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Brimonidine day and night time IOP

The authors describe a randomised double masked study of 29 participants with ocular hypertension (OHT) who either self-administered 0.2% brimonidine or placebo three times daily for six weeks. Patients were seen during day time and night time visits and had...

Modern trabeculectomy outcomes

This audit was conducted by the Trabeculectomy Outcomes Group Audit Study Group to report on the efficacy and safety of current trabeculectomy surgery in the UK. This is relevant in light of the fact that the trabeculectomy outcomes presented by...

Correlation between peak intraocular pressure following water drinking test and pulsed methylprednisolone therapy

Steroids have long been known to cause increased intraocular pressures (IOP) in susceptible patients. Intravenous methylprednisolone is used to treat many rheumatological conditions and one of the risks is raised intraocular pressure. It would be useful to find patients at...

IOP in children with uveitis

This is a retrospective study of paediatric uveitis (<16-years-old) between July 2002 to June 2016 of a total of 320 children from a single centre: 17.2 % (55/320 patients) developed raised IOP requiring therapy; 11.5% of eyes required glaucoma surgery...

Effect of caffeine and low intensity endurance exercise on intraocular pressure

This placebo controlled, double blind, balanced crossover study reports in healthy individuals that 30 minutes of cycling caused a maximum of 2.7mmHg lowering of IOP. A caffeine dose of 4mg/kg 30 minutes prior to cycling negated this effect. The conclusion...

Relationship between intraocular pressure and optic nerve damage in optic nerve drusen

The authors present a retrospective study exploring the relationship between intraocular pressure (IOP) and optic nerve damage in patients with optic nerve drusen. The aim was to evaluate if patients with normal ocular pressure at the time of optic nerve...

My Top Five: Emerging robotic and automated innovations in ophthalmological surgery

Robotic technology is redefining the landscape of ophthalmological surgery by enabling micron-level precision and control beyond human capability. Intraocular microsurgery remains challenging to perform, with concerns about accuracy, tremor, precision, depth perception and dexterity. Moreover, conventional surgical tools have only...