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Neuroprotection: protecting the central nervous system (retina and brain) from degeneration

Using rodent models and clinical trials, we are exploring strategies to protect the retina and brain from degeneration, in models of age-related macular degeneration, Alzheimer-like more...

Supervisor(s): Stone, Jonathan (Professor)

Müller glial-neuronal-vascular interactions in retinal vascular diseases

Research projects in the Macular Research Group are focused on the cellular and molecular mechanisms of Müller glial-neuronal-vascular interactions in retinal diseases. The gro more...

Supervisor(s): Gillies, Mark (Professor), Shen, Weiyong (Dr)

Investigation on the causes for keratoconus

This project will be suitable for PhD students, and it can also be broken down to small projects for master students. It is basic science research based, and the student will experi more...

Supervisor(s): Sutton, Gerard (Professor), You, Jingjing (Dr)

Structure, Function, Gene Therapy and Surgery in Retinal Dystrophies

Structure, Function, Gene Therapy and Surgery in Retinal Dystrophies more...

Supervisor(s): Simunovic, Matthew (Associate Professor)

Randomized controlled trial of epiretinal membrane surgery

Randomized controlled trial of epiretinal membrane surgery more...

Supervisor(s): Simunovic, Matthew (Associate Professor)

Corneal bioengineering

Two research projects existing under this big area :1. To develop in situ bioprinting to treat corneal diseases; and 2. develop potential electromechanical methods to treat eye dise more...

Supervisor(s): You, Jingjing (Dr), Sutton, Gerard (Professor)

Gene and Cell therapy for treating corneal diseases

Two research projects existing under this board area :1. Develop in vivo gene editing technique to treat corneal diseases; and 2. Sequencing and mapping gene and protein interaction more...

Supervisor(s): You, Jingjing (Dr), Sutton, Gerard (Professor)

Natural History study of inherited retinal dystrophies

Opportunities exist for PhD and MPhil students to undertake projects in understanding inherited eye diseases. In particular developing outcome measures by combining structural and f more...

Supervisor(s): Grigg, John (Professor)

Riboflavin for corneal collagen cross-linking

Most of the clinical research evaluating outcomes of treatment for keratoconus is limited mainly owing to two reasons: 1. low sample size, and 2. short follow-up period. The Save Si more...

Supervisor(s): Watson, Stephanie (Professor), Kandel, Himal (Dr)