Aavantgarde Bio Ush1B study at Moorfields
Aavantgarde Bio Ush1B study at Moorfields
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Meet our Ambassador: Amar Latif
Amar Latif is an adventurer, entrepreneur, TV presenter and public speaker. He became an Ambassador for Retina UK in 2020.
Ambassadors
Here at Retina UK we have some truly amazing volunteer Ambassadors, who help to spread the word about our important work and share their inspirational stories.
Atsena Therapeutics present positive clinical data for XLRS gene therapy program
Promising early clinical trial results suggest that ATSN-201, an investigational gene therapy for X-linked retinoschisis (XLRS), could offer a potential new treatment approach for this rate inherited retinal condition.
Meet our Ambassador: Steve Bate MBE
Steve is a Paralympian who was diagnosed with retinitis pigmentosa (RP) in 2011.
Meet our Ambassador: Bhavini Makwana
Her work with us enables her to achieve her aim of empowering others living with similar conditions to her own.
Research opportunity for people with confirmed Stargardt disease
Please find below a research opportunity for people with confirmed stargardt disease.
One-Year Survival of Transplanted Cells Marks Progress in Early Retinal Regeneration Studies
Researchers have recently presented promising clinical data at the International Society for Stem Cell Research demonstrating that transplanted human neural progenitor cells survived for at least one year in participants with Retinitis Pigmentosa (RP).
Funding paves the way for achromatopsia
A research project funded by Retina UK helped pave the way to a new gene therapy that has recently produced encouraging results in two young people with achromatopsia, a condition that causes complete colour-blindness and poor overall vision from birth.
Seeing the light: Scientists use photoswitch drugs to restore vision in animal study
A consortium of researchers based at the Institute for Bioengineering of Catalonia (IBEC) have demonstrated that specially designed light-activated drugs can restore useful visual function in blind animals by making surviving retinal nerve cells respond to light.