A nurse is assessing a client who has a chest tube with a water seal drainage system.
Upon assessment, the nurse notes tidaling in the water seal.
Which of the following is an explanation for the tidaling?

Question 1: The correct answer is Choice A - Stabilize the tube by taping it to the infant’s cheek.

Choice A Rationale: Stabilizing the nasogastric tube by taping it to the infant's cheek is crucial to prevent displacement, which could lead to complications such as misplacement into the respiratory tract or discomfort for the infant. Proper securing ensures the tube remains in the intended position, facilitating the safe and effective delivery of nutrients. This action aligns with standard nursing practices to promote patient safety and comfort during enteral feedings.

Choice B Rationale: Option B suggests positioning the infant in a supine position during feedings, which is incorrect. Placing the infant in a supine position increases the risk of aspiration due to the potential for reflux. Instead, the infant should be positioned upright or semi-upright with the head elevated to minimize the risk of regurgitation and aspiration.

Choice C Rationale: Aspiration of residual fluid from the infant's stomach and discarding it (Option C) is not recommended practice. Aspirated gastric contents should be measured and assessed for volume and color to evaluate gastrointestinal function and potential complications. Discarding the aspirate without evaluation could lead to the oversight of important clinical indicators or abnormalities in the infant's condition.

Choice D Rationale: Microwaving the infant's formula to a temperature of 41°C (105.8°F) (Option D) is an incorrect practice. Heating formula in a microwave can result in uneven temperature distribution, creating hot spots that may cause burns to the infant's delicate oral mucosa or esophagus. The preferred method for warming formula is to use a water bath or bottle warmer to achieve a consistent temperature close to body temperature (around 37°C or 98.6°F).

Choice A rationale:

An angiocatheter is not appropriate for accessing an implanted venous access port. Angiocatheters are large-bore catheters designed for rapid fluid administration and are typically used for peripheral venous access. They are not suitable for accessing the small, specialized ports used for central venous access.

Choice B rationale:

A 25-gauge needle is too small for accessing an implanted venous access port. While smaller gauge needles are suitable for delicate procedures and patients with fragile veins, they might not provide adequate flow for certain therapies or blood draws. Accessing a port with a needle that is too small can lead to increased pressure, potentially damaging the port or causing discomfort to the patient.

Choice C rationale:

A butterfly needle is also not the best choice for accessing an implanted venous access port. Butterfly needles, also known as winged infusion sets, are commonly used for short-term peripheral venous access. They are not designed for accessing implanted ports, which require a noncoring needle for precise and safe access without damaging the port membrane.

Choice D rationale:

(Correct Choice) A noncoring needle, also known as a Huber needle, is the correct choice for accessing an implanted venous access port. Noncoring needles have a specially designed tip that creates a smaller puncture hole, reducing damage to the port membrane and minimizing patient discomfort. They are specifically designed for accessing ports and are the standard choice for this procedure.