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

Explore the importance of CO₂ monitoring in the sleep lab, including methods like transcutaneous and end-tidal monitoring, to better detect ventilation issues and improve outcomes in patients with sleep-disordered breathing.

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.

Discover how LuMon™ EIT provides real-time regional ventilation monitoring in the NICU to support lung recruitment, weaning, and proactive respiratory care.

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.

Peer-reviewed studies on EIT in neonatal ventilation—covering validation, therapies, personalized care, weaning, delivery room use, and guidelines.

Peer-reviewed studies on EIT in ventilation—covering validation, therapies, personalized care, weaning, delivery room use, and guidelines.

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