AMC clinical physiologist Peter Sterk’s idea to explore the use of e-nose technology for diagnosis of lung disease has really payed off. His brand-new ‘SpiroNose’ breath analyser will shortly become available for hospitals and general practices. Sterk is confident about the clinical validation studies that are now underway: “The SpiroNose will be a formidable addition to the diagnosis of asthma, COPD, lung cancer and other pulmonary diseases. It offers a fast and reliable first assessment, even without testing blood or sputum. Since we integrated it with common spirometry, it comes without any additional effort for the patient.” With the aid of IXA the SpiroNose was developed in cooperation with the Dutch specialist e-nose firm Comon Invent.
With multiple sensors it profiles a few thousand molecules in the patient’s exhaled air. These data are then analysed in real-time by comparing them with thousands of other profiles stored online in a ‘BreathCloud’, employing Artificial Intelligence based self-learning algorithms. Although he did not foresee all this at the onset of his research, Sterk was more than happy to put a lot of effort in developing the SpiroNose. “That’s how it goes: an idea leads to a research project for which an instrumental set-up is needed. In fact there you already have the germination of a new product. Because if the research leads to clinically relevant results, of course you then want to make the set-up available for as much doctors as possible!”
The idea had been lingering for years. When Armand Girbes decided to finally pursue it, he almost instantly got a publication in the New England Journal of Medicine. The electrolarynx, which is known for its use after laryngectomy, produces vibrations that allow the intubated user to speak. As professor of intensive care medicine, Girbes understands […]
With their user-friendly measurement instrument for the quantification of spasticity, Jules Becher and Jaap Harlaar aim to revolutionise therapy in children with spasticity. Becher explains that the cause of spastic muscles can be of neurophysiological or biomechanical origin, each requiring specific therapy. By employing three different sensors the new device can pinpoint the precise cause […]
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