An athlete has been practicing twice a day in the heat and reports being dizzy.
The patient’s vital signs are blood pressure of 100/2 mm Hg, pulse rate of 100 beats/min, and respiratory rate of 26 breaths/min; the patient does not remember the last voiding time.
The skin is cool to touch and pale in color. Which type of shock is the patient experiencing?

Choice A rationale:

A colostomy is a surgical opening in the abdomen that allows stool to pass through the colon and out of the body. While a colostomy may increase the risk of certain complications, such as dehydration and skin irritation, it does not directly increase the risk of aspiration. This is because the colostomy bypasses the upper digestive tract, where aspiration typically occurs.

Choice B rationale:

An ileostomy is a similar surgical opening in the abdomen, but it diverts the small intestine rather than the colon. Like a colostomy, an ileostomy does not directly increase the risk of aspiration. However, it may lead to dehydration and electrolyte imbalances, which could indirectly contribute to aspiration risk.

Choice C rationale:

Enteral feedings through an NG tube are a common way to provide nutrition to patients who cannot eat by mouth. However, these feedings can also increase the risk of aspiration. This is because the NG tube bypasses the normal swallowing mechanisms, which help to protect the airway. If the feeding tube is not properly positioned or if the patient has impaired gastric motility, formula could enter the lungs and cause aspiration pneumonia.

Choice D rationale:

A chest tube is a drainage tube that is inserted into the chest cavity to remove air or fluid. While a chest tube may cause some discomfort and respiratory issues, it does not directly increase the risk of aspiration.

Rationale for Choice A: Obtain vital signs

While obtaining vital signs is important in assessing a patient's overall condition, it is not the first priority in a suspected transfusion reaction.

Vital signs can provide valuable information about the severity of the reaction, but they should not delay the immediate action of stopping the transfusion.

Delaying the cessation of the transfusion could allow for further infusion of incompatible blood or allergens, potentially worsening the reaction and leading to more serious complications.

Rationale for Choice B: Notify the registered nurse

Involving other healthcare professionals is crucial in managing transfusion reactions, but it should not precede stopping the transfusion.

The nurse should prioritize stopping the transfusion to prevent further exposure to potential triggers and then promptly notify the registered nurse for further assessment and interventions.

Timely communication with the registered nurse is essential for coordinating care and ensuring appropriate treatment measures are implemented.

Rationale for Choice C: Administer diphenhydramine

Diphenhydramine, an antihistamine, can be used to treat allergic reactions, but it should not be administered as the first response in this scenario.

The priority is to halt the infusion of the blood product that is potentially causing the reaction.

Administering diphenhydramine before stopping the transfusion could mask the symptoms of the reaction, making it more difficult to assess its severity and progression.

Rationale for Choice D: Stop the transfusion

This is the correct and most immediate action to take when a patient develops itching and hives during a blood transfusion.

These symptoms are indicative of a possible allergic or transfusion reaction, and stopping the transfusion is essential to prevent further complications.

It's critical to act quickly to minimize the amount of incompatible blood or allergens that enter the patient's circulation.

By stopping the transfusion, the nurse can potentially prevent the reaction from worsening and safeguard the patient's well- being.