The nurse is assessing the bottle-feeding technique of a new family. Which behaviour by the parents requires further teaching?

Choice A reason: This statement indicates the parent's understanding that vacuum-assisted deliveries can sometimes lead to an increased risk of jaundice. The use of a vacuum can cause bruising on the baby's scalp, which can lead to the breakdown of red blood cells, thereby increasing bilirubin levels. Elevated bilirubin levels can cause jaundice in newborns. Recognizing this potential risk and monitoring the baby for signs of jaundice is an essential aspect of post-delivery care.

Choice B reason: Stating that the procedure was required because the baby was breech is incorrect. Vacuum-assisted delivery is typically used in cases where the baby is in a cephalic (head-first) position and there are difficulties in progressing through the birth canal, such as when the mother is exhausted, or the baby needs to be delivered quickly due to fatal distress. Breech presentations often necessitate a caesarean section instead of a vacuum-assisted delivery.

Choice C reason: The assertion that the vacuum was required because the mother did not dilate past 6 centimetres is inaccurate. Vacuum-assisted delivery is not related to cervical dilation but rather to difficulties encountered during the second stage of Labor (pushing phase). The decision to use a vacuum is made when the baby is in the birth canal, and additional assistance is needed to facilitate delivery.

Choice D reason: Stating that the baby’s head will be cone-shaped for about 2 months is also incorrect. While a vacuum-assisted delivery can result in a temporary cone-shaped head (known as "caput succedaneum" or melding), this typically resolves within a few days to weeks after birth. It is not expected to last for two months. Proper education should clarify the temporary nature of the head shape changes.

Choice A reason: Placing the patient in a supine position is not recommended in cases of suspected partial placental abruption. The supine position can compress the inferior vena cava, reducing blood flow to the placenta and potentially worsening the condition. Instead, a lateral position is generally preferred to enhance blood flow.

Choice B reason: Encouraging oral intake is not a priority action in this scenario. In cases of suspected placental abruption, the patient may need to undergo emergency medical procedures, and maintaining an empty stomach is often advised to prevent aspiration if anaesthesia is required.

Choice C reason: Administering IV fluids is crucial in managing suspected partial placental abruption. This intervention helps maintain maternal blood pressure and ensures adequate blood flow to the placenta, which is essential for fatal well-being. IV fluids can also be vital in managing any potential blood loss.

Choice D reason: Evaluating fatal heart rate monitoring is essential to assess the foetus’s well-being. Continuous monitoring allows the healthcare team to detect any signs of fatal distress, which can guide further medical interventions and decision-making processes.

Choice E reason: Monitoring maternal pain is a critical component of managing suspected partial placental abruption. Pain assessment helps determine the severity of the abruption and the effectiveness of pain management strategies. It also provides valuable information about the patient's condition and the need for additional interventions.