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FDA Approves Clinical Trial of Atia Vision's Innovative OmniVu Lens System for Cataract Patients

• Atia Vision has received FDA Investigational Device Exemption approval to begin a traditional feasibility clinical trial of its OmniVu Lens System in cataract surgery patients.

• The OmniVu system features a unique dual-component design with a fluid-filled shape-changing base and front optic, engineered to restore dynamic range of vision from near to distance.

• International trials have shown promising results with 100% of patients achieving 20/20 or better uncorrected distance vision and preliminary data suggesting visual quality comparable to monofocal lenses.

The U.S. Food and Drug Administration (FDA) has granted Investigational Device Exemption (IDE) approval to Atia Vision for a traditional feasibility clinical trial of its innovative OmniVu Lens System in patients undergoing cataract surgery. This approval represents a significant step forward in the company's efforts to advance intraocular lens (IOL) technology for post-cataract vision restoration.
The OmniVu Lens System is designed to address limitations in current IOL options by restoring a dynamic range of vision—from near to intermediate to distance—following cataract surgery. Unlike conventional monofocal or accommodative lenses currently available, the system employs a novel approach to vision correction.

Revolutionary Dual-Component Design

What sets the OmniVu system apart is its unique two-component architecture:
  • A fluid-filled, shape-changing base that provides the focusing or "zoom" capability
  • A front optic that docks into the base and delivers the necessary optical power
This configuration is specifically engineered to maintain the eye's natural anatomy and elasticity, offering a more physiologic fit within the capsular bag. According to the company, this design aims to preserve the eye's structure while delivering seamless visual performance across all distances that can be sustained over time.
"This IDE approval marks a pivotal milestone in our mission to transform the standard of care for cataract patients," said Mariam Maghribi, CEO of Atia Vision. "OmniVu was developed to solve for the limitations of both accommodative and traditional lenses. Our technology represents a significant advancement in lens design by addressing both optical and functional compromises found in current solutions."

Promising Clinical Experience

The OmniVu system isn't entirely untested. Prior to receiving FDA approval for U.S. trials, the technology has undergone both first-in-human and international feasibility trials, with over 75 lenses implanted to date and follow-up data extending up to three years.
Results from these early trials have been encouraging:
  • Patients demonstrated a continuous range of focus from distance to near
  • 100% of participants achieved 20/20 or better uncorrected distance vision
  • Preliminary contrast sensitivity and patient-reported outcomes suggest the potential to match or exceed the visual quality of monofocal lenses, which are currently considered the gold standard following cataract surgery
Dr. George Waring IV, a member of Atia Vision's medical advisory board, emphasized the potential impact of the technology: "The final frontier for lens surgery is an intraocular lens that combines outstanding distance vision with dynamic focusing that maintains excellent image quality. The global outcomes to date demonstrate the real potential the OmniVu Lens System has to address the unanswered opportunities with current lens technology, such as a continuous visual range, refractive predictability and stability, all while minimizing visual trade-offs."

Addressing Unmet Needs in Cataract Surgery

Cataract surgery is one of the most commonly performed surgical procedures worldwide, with millions of patients receiving intraocular lenses annually. However, current IOL options often require compromises. Monofocal lenses typically provide excellent distance vision but require reading glasses for near tasks. Multifocal lenses can provide vision at multiple distances but may introduce visual disturbances like glare, halos, or reduced contrast sensitivity.
The OmniVu system aims to overcome these limitations by providing a more natural visual experience that mimics the eye's original accommodative ability—the capacity to focus at different distances—which is lost with age and cataract formation.
The physiologic shape of the OmniVu lens is designed to fill the capsular bag more completely than conventional IOLs, potentially preserving the eye's anatomic integrity and elasticity. This approach represents a departure from traditional lens designs and could offer advantages in terms of long-term performance and stability.
With the FDA's IDE approval secured, Atia Vision, a portfolio company of Shifamed, will now proceed with its U.S. clinical trial program. The traditional feasibility study will provide critical data on the safety and performance of the OmniVu system in U.S. patients, potentially paving the way for future pivotal trials and eventual market approval.
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