Exhibit 1. The names of the newborn reflexes are? Select all that apply.

Choice A rationale:

A white blood cell count of 15,000 does not necessarily indicate a severe infection. In newborns, WBC counts are typically higher than in adults, and they gradually decrease over the first few days after birth. A value of 15,000 falls within the normal range for a newborn and is not indicative of a severe infection.

Choice B rationale:

A white blood cell count of 15,000 is considered a normal range for a newborn. Newborns have higher WBC counts as a natural response to the stress of birth and exposure to the outside environment. The immune system is still developing, and elevated WBC counts are normal during this period.

Choice C rationale:

Assuming there are no other indications of lab error, such as abnormal results in other tests, it would be premature to label the WBC count as a lab error. Additionally, healthcare professionals should always consider the overall clinical picture before assuming a lab error based on a single result.

Choice D rationale:

There is no immediate need to call the doctor based solely on the WBC count of 15,000. Medical decisions should be made in the context of the newborn's overall clinical condition, and a single lab result does not warrant an immediate call to the doctor.

Choice A rationale:

The Moro reflex, also known as the startle reflex, is a normal reflex observed in newborns. To elicit this reflex, the nurse should perform a sharp hand clap or make a loud noise near the infant. This reflex is characterized by the baby's arms and legs extending outward, followed by a quick flexion, resembling a startle response. It is an important reflex to assess the newborn's neurological and motor development.

Choice B rationale:

Turning the newborn's head quickly to one side does not elicit the Moro reflex. This action may stimulate other reflexes, such as the tonic neck reflex, but it is not the appropriate method to assess the Moro reflex.

Choice C rationale:

Placing a finger at the base of the newborn's toes does not elicit the Moro reflex. This action is more related to testing the Babinski reflex, which involves the fanning and curling of the toes when the sole of the foot is stimulated.

Choice D rationale:

Holding the newborn vertically and allowing one foot to touch the crib surface does not elicit the Moro reflex. This action might elicit the stepping reflex, where the baby shows stepping movements as if walking when held in an upright position with their feet touching a surface.