A nurse is monitoring a patient who is receiving a blood transfusion.


Which of the following symptoms should the nurse report to the charge nurse as a sign of an allergic blood transfusion reaction?

Choice A rationale:

Recapping needles is a dangerous practice that significantly increases the risk of needlestick injuries.

The act of recapping involves directing the sharp end of the needle towards one's hand, creating a high likelihood of accidental puncture.

Even experienced healthcare professionals are susceptible to needlestick injuries during recapping.

Wastebaskets are not designed for the safe disposal of sharps and can easily be punctured, leading to potential exposure to bloodborne pathogens.

Choice B rationale:

While it is true that needles should not be recapped on ABG specimens, this option does not address the broader issue of safe needle disposal in general.

Focusing solely on ABG specimens could lead to the misconception that recapping is acceptable for other types of needles.

Choice D rationale:

Breaking needles in half is not recommended as a standard practice for needle disposal.

This action can create sharp fragments that are difficult to handle and can still cause injuries.

Sharps disposal containers are designed to safely contain intact needles and should be used as the primary method of disposal.

Choice C rationale:

Placing uncapped needles directly into a puncture-proof container is the safest and most recommended practice for needle disposal.

These containers are specifically designed to prevent needlestick injuries by shielding the sharps from accidental contact. They are typically made of hard plastic or metal and are clearly labeled for biohazard waste.

Using puncture-proof containers consistently for all needle disposal significantly reduces the risk of needlestick injuries among healthcare workers.

Choice A rationale:

Cellular hypoxia occurs when cells do not receive enough oxygen to meet their metabolic demands. Hemoglobin is the protein in red blood cells that carries oxygen from the lungs to the tissues. A hemoglobin level of 10.8 g/dL is below the normal range for adults (14-18 g/dL), indicating that the client has anemia. Anemia reduces the oxygen-carrying capacity of the blood, which can lead to cellular hypoxia.

Here is a detailed explanation of how anemia can lead to cellular hypoxia:

Decreased oxygen-carrying capacity: Anemia results in fewer red blood cells or reduced hemoglobin levels within those cells. As a consequence, the blood's ability to transport oxygen to the tissues is diminished.

Impaired oxygen delivery: Oxygen is transported to the tissues through the bloodstream, attached to hemoglobin within red blood cells. With fewer red blood cells or reduced hemoglobin, the delivery of oxygen to the tissues is compromised.

Decreased oxygen availability at the cellular level: As oxygen delivery is impaired, less oxygen is available to the cells for metabolic processes. This insufficient oxygen supply leads to cellular hypoxia.

Impaired cellular function: Cells require oxygen to produce energy through a process called aerobic respiration. Cellular hypoxia disrupts this process, leading to impaired cellular function.

Tissue and organ dysfunction: When a significant number of cells within a tissue or organ experience hypoxia, the function of that tissue or organ can be compromised. This can manifest in various symptoms and complications, depending on the affected organs.

Common signs and symptoms of cellular hypoxia:

Fatigue Weakness

Shortness of breath Pale skin

Dizziness Headache Chest pain

Tachycardia (rapid heart rate) Cognitive impairment