A charge nurse in a newborn nursery is providing information to a group of nurses about risk factors for hypoglycemia. Which of the following risk factors should the charge nurse include? (Select all that apply)
Hypothermia
Thrombocytopenia
Prematurity
Anemia
Maternal diabetes
Correct Answer : A,C,E
Choice A reason: Hypothermia increases metabolic demand in newborns, depleting glucose stores rapidly. Neonates have limited glycogen reserves, and cold stress accelerates glucose use for thermogenesis, risking hypoglycemia. This is critical in nurseries, as thermoregulation is essential to prevent metabolic imbalances in vulnerable infants.
Choice B reason: Thrombocytopenia, low platelet count, affects clotting, not glucose metabolism. It may occur in sepsis but does not directly cause hypoglycemia. Glucose regulation depends on liver function and insulin balance, not platelets, making this irrelevant to hypoglycemia risk in newborns.
Choice C reason: Prematurity heightens hypoglycemia risk due to immature liver glycogen stores and limited gluconeogenesis. Preterm infants have high metabolic demands and low reserves, increasing susceptibility to low blood glucose, necessitating close monitoring and early feeding to stabilize glucose levels.
Choice D reason: Anemia, low red blood cell count, impacts oxygen delivery but not glucose metabolism directly. Severe anemia may increase metabolic stress, but it is not a primary hypoglycemia cause. Glucose regulation relies on hepatic and insulin functions, not hematologic status, in newborns.
Choice E reason: Maternal diabetes causes fetal hyperinsulinemia from maternal hyperglycemia, leading to neonatal hypoglycemia post-birth. Excess insulin depletes glucose stores after umbilical cord clamping, as maternal glucose supply ceases, making this a critical risk factor requiring vigilant monitoring in newborns.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
Choice A reason: Assigning all staff to the emergency department disrupts care for existing inpatients and may overwhelm ED operations. Staff allocation should follow a triage plan, balancing hospital-wide needs. This action is impractical and risks neglecting other patients, making it less effective than preparing resources.
Choice B reason: Preparing to discharge stable clients frees up beds for incoming casualties, optimizing hospital capacity during a mass casualty event. This aligns with disaster protocols, ensuring resources are available for critical patients. It supports efficient triage and care delivery, making it the correct action.
Choice C reason: Canceling all elective surgeries immediately is premature without assessing the event’s scope. Some surgeries may continue if resources allow, per disaster protocols. This action disrupts hospital operations unnecessarily and is less urgent than preparing beds for casualties, making it inappropriate.
Choice D reason: Requesting ventilators assumes specific needs without assessing the casualty event’s nature. Ventilators may not be immediately required, and resource allocation should follow triage protocols. Preparing beds is a more immediate and versatile action, making this choice less prioritized in the initial response.
Correct Answer is ["A","D","E"]
Explanation
Choice A reason: A quiet environment reduces sensory stimulation, which can elevate intracranial pressure (ICP) by increasing cerebral blood flow. Minimizing noise helps stabilize intracranial dynamics, preventing exacerbation of brain injury. This intervention supports neurological stability, critical in traumatic brain injury management to avoid secondary damage.
Choice B reason: Monitoring vital signs every 8 hours is inadequate for increased ICP, which requires frequent checks (e.g., every 1-2 hours). Changes in blood pressure or respiration signal worsening ICP, risking herniation. Infrequent monitoring delays detection of neurological deterioration, compromising timely intervention in brain injury.
Choice C reason: Coughing and deep breathing increase intrathoracic pressure, elevating ICP by impeding cerebral venous return. This is contraindicated in traumatic brain injury, as it risks worsening cerebral edema or causing herniation, potentially leading to severe neurological damage or fatal outcomes in affected clients.
Choice D reason: A 30-degree head-of-bed elevation promotes cerebral venous drainage, reducing ICP. This position optimizes cerebral perfusion pressure, minimizing venous congestion in traumatic brain injury. It is a critical intervention to prevent secondary brain injury, supporting neurological recovery by stabilizing intracranial dynamics effectively.
Choice E reason: Stool softeners prevent straining during bowel movements, which increases intrathoracic and intracranial pressure. In traumatic brain injury, straining risks exacerbating ICP, potentially causing herniation. This intervention ensures smoother bowel movements, maintaining ICP stability and supporting safe management of brain injury.
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