Immediate Care Procedures for Newborns

The first few minutes after birth are critical for a newborn’s survival and long-term health. Healthcare providers must act quickly and efficiently to help the baby transition from the protective womb environment to the outside world. Immediate care at birth focuses on essential interventions that establish breathing, prevent heat loss, and ensure the newborn’s safety. For nursing professionals, mastering these procedures is fundamental to reducing neonatal mortality and giving every baby the best possible start in life.

Why immediate care matters
Drying the baby thoroughly
Proper drying technique
Positioning for an open airway
The sniffing position
Suctioning the mouth and nose
When suctioning is necessary
Preventing heat loss
The warm chain concept
Radiant warmers and prewarmed towels
Head covering
Skin-to-skin contact
Initial assessment: the Apgar score
Documentation and communication

Why immediate care matters

A newborn experiences dramatic physiological changes within seconds of delivery. As the umbilical cord is clamped, the baby’s dependence on the placenta for oxygen and nutrition ends abruptly. The lungs must now take over respiratory function, and blood flow patterns must redirect to support this new breathing mechanism. Without proper intervention, these changes can become life-threatening complications.

The World Health Organization emphasizes that all newborns should have access to essential newborn care, which includes immediate care at birth such as delayed cord clamping, thorough drying, assessment of breathing, skin-to-skin contact, and early initiation of breastfeeding. These interventions are universal requirements regardless of the birth setting.

Drying the baby thoroughly

Drying is the first and most crucial step in immediate newborn care. A baby emerges wet from amniotic fluid and can lose body heat rapidly if not dried immediately. Without adequate thermal protection, a newborn’s temperature can drop by 2°C to 4°C within the first 20 minutes of life, and for every 1°C decrease in temperature, the risk of mortality increases by 28%.

The drying process serves two important purposes. First, it removes the wet amniotic fluid that accelerates heat loss through evaporation. Second, the rubbing action during drying provides gentle tactile stimulation that encourages the baby to breathe. Most newborn babies do not require resuscitation at birth but do need attention to maintaining body temperature and gentle stimulation to initiate breathing.

Proper drying technique

Use a clean, warm, dry cloth or towel to dry the baby immediately after birth. Start with the head and face, then move to the body and limbs. Once the first towel becomes wet, remove it completely and replace it with a fresh dry cloth. The WHO recommends that after drying, the wet cloth should be removed and the baby placed skin-to-skin on the mother’s chest with both covered by a dry cloth. This approach addresses heat loss while promoting bonding and breastfeeding readiness.

Positioning for an open airway

Correct positioning is essential to ensure the newborn can breathe effectively. The baby should be placed on their back with the neck in a neutral position, neither flexed nor hyperextended. If the newborn has significant caput (swelling of the scalp), a rolled towel under the shoulders can help achieve the proper head alignment.

This neutral position keeps the airway open and unobstructed. The baby should be positioned face upwards with the head supported. If breathing efforts appear vigorous but breath sounds are not heard, the airway may be obstructed, requiring repositioning and gentle suction of the mouth and nostrils.

The sniffing position

For babies who are breathing but doing so ineffectively, slightly extending the head to the sniffing position can help open the airway. However, over-extension must be avoided as it can compress the soft trachea and worsen obstruction. The correct alignment shows the chin tilted appropriately, neither too far back nor too close to the chest.

Suctioning the mouth and nose

Suctioning practices have evolved significantly based on current evidence. The World Health Organization advises against routine bulb suctioning of neonates immediately after birth. If the baby is born through clear amniotic fluid and begins breathing spontaneously, suctioning is unnecessary and may even cause harm.

Research has shown that routine suctioning can stimulate the vagus nerve, potentially leading to bradycardia (slow heart rate). Studies comparing suctioned babies with those who were not suctioned found that suctioned infants had lower Apgar scores and oxygen saturation levels.

When suctioning is necessary

Suctioning should only be performed when there are clear signs of airway obstruction. Current guidelines recommend suctioning only if the airway is visibly blocked by secretions, blood, or meconium. When suctioning is required, it should be gentle and brief-no more than 10 seconds per attempt.

The correct sequence is to suction the mouth first, then the nose. This prevents the baby from aspirating secretions if they gasp when the nose is cleared. Over-vigorous suctioning can cause laryngeal spasm, bradycardia, and trauma, potentially delaying the onset of spontaneous breathing.

Preventing heat loss

Newborns are extremely vulnerable to hypothermia due to their large surface area relative to body mass, limited subcutaneous fat, and inability to shiver. The WHO recommends the delivery room temperature be maintained at 25°C to 28°C (77°F to 82°F), and neonates should be dried immediately and placed in skin-to-skin contact with the parent when possible.

Hypothermia is defined by the WHO as a core body temperature below 36.5°C. Even in well-resourced hospital settings, maintaining normal newborn temperature remains challenging. Studies show that a significant percentage of newborns are admitted to neonatal units with temperatures below the recommended range.

The warm chain concept

The warm chain is a set of interlinked procedures performed at birth and during subsequent hours and days to minimize heat loss. Failure to implement any single step breaks the chain and puts the newborn at risk. Key components include warming the delivery room, drying immediately, removing wet cloths, using skin-to-skin contact, and covering both mother and baby.

Radiant warmers and prewarmed towels

When skin-to-skin contact is not immediately possible-such as when the baby needs resuscitation or medical intervention-alternative warming methods become essential. Radiant warmers provide external heat while allowing healthcare providers to assess and treat the baby. However, these devices must be used carefully to prevent overheating.

Prewarmed towels and blankets should be ready before every delivery. Having dry cloths stored in a warm location ensures they are ready for immediate use. The newborn should be placed on a warm surface, and for preterm infants, wrapping in a polyethylene bag while leaving only the face exposed can effectively reduce heat loss during resuscitation.

Head covering

A significant amount of heat escapes through the newborn’s head due to its large surface area. A knitted cap placed on the baby’s head helps prevent this heat loss while other warming measures are implemented. This simple intervention is particularly important during procedures that require the baby to be uncovered.

Skin-to-skin contact

Skin-to-skin contact is an effective method of preventing heat loss in both term and preterm babies. The mother’s chest or abdomen is the ideal surface for receiving the newborn-it is clean and naturally maintains the right temperature. After drying, the baby can be placed directly on the mother’s skin and covered with a dry cloth.

Beyond temperature regulation, skin-to-skin contact promotes bonding and facilitates early breastfeeding initiation. Early breastfeeding within 24 hours can reduce the risk of hypothermia while providing essential fat supply for the baby’s own heat production mechanisms.

Initial assessment: the Apgar score

While implementing immediate care, healthcare providers continuously assess the newborn’s condition. The Apgar test is a standardized scoring system used at 1 and 5 minutes after birth. It evaluates muscle tone, heart rate, reflexes, color, and breathing, with each component receiving a score of 0, 1, or 2.

A total score of 7 to 10 indicates the baby is doing well with minimal extra support needed. Scores of 4 to 6 suggest the baby requires additional monitoring and possible respiratory assistance. A score of 3 or below means immediate life-saving interventions are necessary. This assessment helps guide the intensity of care while ensuring no baby’s needs are overlooked.

Documentation and communication

Accurate documentation of immediate newborn care is essential. The time of birth should be called out and recorded. All interventions performed, assessment findings, and the baby’s response should be noted in the medical record. This documentation supports continuity of care and provides a baseline for monitoring the baby’s progress.

Equally important is communication with the parents. They should be informed about what procedures were performed and why, and reassured about their baby’s condition. For healthy babies, this communication can happen while the baby is in skin-to-skin contact with the mother, reinforcing the normalcy of the birth experience.

What do you think? How might resource limitations in different healthcare settings affect the implementation of these immediate newborn care procedures? What creative solutions have you seen or could imagine to ensure all babies receive essential thermal protection regardless of the birth environment?

How useful was this post?

Click on a star to rate it!

Average rating 4 / 5. Vote count: 1

No votes so far! Be the first to rate this post.

References

PDF 📄

Table of Contents

Why immediate care matters 🔗

Drying the baby thoroughly 🔗

Proper drying technique 🔗

Positioning for an open airway 🔗

The sniffing position 🔗

Suctioning the mouth and nose 🔗

When suctioning is necessary 🔗

Preventing heat loss 🔗

The warm chain concept 🔗

Radiant warmers and prewarmed towels 🔗

Head covering 🔗

Skin-to-skin contact 🔗

Initial assessment: the Apgar score 🔗

Documentation and communication 🔗