Whole genome sequencing has substantially accelerated the pace of discovery of genes that cause rare diseases, but while this has brought the diagnostic odyssey of some patients to a conclusion, 50% to 80% remain undiagnosed after initial analysis.

Royal Philips NV recently secured EU MDR certification for the remote scanning capabilities on its Radiology Operations Command Center Console. The solution allows radiologists to remotely assist technologists in real-time by controlling scans to acquire images needed for improved diagnostic confidence and patient outcomes.

The map of cystic fibrosis (CF) research is being redrawn in the U.K. as improvements in treatment, and in particular the introduction of CF modulator drugs, mean people with the rare inherited disease are living much longer.

The map of cystic fibrosis (CF) research is being redrawn in the U.K. as improvements in treatment, and in particular the introduction of CF modulator drugs, mean people with the rare inherited disease are living much longer.

In a flurry of news releases on Feb. 27, Teleflex Inc. reported plans to buy the vascular intervention business of Biotronik SE & Co. for €760 million (US$791 million), said it intended to split into two separate public companies, floated a $300 million accelerated share repurchase program and reported the impending retirement of Chief Financial Officer Thomas Powell. The news sent the company stock down more than 20%.

There is no doubt this year started with a boom for European med-tech companies. Public markets opened in the U.S. and cross-border investors are deploying capital. With many companies looking to conduct clinical trials, raising funds and bringing their devices to the market, 2025 is expected to be prosperous, mitigating the difficulties of the previous two to three years.

A number of regulatory agencies have signed on to the Medical Device Single Audit Program (MDSAP) for postmarket uses, but the U.S, FDA cannot use these audits for premarket purposes.

Whole genome sequencing has substantially accelerated the pace of discovery of genes that cause rare diseases, but while this has brought the diagnostic odyssey of some patients to a conclusion, 50% to 80% remain undiagnosed after initial analysis. Researchers in the U.K. have now developed a new framework for analyzing sequence data at a cohort level. Applying this method to almost 35,000 undiagnosed rare disease patients led to the identification of 141 new disease-gene associations.

Whole genome sequencing has substantially accelerated the pace of discovery of genes that cause rare diseases, but while this has brought the diagnostic odyssey of some patients to a conclusion, 50% to 80% remain undiagnosed after initial analysis.