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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
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- Optometry clinic
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- 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: What has bacterial biofilm got to do with contact lenses? Up to 90% of contact lens storage cases are contaminated with bacteria, and biofilms can form if they are not completely removed. Biofilms are the result of a steady build-up of bacteria on surfaces. They appear as a slimy layer on surfaces, plaque on teeth is an example. Biofilms protect bacteria against disinfectants commonly used in contact lens solutions. Contact lens manufacturers have added silver a well-known antimicrobial agent to contact lens storage cases to decrease the build-up of bacteria and deter biofilm formation.
This study examined the effectiveness of current recommended cleaning procedures in removing biofilms of pathogenic bacteria from storage cases containing silver. Important findings of this study are 1. Silver does not deter biofilm formation and 2. Usual cleaning procedures do not remove all bacteria from storage cases. The simple additional step of wiping the storage cases with a clean facial tissue after cleaning removed nearly 100% of the pathogenic bacterium Pseudomonas aeruginosa a leading cause of contact lens related eye infections.
The full article can be downloaded here: