- About us
- Study areas
- Student life & resources
-
Research & impact
-
Research groups
- Retinal Disease and Clinical Imaging Research Group
- Optical Imaging and Visualisation
- Public Health and Health Systems Research Group
- Myopia Research Group
- Ocular Surface Research (Inc. Dry Eye and Contact Lenses)
- Centre for Eye Health Research Group (CFEH)
- Sensory Processes Research Laboratory
- Eye Research Group
- Vision Loss and Health Ageing Group
- Testing and developing new antimicrobials and overcoming antimicrobial resistance (TADOAR)
- Ocular Pathology Research Group
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Research excellence
- Validation of a novel non-invasive high throughput screening tool for peripheral neuropathy in type 2 diabetes
- Eye infection and contact lens
- Development of novel antimicrobial scaffolds
- Preventing injuries and promoting health, safety and mobility for older people with age-related eye disease
- Biomarkers in dry eye disease
- Publications
- Volunteer in our research studies
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Research groups
- Partner with us
- Optometry clinic
- ORLAB
- About us
- Study areas
- Student life & resources
-
Research & impact
Research groups
- Retinal Disease and Clinical Imaging Research Group
- Optical Imaging and Visualisation
- Public Health and Health Systems Research Group
- Myopia Research Group
- Ocular Surface Research (Inc. Dry Eye and Contact Lenses)
- Centre for Eye Health Research Group (CFEH)
- Sensory Processes Research Laboratory
- Eye Research Group
- Vision Loss and Health Ageing Group
- Testing and developing new antimicrobials and overcoming antimicrobial resistance (TADOAR)
- Ocular Pathology Research Group
Research excellence
- Validation of a novel non-invasive high throughput screening tool for peripheral neuropathy in type 2 diabetes
- Eye infection and contact lens
- Development of novel antimicrobial scaffolds
- Preventing injuries and promoting health, safety and mobility for older people with age-related eye disease
- Biomarkers in dry eye disease
- Partner with us
- Optometry clinic
- ORLAB

SOVS Paper of the Week: We recently published a paper on our research with the team of Professor Rachel Williams, opens in a new window at the University of Liverpool, UK. Rachel and her team of Kyle Doherty and Rebecca Lace had been working on the concept of antimicrobial bandage contact lenses for some time.
During a visit to UNSW Sydney by Kyle and Rebecca, our team at UNSW School of Optometry and Vision Science started this collaboration which investigates the use of contact lenses made out of crossed-linked Poly‐ε‐Lysine alone or in combination with our antimicrobial peptide Mel4 bound to Poly‐ε‐Lysine to control adhesion of Pseudomonas aeruginosa to the lenses and to treat corneas infected by this bacterium.
The paper shows that Poly‐ε‐Lysine lenses alone or in combination with our Mel4 peptide reduced bacterial adhesion and resulted in much less bacteria infecting the corneas in an ex vivo model