The role of a critical eye development gene, SOX2, in Age-related Macular Degeneration
Sally Temple, PhD
Regenerative Research Foundation (Rensselaer, NY)
April 1, 2008 to March 31, 2010
Grant Reference ID:
This study will determine whether Sox2 is expressed in the retina of patients with AMD and the consequence of varying its concentration. This research will contribute to understanding the progression of AMD, and help identify ways to slow or even halt its advance.
The researchers have discovered that a gene critical for producing the normal eye is turned on abnormally in the retina of AMD patients. This gene, Sox2, controls other genes, including one that is already associated with AMD, alphaB-crystallin. Abnormal expression of Sox2 may lead to abnormal expression of other genes such as alphaB-crystallin, and this sequence may contribute to AMD. The Sox2 gene expressed in AMD is an unusual variant, and it might be an excellent target for AMD treatment. This study will determine whether Sox2 is expressed in the retina of patients with AMD, and whether it is the Sox2 variant found in early, preliminary studies. Sox2 gene expression will also be turned off and on in cell cultures to test the effect on alphaB-crystallin protein. This research will contribute to understanding the progression of AMD, and help identify ways to slow or even halt its advance. I have been involved in stem cell biology for nervous system diseases for nearly two decades. Five years ago, my mother was diagnosed with Age-related Macular Degeneration (AMD), a degenerative disease of the retina. This personal experience has committed me to apply my skills in stem cell and molecular biology to work on AMD, which is so prevalent amongst our growing elderly population.
First published on: Tuesday, June 10, 2008
Last modified on: Wednesday, June 11, 2008