LNE-GMED UK has been designated as a UK Approved Body to assess and certify general medical devices in accordance with Part II of the UK Medical Devices Regulations 2002. Scarlet NB UK has been designated with a focus on assessing and certifying software and AI as a medical device (AI/SaMD).
The integration of artificial intelligence (AI) into breast cancer detection and treatment is already making a profound impact. AI-powered algorithms enhance early detection by analyzing vast amounts of data and identifying subtle abnormalities often invisible to the human eye. These technologies empower healthcare professionals to make informed decisions, improving the accuracy of diagnoses and tailoring treatment plans to the specific genetic makeup and health conditions of individual patients. This integration represents a paradigm shift in the cancer care continuum.
The use of Radio-Frequency Identification (RFID) technology in healthcare, particularly within closed-loop systems, presents complexities, including potential limitations on interoperability that can affect patient safety. Here we look at key challenges including data silos, interoperability barriers, market fragmentation, impediments to innovation and operational inefficiencies.
Companion diagnostics (CDx) play a pivotal role in personalized medicine—one of the fastest growing areas of medicine. Regulation of CDx is fairly well established in western countries, but the east is not far behind. Here we look at current and on the horizon regulatory guidances and directives for CDx manufacturers seeking to enter the Asian markets.
Megan Coder, Vice President for Product and Policy at the Digital Medicine Society (DiMe), discusses the society’s new project aimed at researching global regulations for digital health to create a foundation for approval and patient access that can cut across regions.
Understanding the latest trends, tools and challenges in access management empowers cybersecurity professionals to make better choices in safeguarding their systems. Following we look at emerging trends, regulatory requirements and how shifts in the workplace are impacting the risk of cyber attacks.
For life sciences companies seeking to develop, deploy and successfully commercialize digital health products and solutions, the pathway to success can have many twists, turns and roadblocks. This article examines some of the major challenges to bringing digital health products to market and explores potential opportunities to ease the journey.
While the road ahead might be unpredictable, the core dynamics of the life sciences sector and the coming expiry of patents worth over $100 billion are poised to drive a renaissance in biotech mergers and acquisitions.
Previous EU regulatory acts did not cover products without an intended medical purpose—typically devices with aesthetic indications. This now changes with Annex XVI of the EU Medical Device Regulation (MDR). Notified Bodies can assess these products for their conformity with the regulation. However, responsibility for proactively pursuing the EU certificate of conformity for the products rests with the manufacturers.
As VP of Product Marketing for a MedTech startup, my role is to champion pioneering medical technology, strategically spark interest and drive it out of the design lab and into the field where it will ultimately change, or even save lives. Over the last two decades, I’ve seen the industry evolve in interesting ways, and I’ve learned some enduring lessons about market introduction and launch of market-making technologies post-FDA clearance.
