Diagnostics, Pharma

Owlstone Medical advances breath biopsy applications in COPD clinical trial with GSK

The study will seek to determine whether Owlstone Medical’s breath biospy tool can match the right patient for the right treatment and to assess the treatment effects of a novel drug for COPD.

GlaxoSmithKline’s interest in using digital health tools to quantify the effectiveness of its medications is growing. It will enlist Owlstone Medical’s breath analysis tool ReCIVA Breath Sampler in a Phase 2 clinical trial for chronic obstructive pulmonary disease, according to a company press release.

The study will seek to determine whether Owlstone Medical’s breath biospy tool can match the right patient for the right treatment and to assess the treatment effects of a novel drug for COPD.

The ReCIVA Breath Sampler relies on Field Asymmetric Ion Mobility Spectrometer (FAIMS) chips to detect the traces of specific chemicals. Although Owlstone Medical’s focus has been on using its technology to detect cancer earlier, Boyle has said that the company is also keen to find other conditions well suited  for deploying its technology.

Owlstone Medical is a spinoff of Owlstone and focuses on medical diagnostics. In an interview last year, Owlstone Medical Cofounder and CEO Billy Boyle likened the company’s technology to a mass spectrometer on a silicon chip.

“The thing that makes the technology unique is that you can program what you’re trying to detect just by changing the software,” Boyle said in the interview.

In a statement about the GSK partnership, Boyle said that the company plans to  work with other pharma partners to assess “the health economic impact of their new medicines across a broad range of diseases by providing access to the data needed to ensure that the right therapy is given to the right patient at the right time.”

GSK worked with Propeller Health to secure FDA approval for the use of the company’s smart inhaler tracking tool with GSK’s Ellipta inhaler to quantify adherence and effectiveness for respiratory disease treatments.

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Photo: Nasco, Getty Images