing characteristic symptoms. One of the manifestations of metabolic alkalosis is cardiovascular abnormalities, such as atrial tachycardia. Therefore, placing the patient on continuous cardiac monitoring is a necessary action to assess the patient’s heart rate and rhythm and detect any abnormalities early.

Choice B rationale:

Insulin is not typically used in the treatment of metabolic alkalosis. Insulin is a hormone that regulates blood sugar levels. It’s not directly related to the body’s acid-base balance. Therefore, obtaining a prescription for insulin for the patient would not be a relevant action in this case.

Choice C rationale:

Administering sodium bicarbonate to a patient with metabolic alkalosis would not be appropriate. Sodium bicarbonate is a base and is often used to treat metabolic acidosis, a condition characterized by an excess of acid in the body. Giving sodium bicarbonate to a patient with metabolic alkalosis, a condition characterized by an excess of base in the body, could potentially worsen the patient’s condition.

Choice D rationale:

Having the patient breathe into a paper bag is a common treatment for respiratory alkalosis, not metabolic alkalosis.

Respiratory alkalosis is caused by hyperventilation, which leads to a decrease in carbon dioxide in the blood. Breathing into a paper bag helps to increase the amount of carbon dioxide the person inhales, helping to restore the acid-base balance. However, metabolic alkalosis is not caused by hyperventilation, so this treatment

Choice A rationale:

Tachycardia, or a rapid heart rate, is not typically an adverse effect of oxygen therapy. Oxygen therapy is often used to help people with conditions like COPD, COVID-19, emphysema, and sleep apnea get enough oxygen to function and stay well. While tachycardia can be a symptom of these conditions, it is not directly caused by the oxygen therapy itself.

Choice B rationale:

Cracks in the oral mucous membranes can indeed be an adverse effect of oxygen therapy. Oxygen therapy involves the delivery of highly concentrated oxygen, which can cause irritation and dryness in the airways, including the oral mucous membranes. This can lead to cracks and discomfort in the mouth. Therefore, it’s important for healthcare providers to monitor patients receiving oxygen therapy for signs of this adverse effect.

Excessive pulmonary secretions are not typically a direct adverse effect of oxygen therapy. While conditions that often require oxygen therapy, such as pneumonia and COPD, can lead to increased pulmonary secretions, these are symptoms of the underlying disease rather than the oxygen therapy itself.

Choice D rationale:

Poor skin turgor is not typically an adverse effect of oxygen therapy. Skin turgor refers to the elasticity of the skin, and poor skin turgor is often a sign of dehydration. While oxygen therapy can cause dryness of the mucous membranes, it does not typically affect the hydration status of the skin.