Plymouth, Minn.-based Nonin Medical Inc. gained a U.S. FDA 510(k) clearance for its Co-Pilot wireless hand-held multiparameter system (H500). The system is expected to be used by first responders to evaluate various oxygenation and respiratory-related parameters in patients after incidents such as cardiac arrest, traumatic injury, carbon monoxide or smoke inhalation.
It’s also expected to prove useful amidst the unfolding pandemic. Oxygen levels in the body are increasingly seen as helpful in establishing which patients will require hospitalization. Co-Pilot can simultaneously measure patient pulse oximetry (SpO2), pulse rate, carboxyhemoglobin (COHb) and methemoglobin (MetHb). With an additional sensor it can also measure cerebral and tissue oximetry (rSO2).
Assessing the damage
“With the COVID-19 pandemic, first responders around the globe have become a triage resource for hospitals not wanting to bring patients into a facility if not absolutely medically necessary. Co-Pilot’s wireless capabilities allow for patient and caregivers needs to be optimally met,” Nonin Vice President of Marketing Christine Horton told BioWorld.
“One of the unique clinical issues with COVID-19 is silent hypoxia – when blood oxygen saturation levels (SpO2) are low but there are few other warning signs,” she continued. “The ability to rapidly measure and respond may allow for faster diagnosis and treatment. With Co-Pilot, first responders can measure SpO2 and other patient health parameters from a distance to limit their exposure to the virus.”
Co-Pilot is the first handheld device to enable emergency responders to measure cerebral and tissue oximetry (rSO2), which had previously only been measurable in the hospital setting. After a cardiac arrest, this measurement is critical to determine the potential for a patient’s survival and brain function.
Roughly 330,000 cardiac arrest events occur outside of the hospital in the U.S. each year – and the prognosis is rarely good. Only 10.6% of these patients survive on average, while only 8.3% make it through with good neurological function.
“During our clinical study of the Co-Pilot (H500) we found it to be portable and extremely easy to use. The ability to track a multitude of parameters was beneficial and provided critical information for patient care,” said Guillaume Debaty, an emergency medicine physician at Grenoble Alpes University Hospital and the head of SAMU de l’Isère in Grenoble, France. “We also believe the technology has great potential for the management of cardiac arrest patients.”
COHb is a measure of carbon monoxide in the red blood cells after it has been inhaled, helping in the diagnosis and monitoring of carbon monoxide poisoning. MetHb is monitored typically to assess potential chemical exposure that results in hemoglobin that cannot bind to oxygen or carry it to tissues.
Doing more with less
Co-Pilot is expected to replace other kinds of equipment for first responders with a smaller, lighter all-in-one option. “Before the Co-Pilot technology, first responders either had to use multiple smaller devices to get the five parameters available in the Co-Pilot or one large, bulky and difficult to handle defibrillation pack that can weigh over 17 pounds,” said Horton. “With the Co-Pilot, first responders can measure five parameters on every EMS (emergency medical service) call using one compact, wireless and portable device.”
Nonin markets a range of noninvasive patient monitoring products including pulse oximeters, cerebral and tissue oximeters, capnographs, sensors and software. About 25 years ago, it was the first to offer fingertip pulse oximeters.
Given the particular relevance of oxygenation in establishing the relative treatment needs for COVID-19 patients, Nonin has seen a big uptick in demand as individuals and institutions work to further prepare to routinely conduct these types of measurements in the current environment. Fingertip pulse oximeter use at home has expanded, as COVID-19 has made this device relevant for use alongside a thermometer to help determine if a visit to the hospital is necessary.
“The pandemic has rapidly accelerated the interest in our products and technology because it reinforced the clinical relevance of using pulse oximetry on every call and at every patient touchpoint,” Horton concluded. “Connected, easy-to-use devices that provide accurate and reliable data in the most challenging patients and disease states is critical to meeting the needs in the pandemic.”