Case Studies

SenSmart 8006 First User Experience Summary

Innovation in Regional Oximetry

You know that monitoring cerebral perfusion can help you make more confident decisions in situations from cardiopulmonary bypass to emergency resuscitation. But some hospitals limited the use of regional oximetry (rSO2) because of cost. The sensors were simply too expensive.

Until now.

Introducing the SenSmart 8006 Hybrid System

Research suggests that rSO2 monitoring can help clinicians respond more effectively to desaturations, which are correlated with higher costs and adverse health outcomes.

The SenSmart 8006 hybrid system incorporates a reusable sensor and disposable patient interface, bringing this technology within reach of more hospitals.

Visit the 8006 Product Page

Limited Market Release

Clinicians in three facilities used SenSmart 8006 sensors in six cardiovascular operating rooms to monitor a total of 89 patients. They said the system performed as well as disposable sensors, and was just as easy to use—while minimizing cost and waste. The system was evaluated at:

  >   Azienda Ospedaliera Universitaria Integrata

Verona, Italy

  >   Centre Hospitalier Universitaire

Lille, France

  >   Cooper University Hospital

Camden, New Jersey, USA

"In recent years, we have used regional oximetry in about a third of all cases. We would have used it more often, but the cost of disposable sensors was a problem. The Nonin 8006 sensor system reduces cost per patient and helps us reduce our environmental impact, too.”

Leonardo Gottin
Specialist in anesthesia and intensive care, University of Verona, Italy

Previous Practice

The participating facilities used regional oximetry in about 30% of surgeries, for procedures with higher risk of cerebral hypoperfusion, such as heart transplants or lesions to the carotid artery.

Key Findingssatisfaction, 8006, first user experience

  > One investigator for this test said his facility would use regional oximetry in many more cases, such as with elderly patients, with sensors that cost less to use.

  > Clinicians familiar with Nonin rSO2 sensors adapted easily to the 8006 system; users did not experience any workflow interruptions.

  > Users found that the patient interface adhered securely to skin without additional adhesive; it was also easy to remove, whether or not attached to the sensor.

  > Clinicians say hybrid sensors will make regional oximetry more accessible. (Disposable sensors may be preferred for patients with infections transmissible by contact.)

Implications

Reducing the cost per use of sensors brings rSO2 monitoring technology within reach of more clinicians and facilities. For the same cost, you can now monitor more patients.