Asep Medical Holdings Inc. reported “ground-breaking” use of artificial intelligence in its SepsetER test to rapidly identify infections at increased risk of severe sepsis. Developed under guidance by Professor Robert E.W. Hancock at the University of British Columbia, analysis of dysfunctional immune responses to identify particular sets of genes could signal when a patient is at risk of acquiring and potentially dying from severe sepsis.
The U.S. FDA has granted Opticyte Inc. a breakthrough device designation for its Cell O2 patient monitor, a noninvasive technology for monitoring patients at risk of organ failure. The device could help to reduce serious illness and deaths by alerting clinicians to patients experiencing organ failure before irreversible damage occurs.
LONDON – A large scale prospective study has shown that increased blood plasma viscosity is correlated with disease severity and the likelihood of progression to organ failure, in patients who are hospitalized with COVID-19 infections. Researchers at Addenbrooke’s Hospital in Cambridge, U.K. suggest this could be an easy but sensitive way to quickly triage patients admitted to hospital with symptoms of COVID-19.
Opticyte Inc., a medical device startup, is planning the first clinical trial of its cellular oxygen monitor, a new device that could help emergency physicians diagnose sepsis faster and prevent organ failure. The prospective, observational trial is set to launch in mid-2021.