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McGregor Lab

Welcome to the McGregor Lab

The debilitating vision loss caused by photoreceptor degenerations like AMD and retinitis pigmentosa represents a significant burden on both the individuals affected and society as a whole. If identified early it may be possible to slow the rate of photoreceptor loss, but once photoreceptors have degenerated, little can currently be done to restore high quality vision that is useful for tasks such as recognising faces or reading text.

To address this challenge, I am using adaptive optics technology to optimize vision restoration therapies at the fovea, the retinal structure that is specialised to perform high acuity tasks. With its unusual anatomy and physiology, this region dominates the representation of the visual world in cortex, and prior efforts to restore vision have been most successful if this location is included. Furthermore, the fovea is the location of vision loss in the large and growing patient population with AMD.

My current work focusses on optogenetic and photoreceptor replacement therapies, but many of the specific challenges caused by the unusual anatomy and physiology of the fovea are common to all vision restoration approaches.

Lab Members

Juliette E. McGregor, Ph.D.

Juliette E. McGregor, Ph.D.
Principal Investigator

 

Research Projects

  • Optogenetic therapy
  • Photoreceptor replacement therapy
  • Understanding the Fovea
  • Biological Imaging
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Publications

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Contact Us

  McGregor Lab
Flaum Eye Institute
MC 3-3000
601 Elmwood Ave
Rochester, NY 14642