Neonatal resuscitation in an airborne-precaution setting

Neonatal resuscitation depends on speed, coordination and reliable equipment. When a newborn may carry an airborne infection, the team must add respiratory protection and environmental controls without allowing those measures to delay ventilation, circulation support or transfer to higher-level care.

The practical challenge is especially significant in Australia, where birth services range from major tertiary hospitals in Sydney, Melbourne, Brisbane and Perth to regional maternity units serving large rural areas. A safe approach combines current neonatal life-support guidance, local infection-prevention policy, simulation and a clear plan for staff, parents and equipment.

What airborne precautions change at birth

Airborne precautions are designed to reduce inhalation of infectious particles that may remain suspended in the air. They become particularly important when a birthing parent has a suspected or confirmed respiratory infection, or when the newborn’s infection status is unknown and an airborne pathogen is circulating. The risk assessment should consider symptoms, test results, local transmission and the urgency of the birth.

Positive-pressure ventilation, continuous positive airway pressure, non-invasive respiratory support, intubation and open airway suction can disperse respiratory secretions. The term “aerosol-generating procedure” is applied differently across guidance documents, so Australian teams should follow the current policy of their health service alongside Australian Resuscitation Council and ANZCOR recommendations. The classification matters less than having a practical plan for airway care.

Airborne precautions must never lead to avoidable delay. If a baby is apnoeic, gasping or has a persistently low heart rate, effective ventilation remains the central intervention. A well-rehearsed team can protect staff while beginning newborn life support promptly, rather than pausing for an ideal room or waiting for every possible test result.

Preparing the room and the resuscitation team

Before delivery, the team should identify the most suitable room, check airflow arrangements and place the radiant warmer where staff can work without crowding the birthing parent. A negative-pressure room may be preferred when available and clinically appropriate, although the absence of one should not prevent urgent care. Doors, staff movement and unnecessary entry should be managed in accordance with the hospital’s infection-control plan.

A short pre-birth briefing should cover who will lead, who will manage the airway, who will record events and who will communicate with the parent and obstetric team. It should also specify where clean and used equipment will go. Because respirators can make speech less clear, teams should agree on closed-loop communication, hand signals or a designated voice relay before the procedure begins.

PPE should be donned before the anticipated high-risk phase. A fit-tested P2 or N95 respirator, eye protection, gloves and a fluid-resistant gown may be required, with the exact combination determined by local policy and the suspected pathogen. Staff who cannot achieve a reliable respirator fit need an alternative role whenever possible. A trained observer can reduce contamination during donning and removal, particularly after a stressful resuscitation.

Protecting ventilation quality

The ventilation device must be selected before birth, assembled and tested with the mask sizes likely to be needed. A T-piece resuscitator can provide controlled pressure and may help reduce unnecessary disconnections. If a viral filter is used, it must be approved for the device and suitable for neonates. The team should account for added resistance, increased dead space and the possibility that condensation will affect performance.

A filter that is suitable for an adult ventilator is not automatically safe for a premature infant. Excessive resistance can reduce delivered tidal volume or make mask ventilation more difficult. Australian neonatal units should use equipment approved through their procurement and clinical engineering processes, with manufacturer instructions available at the warmer. Filters and connectors should be included in routine checks rather than stored separately and discovered only during an emergency.

The usual principles of newborn ventilation remain essential: achieve a good mask seal, position the airway, observe chest movement and assess the heart rate response. Avoid routine deep suctioning, which can cause trauma and generate secretions without improving outcomes. If intubation is required, the most experienced available clinician should perform it, with a video laryngoscope or other adjunct used when appropriate and available.

Resilient perinatal systems depend on this combination of clinical skill, equipment reliability and organisational learning. Airborne precautions expose weaknesses that may otherwise remain hidden, such as missing connectors, unfamiliar respirators or unclear escalation pathways.

Adapting care for parents and newborns

Infection-control measures should be explained respectfully to the birthing parent and support person. A respirator, face shield and restricted access can make an already frightening event feel impersonal. A staff member should provide brief, plain-language updates: what the team is doing, why PPE is needed and when the parent may see or touch the baby.

Cord management, skin-to-skin contact and breastfeeding decisions should be based on the baby’s clinical condition, the infection involved and current local guidance. Airborne precautions do not automatically require separation in every situation. Where direct contact is safe, maintaining early bonding and supporting expressed breast milk may be beneficial. If temporary separation is necessary, the team should make a plan for voice contact, photographs, expressed milk and reunification.

The neonatal team should also consider the parent’s need for a mask, hand hygiene and positioning during procedures. A support person may be limited by testing or isolation rules, but communication should remain compassionate and consistent. Australian hospitals need to account for culturally safe care, interpreter access and the practical realities of long travel for families from regional or remote communities.

Applying Australian guidance and workplace duties

Australian practice is shaped by the Australian Resuscitation Council, ANZCOR guidance, state and territory health departments, hospital infection-prevention committees and the National Safety and Quality Health Service Standards. These sources may be updated at different times, so a maternity service should maintain one accessible local protocol rather than leaving clinicians to reconcile several documents during an emergency.

Work health and safety legislation in each state and territory places duties on employers to provide a safe system of work, suitable training and appropriate personal protective equipment. The wording differs between jurisdictions, but the operational message is consistent: a hospital should identify respiratory hazards, consult staff, maintain equipment and review incidents. PPE supplies should not depend on individual clinicians bringing respirators from home or reusing equipment outside approved instructions.

The Australian medical market adds another practical consideration. Procurement teams may need to source neonatal masks, T-piece circuits, filters, respirators and eye protection from different suppliers, with stock affected by international shipping and seasonal demand. Devices should be checked for Australian regulatory status where applicable, compatibility and service support. A product that is available in a large Melbourne or Sydney hospital may be difficult to replace quickly in a smaller regional service.

For remote and rural hospitals, escalation planning is as important as the first five minutes of care. The team should know how to contact the neonatal retrieval service, what information to document and how to maintain respiratory precautions during transfer. A pre-packed airborne-precaution kit can save time, but it should be checked at every shift change and after every use.

Training, debriefing and quality improvement

Simulation should reproduce the practical barriers created by airborne precautions. Staff can practise ventilating a premature manikin while wearing a P2 respirator, communicating through eye protection, changing roles and safely removing PPE. Scenarios should include a failed mask seal, an exhausted oxygen cylinder, a disconnected filter and a sudden need for intubation.

Debriefing should examine both clinical performance and system design. Useful questions include whether equipment was immediately available, whether the room was large enough, whether instructions could be heard and whether the parent received timely information. The aim is to identify process improvements rather than assign blame. Small changes, such as colour-coded airway kits or a laminated role card, can have a meaningful effect during a rare emergency.

Hospitals should monitor ventilation effectiveness, time to first effective breaths, PPE availability, unplanned equipment changes and staff exposure incidents. These measures can be reviewed alongside neonatal outcomes and family feedback. A resuscitation policy that is technically correct but difficult to follow in a crowded birthing room needs revision.

The archived FAOPS 2020 congress site reflects the wider international focus on perinatal and neonatal research, collaboration and preparedness. Although the Tokyo meeting was cancelled during the COVID-19 pandemic, its subject area remains relevant: resilient newborn care depends on sharing evidence across hospitals and adapting that evidence to local resources.

Building a sustainable bedside protocol

A useful local protocol should fit on a small number of pages and distinguish actions that are universal from those that depend on the suspected infection. It should state when to call the neonatal team, which PPE is required, where resuscitation should occur, how ventilation equipment is configured and who authorises a change in isolation level.

The protocol should also define cleaning responsibilities. Reusable laryngoscopes, masks, oxygen tubing, monitors and transport equipment need a clear pathway after use. Single-use items should be discarded according to infection-control and environmental requirements. Staff should know how to bag equipment without contaminating door handles, computers or transport surfaces.

Regular review is essential because respiratory pathogens, PPE standards and supply conditions change. Updates should be communicated through staff meetings, electronic policy systems and short shift huddles rather than relying on clinicians to find revised documents independently. In busy Australian maternity units, a two-minute reminder before a high-risk birth may be more effective than a lengthy policy that no one recalls.

Every birth service should rehearse this response before it is needed. Audit the equipment, train the team, update the local pathway and make parent communication part of the drill. Strong preparation allows clinicians to deliver prompt neonatal ventilation while protecting staff, families and the wider perinatal service.