# A nurse is caring for a newborn who is at risk for hypoglycemia. Which nursing intervention is the MOST appropriate to prevent hypoglycemia in this high-risk newborn?

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> subject: Maternal Newborn Health

## 문제

A nurse is caring for a newborn who is at risk for hypoglycemia. Which nursing intervention is the MOST appropriate to prevent hypoglycemia in this high-risk newborn?

## 보기

1. Monitor blood glucose levels every 4 hours using a heel stick method
2. Administer intravenous dextrose solution as prescribed by the physician
3. Keep the newborn in a warm environment to reduce metabolic demands
4. Initiate early and frequent feedings within the first hour of life **✔ 정답**

**정답: 4**

## 해설

Early and frequent feedings within the first hour of life are the most effective primary prevention for neonatal hypoglycemia, providing glucose and stimulating metabolism. Monitoring and IV dextrose are secondary or treatment measures.

## 심화 해설

Understanding Neonatal Hypoglycemia Risk

The immediate postnatal period represents a critical metabolic transition. In utero, the fetus receives a continuous supply of glucose from the mother. After birth, this supply is abruptly cut off, and the newborn must mobilize endogenous glucose stores, primarily through glycogenolysis and gluconeogenesis. High-risk newborns—such as those who are late preterm, small or large for gestational age, or infants of diabetic mothers—often have limited glycogen reserves, hyperinsulinemia, or immature counter-regulatory hormone responses, making them vulnerable to a rapid drop in blood glucose. Recurrent or prolonged hypoglycemia can lead to neurodevelopmental deficits because the neonatal brain relies heavily on glucose as its primary fuel source [1].

Analysis of Intervention Options

The question asks for the most appropriate nursing intervention to prevent hypoglycemia, not merely to detect or treat it. A comparison of the options clarifies the distinction between prevention, monitoring, and treatment.

Option 1: Monitor blood glucose levels every 4 hours using a heel stick method.

Surveillance is a cornerstone of care for at-risk newborns, and clinical guidelines universally recommend systematic screening [2]. However, monitoring is a detection strategy. It identifies hypoglycemia after it has occurred so that treatment can be escalated. It does not, by itself, prevent the initial drop in blood glucose. Furthermore, a 4-hour interval may be too infrequent in the first hours of life, as guidelines often recommend screening to begin by 2 hours of age and continue before feedings [2].

Option 2: Administer intravenous dextrose solution as prescribed by the physician.

Intravenous (IV) dextrose is a definitive treatment for severe or symptomatic hypoglycemia and is a key component of escalation pathways when enteral feeding is insufficient or contraindicated [2]. However, initiating IV therapy is a reactive, tertiary intervention, not a primary preventive measure. It carries risks of fluid overload, infection, and pain, and it disrupts maternal-infant bonding. It is reserved for newborns who fail to maintain euglycemia despite preventive efforts.

Option 3: Keep the newborn in a warm environment to reduce metabolic demands.

Thermoregulation is a vital supportive measure. Cold stress increases metabolic demands by forcing the newborn to burn brown adipose tissue and glucose to generate heat, which can precipitate or worsen hypoglycemia. Maintaining a neutral thermal environment is an essential co-intervention that supports metabolic stability, but it is not the single most direct and effective method for preventing the primary pathophysiologic event, which is fuel depletion.

Option 4: Initiate early and frequent feedings within the first hour of life.

This is the most direct and physiologically appropriate preventive strategy. Early feeding directly addresses the core problem: the interruption of the maternal glucose supply. Initiating breastfeeding or formula feeding within the first hour of life provides an exogenous source of glucose and stimulates the secretion of gut hormones that promote insulin regulation and glycogen storage. A clinical decision support system for neonatal hypoglycemia prevention emphasizes that the most suitable preventive strategies should be formulated immediately after birth, with early feeding being a foundational, non-invasive intervention that proactively maintains euglycemia [1]. This approach aligns with guideline recommendations that prioritize early enteral feeding to prevent a catabolic state and the development of hypoglycemia in the first 24 to 72 hours of life [2].References (research sources)

- [1]Development and evaluation of a clinical nursing decision support system for the prevention of neonatal hypoglycaemia.Research articleLiu Q, Sun L, Yang J, Yin W, Cao S. (2024) · DOI: 10.1186/s12911-024-02826-3

- [2]Neonatal Hypoglycemia: A Systematic Review of International and Local Clinical Guidelines with Clinical Implications.GuidelineRusu C, Matyas M, Kramer BW, Dorobanțu FR, Bodog A. (2026) · DOI: 10.3390/jcm15103921

## 임상 시나리오

Preventing Neonatal HypoglycemiaPrioritizing early enteral feeding for at-risk newborns
The most effective nursing action to prevent hypoglycemia in an at-risk newborn is to initiate early and frequent feedings within the first hour of life. This directly provides an exogenous glucose source, bridging the gap until endogenous production stabilizes.

High-risk infants include those who are late preterm, small or large for gestational age, or infants of diabetic mothers. These newborns often have limited glycogen stores or hyperinsulinemia, making them vulnerable to rapid glucose drops after the maternal supply is cut off.

CautionWhile blood glucose monitoring is essential for detection, it is not a preventive measure. Do not delay the first feeding to wait for a glucose reading. If feeding is contraindicated or glucose remains low despite feeding, escalate to IV dextrose per protocol.

## 핵심 개념

- **Glycogenolysis** — The breakdown of glycogen to glucose, a critical but limited source of glucose for newborns after birth.
- **Gluconeogenesis** — The metabolic pathway that generates glucose from non-carbohydrate substrates, which may be immature in high-risk newborns.
- **Hyperinsulinemia** — Excess insulin in the blood, common in infants of diabetic mothers, which drives glucose into cells and causes hypoglycemia.
- **Counter-regulatory hormones** — Hormones like glucagon and cortisol that oppose insulin action; an immature response increases hypoglycemia risk.

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