Learn why continuous carbon dioxide (CO₂) monitoring is critical in neonatal care. Discover how transcutaneous CO₂ monitoring helps clinicians detect fluctuations, support brain and lung protection, and reduce the need for invasive blood draws in NICU patients.

Learn how continuous transcutaneous CO₂ monitoring supports neuroprotection in preterm infants by helping maintain stable CO₂ levels during the critical first 72 hours.

Learn how IPV® Therapy works to mobilize secretions, recruit lungs, and improve airway clearance with percussive ventilation and the Phasitron®.

Explore evidence‑based airway clearance techniques in the ICU, including suctioning, CPT, IPV therapy, and more to support secretion management and ventilator weaning.

Learn how CO2 is monitored in the NICU. Compare arterial blood gas, end-tidal CO2, and transcutaneous monitoring to support precise neonatal ventilation management.

Learn why CO₂ levels matter in neonates, the risks of hypo- and hypercapnia, and how CO₂ monitoring guides safe, effective respiratory support in the NICU.

This interview with the NICU team at Woman's Hospital answers how they built a plan to lower blood gas draws, with transcutaneous monitoring, standardized protocols, and create staff-led care improvements.

Explore how transcutaneous CO₂ monitoring delivers noninvasive, real-time insights to support better outcomes for both clinicians and patients.

Quality improvement projects are driving change in healthcare. This issue spotlights five impactful initiatives improving safety, efficiency, and care delivery.

Discover how Woman’s Hospital cut blood gas draws by 50% using transcutaneous CO₂ monitoring, standardized protocols, and staff-led care improvements.