Sentec transcutaneous technology overcomes many of the current limitations and challenges associated with CO2 measurement in the NICU by providing accurate, continuous, noninvasive CO2 values regardless of ventilation method or V/Q mismatch.
Sentec transcutaneous technology overcomes limits of pulse oximetry, arterial blood draws and capnography with continuous CO2 monitoring that combines ease of use and patient comfort, with accurate values regardless of ventilation method or ventilation/perfusion (V/Q) mismatch, and product features designed for sleep care settings.Sentec transcutaneous technology overcomes limits of pulse oximetry, arterial blood draws and capnography with continuous CO2 monitoring that combines ease of use and patient comfort, with accurate values regardless of ventilation method or ventilation/perfusion (V/Q) mismatch, and product features designed for sleep care settings.
By overcoming the limitations of end-tidal CO2 and providing better compatibility with all modes of ventilation, transcutaneous CO2 monitoring helps clinicians assess patient condition and the efficacy of treatment and ventilatory support strategies.
Sentec in Italia Monitoraggio transcutaneo continuo, accurato e [...]
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.
How to Get Started with Transcutaneous Monitoring in the NICU [...]
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.
In this article, Anne M. Geistkemper, MSc, RRT, RRT-NPS discusses the practical applications of transcutaneous CO2 monitoring in the NICU, its integration into neonatal care practices, and the evolution of this technology’s adoption in the Rush University Children’s Hospital NICU.
Blood draws for lab work are well-established as one of the main drivers of anemia of prematurity leading to a high rate of transfusion in the NICU. Learn more about the problem and how transcutaneous monitoring can be part of the solution.
Blood draws for lab work are well-established as one of the main drivers of anemia of prematurity leading to a high rate of transfusion in the NICU. Learn more about the problem and how transcutaneous monitoring can be part of the solution.
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