Mechanical ventilation of the newborn. An overview

Area of Science:

• Neonatal medicine
• Pediatric critical care
• Respiratory physiology

Background:

• Mechanical ventilation for newborns is a dynamic field.
• Technological limitations and clinical challenges have historically hindered progress.
• Evolving expectations continually reshape ventilation strategies.

Observation:

• Synchronized ventilation represents a novel approach in neonatal intensive care units (NICUs).
• High-frequency ventilation (HFV), established for 15 years, is utilized for infants who do not respond to conventional ventilation (CV).
• The application of HFV as a primary treatment for respiratory distress syndrome (RDS) is a subject of ongoing controversy.

Findings:

• Monitoring of gas flow, tidal/minute volumes, and lung mechanics is integrated into CV.
• Despite monitoring, complications associated with mechanical ventilation persist.
• The field is characterized by continuous innovation and adaptation.

Implications:

• Clinicians are re-evaluating established ventilation practices in light of new techniques.
• Further research is needed to clarify the optimal role of HFV in neonatal respiratory support.
• Anticipation of continued advancements is crucial for managing critically ill neonates.