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Vapotherm Oxygen Assist Module Receives Certification

Published Tuesday Feb 11, 2020

Vapotherm Oxygen Assist Module Receives Certification

Vapotherm in Exeter has received the CE Mark for its Oxygen Assist Module, which helps keep their patients within the target oxygen saturation range more effectively than with manual control alone. Keeping babies in the prescribed oxygen saturation range may reduce the health risks associated with dosing too much, or too little oxygen – such as visual or developmental impairment in premature infants.

“Oxygen is a deadly, dangerous, life-giving drug with a narrow therapeutic index and it can be especially dangerous for babies,” says Joe Army, president and CEO of Vapotherm. “Too much or too little oxygen can lead to serious consequences. We are very proud to be able to offer clinicians a new tool in helping to maintain appropriate clinical oxygen levels in these babies.”

Clinicians focus significant effort on maintaining blood oxygen saturation within prescribed ranges in order to address these potential consequences, which are significant in scope. For example, more than 180,000 premature babies worldwide develop some degree of retinopathy of prematurity (ROP)—putting them at risk for visual impairment, including blindness, due to too much oxygen exposure. Additionally, the prevalence of ROP is increasing as infant mortality rate decreases.

The effectiveness of the Vapotherm OAM algorithm was validated in a 2018 study published by Reynolds and colleagues in the Archives of Disease in Childhood: Fetal and Neonatal Edition. The data show that trained staff using manual controls alone were able to maintain premature infants’ oxygen saturation in the target range 49% of the time. When using the Vapotherm device, the staff were able to maintain the target oxygen saturation range 80% of the time, while at the same time requiring significantly fewer adjustments to the equipment.

CE marking is a certification mark that indicates conformity with health, safety, and environmental protection standards.

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