Accurately measure CO2 throughout the night without disturbing sleep.
Sentec transcutaneous technology offers continuous, noninvasive CO2 and SpO2 values that are accurate across patient populations and conditions regardless of ventilation strategy – with site times and settings that support sound sleep.
Accurately measure CO2 throughout the night without disturbing sleep.
Sentec transcutaneous technology offers continuous, noninvasive CO2 and SpO2 values that are accurate across patient populations and conditions regardless of ventilation strategy – with site times and settings that support sound sleep.
Accurately measure CO2 throughout the night without disturbing sleep.
Sentec transcutaneous technology offers continuous, noninvasive CO2 and SpO2 values that are accurate across patient populations and conditions regardless of ventilation strategy – with site times and settings that support sound sleep.
Transcutaneous CO2 enables better data for doctors and better sleep for patients
Accuracy Matters
TCM overcomes the inaccuracy issues of end-tidal, regardless of ventilation strategy.
Support Split Studies
Capture CO2 data of an entire split study continuously, without switching device, sensor, or site.
Better Rest – Better Data
Comfortable, unobtrusive monitoring supports uninterrupted sleep while algorithms exclude artifacts – leading to better data for clinical decision making.
TCM IN THE SLEEP LAB
The Benefits of Continuous Noninvasive CO2 Monitoring in the Sleep Lab
In sleep diagnostics, continuously monitoring CO2 levels is important to assess nocturnal hypoventilation and titrate noninvasive ventilation. Transcutaneous monitoring offers CO2 and SpO2 values with excellent accuracy across patient populations and conditions, regardless of ventilation strategy – all while supporting sound sleep.
TCM IN THE SLEEP LAB
The Benefits of Continuous Noninvasive CO2 Monitoring in the Sleep Lab
In sleep diagnostics, continuously monitoring CO2 levels is important to assess nocturnal hypoventilation and titrate noninvasive ventilation. Transcutaneous monitoring offers CO2 and SpO2 values with excellent accuracy across patient populations and conditions, regardless of ventilation strategy – all while supporting sound sleep.
Benefits for Patients
Benefits for Providers
Benefits for Facilities
Transcutaneous CO2 Monitoring in Routine and Advanced Pediatric Sleep Studies
Lisa DeGuzman, RRT-NPS, RPSGT, CCSH discusses the role of transcutaneous CO2 monitoring in the Nemours Children’s Hospital Pediatric Sleep Center, highlighting its applications in detecting and guiding the management of sleep-disordered breathing among the pediatric population. In this adapted version of her webinar, you can explore the key takeaways and gain insights from the Nemours sleep lab.
Memorial Hermann Whitepaper
How could transcutaneous monitoring enhance care in your pediatric ICU? In this whitepaper, PICU specialists from Children’s Memorial Hermann share case studies demonstrating how continuous visibility provided by transcutaneous CO2 monitoring supported their team’s patient care strategies.
Transcutaneous CO2 Monitoring in Routine and Advanced Pediatric Sleep Studies
Lisa DeGuzman, RRT-NPS, RPSGT, CCSH discusses the role of transcutaneous CO2 monitoring in the Nemours Children’s Hospital Pediatric Sleep Center, highlighting its applications in detecting and guiding the management of sleep-disordered breathing among the pediatric population. In this adapted version of her webinar, you can explore the key takeaways and gain insights from the Nemours sleep lab.
Memorial Hermann Whitepaper
How could transcutaneous monitoring enhance care in your pediatric ICU? In this whitepaper, PICU specialists from Children’s Memorial Hermann share case studies demonstrating how continuous visibility provided by transcutaneous CO2 monitoring supported their team’s patient care strategies.
