Our genes play a crucial role in developing our body, including the human eye. Damaging alterations to the genetic code can lead to a change in the size or shape of the eye, or in the most severe cases, the eye may be missing altogether.
The genes that switch on human eye development at the start of life are also vital for preserving the vision in later years. This means that a better understanding of their function will help with treatments that preserve sight, or even treat visual loss.
Many of the eye genes are also critical for developing other body parts and in preventing cancer. Therefore, research in this area can help diagnose and treat other conditions too.
Early genetic diagnosis of eye anomalies is so important to allow the best start in life. Knowing about the condition allows early intervention and best management. Families can be provided with timely counselling regarding recurrence risk and options available to them, and the support needed for individuals, parents and family members to navigate the challenges they face.
Globally, Professor Ragge’s work links with a network of researchers and clinicians working collaboratively to achieve a faster genetic diagnosis. A genetic diagnosis means doctors can provide optimum treatment to more families.
By donating to the Vision for GoOD Fund, you are supporting the power of genetic research to help families affected by these disorders and to save sight. Your generosity will help our mission to advance our understanding of the genetic basis of these conditions, offer rapid diagnoses and provide counselling and psychological support to the families involved.
