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FDA Grants R3 Vascular IDE Approval for ELITE-BTK Pivotal Trial of its MAGNITUDEÒ Drug Eluting Next Generation Bioresorbable Scaffold for Below-the-Knee Peripheral Arterial Disease

Christopher M. Owens, President and Chief Executive Officer of R3 Vascular. “Initiation of this trial will begin in Q1 2025 and will be conducted at up to 60 global clinical sites with 264 subjects, and upon favorable conclusion will allow the company to complete and pursue a PMA market application for MAGNITUDE with the FDA.”

Exactech Reports the FDA Clearance of Truliant® Porous 3D Tibial Implant for Knee Replacement Surgery

The Truliant Porous Tibial Tray leverages additive manufacturing technology to create a porous structure designed to mimic the structure of cancellous bone. This design aims to facilitate both initial and biological fixation, designed to accommodate patients' active lifestyles notes Exactech.

GT Metabolic Solutions Announces FDA Clearance of their GT Metabolic’s MagDI™ System

With this FDA clearance, the MagDI™ System is poised to launch a new frontier in healthcare as we continue to deliver on our visionary milestones for efficacy in magnetic surgery," said MedTech entrepreneur Thierry Thaure, CEO and co-founder of GT Metabolic.

Epitel Expands AI Portfolio With A Fourth FDA 510(k) Clearance for REMI

REMI Vigilenz AI For Bedside Notifications provides near real-time detection of potential electrographic seizures notes Epitel.

CMR Surgical receives U.S. FDA Marketing Authorization for next-generation Versius Surgical System

CMR Surgical notes the FDA marketing authorization of Versius is a significant milestone for CMR as Versius is the first multi-port, soft tissue general surgical Robotic Assisted Surgical Device (RASD) to successfully be authorized through FDA’s De Novo application process. Versius is a RASD intended to assist in the precise and accurate control of Versius Surgical endoscopic instruments and is indicated in the U.S. for adult patients 22 years of age and older, eligible for soft tissue minimal access surgery, for cholecystectomy.

Bracco Diagnostics and Subtle Medical Announce FDA Clearance of AiMIFY™ Software for Enhanced MRI

This groundbreaking software, exclusively from Bracco Diagnostics and Subtle Medical, is designed to significantly enhance MRI of the brain, particularly for detecting small and poorly enhanced lesions.

Somite Therapeutics Announces FDA Orphan Drug and Rare Pediatric Disease Designations for SMT-M01 in Duchenne Muscular Dystrophy

"Receiving both Orphan Drug and Rare Pediatric Disease Designations for SMT-M01 is a significant milestone for Somite Therapeutics and, more importantly, for patients suffering from Duchenne muscular dystrophy," said Dr. Micha Breakstone, Founder and CEO of Somite Therapeutics. "These designations underscore the critical unmet need in DMD and the potential of our AI-driven approach to develop innovative cell therapies. We are committed to advancing SMT-M01 through clinical development as rapidly as possible to make a meaningful difference for DMD patients and their families."

Withings Sleep Rx Receives FDA Clearance for the First Contactless Device to Aid in the Diagnosis of Sleep Apnea

“We’re thrilled to bring Sleep Rx to the U.S. market,” said Antoine Robiliard, VP of Withings Health Solutions. “Enabling earlier and more precise diagnosis, Sleep Rx creates a new sleep apnea diagnosis and management paradigm. We know that a one-night assessment is not sufficient. By enabling more efficient and lower-cost home-based OSA diagnosis, Sleep Rx could not only reduce the staggering $150 billion annual economic burden of undiagnosed sleep apnea but also significantly improve long-term health outcomes.”

SKG1108 Receives FDA Orphan Drug Designation for Retinitis Pigmentosa | Reports Skyline Therapeutics

SKG1108 is a recombinant adeno-associated virus (rAAV) vector with innovative design, utilizing the novel intravitreal capsid AAV.0106 to deliver single-stranded DNA encoding light-activatable proteins directly to the retina. The protein, regulated by specific genetic elements, aims to improve or restore visual function by generating new photo-sensing cells, thereby compensating for the loss of rod and cone photoreceptors in patients with late-stage RP, agnostic on the specific gene or genetic mutation responsible for the condition.