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Topical delivery of Ranibizumab for non-invasive treatment of retinal disease

In plain English

AI plain-English summary

Every month, 30 to 50 million people with age-related macular degeneration face a needle into their eyeball to keep from going blind. The drug Ranibizumab blocks a protein called VEGF that drives abnormal blood vessel growth in the eye. But delivering it requires a specialist nurse, a clinic visit, and costs the UK health system £85 million per year. The injections are effective, but the burden on patients and the NHS is enormous. Professor M Francesca Cordeiro’s team at UCL has developed a formulation that turns Ranibizumab into a daily eye-drop, replacing monthly hospital injections with self-administration at home. This project will optimise that formulation, develop a manufacturing process, and test its safety and tolerability in preparation for first-in-human clinical trials. If successful, the eye-drop could transform AMD treatment within five to seven years. Patients would no longer need monthly clinic visits. The NHS would save millions in specialist administration costs. And a treatment that currently requires invasive, resource-intensive delivery could become as simple as putting in a contact lens.

View original technical description
Age-related macular degeneration (AMD) is a major cause of blindness, affecting 30- 50 million people worldwide, with a rising incidence due to the rapidly increasing aging population. Current treatments, of which Ranibizumab is the most frequently prescribed, involve monthly injections into the eye to block a protein known as VEGF (vascular endothelial growth factor), responsible for new blood vessel formation. However, at £85 million/year in the UK, injections carry a high burden to the health system, requiring specialist-clinic administration. There is a clear, unmet need for anti-VEGF treatments therefore to be non-invasive, easy to administer and less expensive. Professor M Francesca Cordeiro and her team at UCL have developed a formulation that can be used to replace monthly hospital-administered intraocular anti-VEGF injections with daily self-administered eye-drops. This project aims to optimize the formulation for Ranibizumab, develop its manufacturing process, and assess its safety and tolerability to enable it to be tested in First-in-Man clinical trials. If successful, the Ranibizumab eye-drop will lead to widespread treatment programmes - potentially reducing the burden of AMD on the individual and society by changing the way treatment is delivered within five to seven years.

View the original record at the funder ↗

Researchers

Francesca Cordeiro (EPMC Awardee)

Related Research

Grants with similar aims, by meaning.

Eye drop delivery of age-related macular degeneration drugs
Co-development of a novel injection and crosslinking device for delivering long-acting biologic formulations for ocular drug delivery
Novel AMD Treatment via Topical Nanocin Delivery of Anti-VEGF
Development of a novel implantable biodegradable device for sustained ocular drug delivery
Injectable Biologic-Loaded Ocular Implant for Extended Drug Delivery

Original classification

Health Innovation Challenge Fund Award

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