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Genetic Eye Research: Supporting Developmental Eye Anomalies

Genetic Eye Research: Supporting Developmental Eye AnomaliesGenetic Eye Research: Supporting Developmental Eye AnomaliesGenetic Eye Research: Supporting Developmental Eye Anomalies

"The work you do is so important and life-changing," said Claire, mother of George, who was born with developmental eye anomalies such as anophthalmia and microphthalmia. Your efforts in genetic research make a significant impact on families like ours.

Genetic Eye Research: Supporting Developmental Eye Anomalies

Genetic Eye Research: Supporting Developmental Eye AnomaliesGenetic Eye Research: Supporting Developmental Eye AnomaliesGenetic Eye Research: Supporting Developmental Eye Anomalies

"The work you do is so important and life-changing," said Claire, mother of George, who was born with developmental eye anomalies such as anophthalmia and microphthalmia. Your efforts in genetic research make a significant impact on families like ours.

what we do now and Our vision for the future

The birth of a child with developmental eye anomalies, such as anophthalmia or microphthalmia, can be devastating for families, introducing uncertainties about vision, other medical complications, and the possibility of recurrence in future offspring. 


Funding our genetic research programme focused on eye conditions is crucial to assist children and families affected by these conditions, not just within our programme but also globally. By enhancing early diagnosis, treatment, and support, we can transform lives. 


Our improved understanding of the genetic mechanisms underlying these developmental eye anomalies is already paving the way for advances in preventing blindness and sight-saving therapies. 


With your support, we could expand our team to establish a dedicated centre for holistic care, integrated with world-class genetic research, to aid families across the UK and globally who are affected by severe genetic eye anomalies. We would be delighted for you to be part of realizing our vision to provide support. 


Read our Case for Support 


Professor Nicola Ragge, Baillie Gifford Professor of Developmental Eye Genetics, Department of Biological and Medical Sciences, Oxford Brookes University and Consultant Geneticist, Birmingham Women's and Children's NHS Foundation Trust.

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Professor Nicky Ragge

Be inspired by the clinicians & scientists

Vision for GoOD - summary of recent conference

Hear from Prof Ragge and other eminent speakers in 

Gradel Quad, New College

Vision for GoOD conference - extended, version

Hear from the speakers on why this group inspires them and watch the 

group enjoy a tour of New College and dine in Hall

Sketch drawing of Oxford Brookes University

Transforming developmental eye genetics research

The Vision for GoOD (Genetics of Ocular Development) research group at Oxford Brookes unites clinicians—including geneticists, ophthalmologists, counselors, and family support specialists—with research scientists in genetics and psychology to develop comprehensive, cross-disciplinary therapeutic strategies for families affected by anophthalmia and microphthalmia, as well as other developmental eye anomalies, through innovative genetic research.

Find out more about our history and plans

Vision for good

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Our Team

Our Research

Our Research

Our team, led by Professor Nicky Ragge, consists of scientific researchers specializing in genetic research related to anophthalmia and microphthalmia, as well as family liaison professionals and counsellors focused on supporting individuals with developmental eye anomalies.

Learn about the team
Scientists in white lab coats working in a bright, modern laboratory.

Our Research

Our Research

Our Research

Read more about the scientific research we are conducting on anophthalmia, microphthalmia, and other developmental eye anomalies through our genetic research.

Explore our research

Reactions from families

Barry

I have known Nicky Ragge for 30 years. She has been an inspiration to us in exploring the genetic research related to anophthalmia and developmental eye anomalies, which may have contributed to our son's condition, including microphthalmia.

Watch Barry's video

Helen

Ede (right) receiving a genetic diagnosis has been invaluable for making crucial medical decisions related to her conditions, including anophthalmia and microphthalmia, which could have otherwise unknowingly led to detrimental outcomes in all aspects of her life. "... honestly, it is very hard to condense exactly what you have done for us as a family. The work you do in the field of genetic research and understanding developmental eye anomalies is so important and life changing."

Claire

“We felt relieved to finally have a genetic diagnosis and a full understanding of how George’s condition, which is linked to anophthalmia and other developmental eye anomalies, came about.”


“Knowledge really is power, and it meant that we’ve been able to make informed decisions about our own lives. This understanding also allows us to guide George about his choices in the future, especially when it comes to having children of his own, considering the implications of genetic research related to conditions like microphthalmia.”

Read the full article about Claire and George

Register your interest HERE

We'd love to keep you informed from time to time about our plans, discoveries, and progress in addressing anophthalmia and other developmental eye anomalies through our genetic research efforts, including those related to microphthalmia.

The delegates for the inaugural 2019 Oxford, England meeting

THE GoOD NETWORK

Professor Nicky Ragge, along with Professor Patrick Calvas and Dr. Nicolas Chassaing, established the GoOD network, which unites clinicians, including geneticists and ophthalmologists, and scientists globally to advance research on anophthalmia, microphthalmia, and other developmental eye anomalies. This collaboration aims to enhance understanding and genetic research in these critical areas. (Photo shows delegates to the inaugural 2019 meeting in Oxford, England)

Learn more about the GoOD network

The GoOD network unites clinicians, including geneticists and ophthalmologists, along with scientists from around the globe to exchange ideas on diagnosing genetic eye diseases such as anophthalmia and microphthalmia. This collaboration enhances the understanding of these developmental eye anomalies, including their phenotypes, inheritance patterns, and the fundamental pathways involved. Furthermore, the network aims to develop future strategies for therapeutics. 


This platform facilitates interaction between basic scientists engaged in genetic research on these eye anomalies and clinicians dedicated to caring for individuals with developmental eye genetic disorders, allowing them to share insights and collaborate effectively.

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A break for delegates during the Toulouse, France 2023 meeting

Sketch of eight coloured irises from the eye
Getting involved

Support our work

Our research group at Oxford Brookes is seeking £3 million to support our ongoing research and core assistance for families affected by anophthalmia and other developmental eye anomalies over the next 5 years. We are also aiming to establish a state-of-the-art facility dedicated to genetic research, rapid benchside diagnosis, therapeutic approaches, and comprehensive family support, with a target of £17 million. Enquiries are welcome.

Support our work

Oxford Brookes: one of the UK's leading modern universities

Vision for GoOD is based at Oxford Brookes University

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With kind support from

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NIHR logo representing health and care research.
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Logo for BAAAM, Bilateral Anophthalmia And Me organization.
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