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In this special programme, we examine the role genetics plays in both the inheritance of sight loss and its future treatment. We hear about the latest breakthrough reported in the journal 'Nature Medicine' in which the vision of a completely blind man was partially restored using light-sensing proteins first found in algae. He was treated with a type of therapy called optogenetics, which uses the proteins to control cells at the back of his eye.
And we discuss the merits of gene testing with the Chief Executive of Retina UK about how genetic testing can help people with inherited sight loss make future choices about their lives.
By BBC Radio 45
44 ratings
In this special programme, we examine the role genetics plays in both the inheritance of sight loss and its future treatment. We hear about the latest breakthrough reported in the journal 'Nature Medicine' in which the vision of a completely blind man was partially restored using light-sensing proteins first found in algae. He was treated with a type of therapy called optogenetics, which uses the proteins to control cells at the back of his eye.
And we discuss the merits of gene testing with the Chief Executive of Retina UK about how genetic testing can help people with inherited sight loss make future choices about their lives.

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