Search Results - "Macdonald, E C A"

Surveillance of severe chemical corneal injuries in the UK by Macdonald, E C A, Cauchi, P A, Azuara-Blanco, A, Foot, B

“…To estimate the incidence of severe chemical corneal injuries in the UK and describe presenting clinical features and initial management. All patients with…”
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Observation of the in vivo movement of host keratocytes into donor tissue following corneal graft; a novel technique by Macdonald, E C A, Gregory, M E, Lockington, D, Kennedy, A, Roberts, F, Ramaesh, K

“…The cornea is a highly cellular structure that exists in a dynamic state of cell loss, renewal and replacement. The limbus contains corneal epithelial stem…”
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The effect of pH, dilution, and temperature on the viscosity of ocular lubricants—shift in rheological parameters and potential clinical significance by Rahman, M Q, Chuah, K-S, Macdonald, E C A, Trusler, J P M, Ramaesh, K

“…Objective To investigate the effect of temperature, dilution, and pH on the viscosity of ocular lubricants. Design Laboratory based investigation of viscosity…”
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Free radicals and the pH of topical glaucoma medications: a lifetime of ocular chemical injury? by Lockington, D, Macdonald, E C A, Stewart, P, Young, D, Caslake, M, Ramaesh, K

“…Introduction Preservatives in ophthalmic preparations are known to cause ocular surface damage. Excipients can also contribute to oxidative stress in the…”
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Unit-dose dispenser tips: a potential source of ocular injury by Macdonald, E C A, Lockington, D, Roberts, F, Tetley, L, Ramaesh, K

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Proton beam therapy for the treatment of uveal melanoma in Scotland by Macdonald, Elisabeth C A, Cauchi, Paul, Kemp, Ewan G

“…In Scotland, uveal melanomas are primarily treated with eye-preserving modalities with a low primary enucleation rate. Proton beam therapy (PBT) is reserved…”
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Presence of free radicals in intracameral agents commonly used during cataract surgery by Lockington, David, Macdonald, Elisabeth C A, Young, David, Stewart, Philip, Caslake, Muriel, Ramaesh, Kanna

“…Free radicals are known to cause cellular damage and are present in ophthalmic preparations. Corneal defence mechanisms are bypassed in intra-ocular surgery…”
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