SpyGlass Pharma has announced the completion of enrollment in its Phase I/II clinical trial (NCT06120842) assessing its novel drug delivery platform for patients suffering from glaucoma or ocular hypertension. The platform is designed to provide a sustained release of bimatoprost, aiming to lower intraocular pressure (IOP) for up to three years following implantation during routine cataract surgery.
The completion of enrollment marks a significant step for SpyGlass Pharma as it seeks to address the challenges of chronic eye conditions like glaucoma, a leading cause of vision loss worldwide. The innovative platform aims to improve patient compliance and outcomes by integrating glaucoma treatment directly into cataract procedures.
Potential to Transform Glaucoma Treatment
According to SpyGlass Pharma, the drug delivery platform has the potential to transform glaucoma treatment by enabling all cataract surgeons to treat glaucoma during routine cataract procedures.
"The SpyGlass technology continues to demonstrate great potential for improving care in glaucoma patients undergoing routine cataract surgery," said Malik Kahook, M.D., co-founder of SpyGlass Pharma. "As the SpyGlass platform is implanted using standard surgical techniques, it could significantly expand the integration of glaucoma treatment into routine cataract procedures. This could enhance adoption across a broad spectrum of surgeons and practices, setting our platform apart from currently available glaucoma interventions."
Study Design and Future Plans
The Phase I/II study is a randomized, multi-center, controlled clinical trial. SpyGlass Pharma intends to release further data from this study, as well as from its first-in-human study, which recently published 18-month data. The company is also preparing to engage with the FDA in an End of Phase II meeting to discuss the pathway to Phase III pivotal trials.
About SpyGlass Pharma
SpyGlass Pharma is focused on developing the world’s first IOL-mounted, controlled-release drug delivery platform capable of delivering multiple years of therapy. The company's technology was initially developed at the University of Colorado School of Medicine and has garnered support from investors including New Enterprise Associates (NEA), RA Capital, Vensana Capital, Samsara BioCapital, and Vertex Ventures HC.