Search for dissertations about: "ocular disease"
Showing result 1 - 5 of 39 swedish dissertations containing the words ocular disease.
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1. Clinical Studies on Dark Adaptation: with Particular Reference to Carotid Artery Disease
Abstract : Purpose: To study dark adaptation in patients with symptomatic carotid artery disease or polycythemia before and after treatment. This necessitated determinations of pupillary changes as such may influence the findings. To determine whether changes in the retinal blood flow in light and darkness occur in healthy humans. READ MORE
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2. Laminins and alpha11 integrin in the human eye : importance in development and disease
Abstract : The extracellular matrix (ECM) offers a protective shelter for cells and provides signaling paths important for cell to cell communication. ECM consists of basement membranes (BM) and interstitial matrix. BMs provide mechanical support for parenchymal cells, influence cell proliferation, survival, migration and differentiation. READ MORE
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3. OMS – Ocular motor score : a clinical method for evaluation and follow-up of ocular motor problems in children
Abstract : Background: Eye movements can be a source of valuable information to clinicians. Different classes of eye movements, i.e. saccades, smooth pursuit (SP) and vestibular eye movements can be distinguished on the basis of how they aid vision. READ MORE
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4. Posterior ocular malformations in children : teratological aspects
Abstract : Posterior ocular malformations are common causes of visual impairment in Swedish children. The most frequent diagnoses within this group are optic nerve hypoplasia and optic nerve/chorioretinal coloboma. Genetic factors, teratogens like medical/addictive drugs or congenital infections and unknown factors may cause these malformations. READ MORE
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5. VEGF-mediated vascular functions in health and disease
Abstract : Angiogenesis is essential for physiological processes including embryonic development, tissue regeneration, and reproduction. Under various pathological conditions the same angiogenic process contribute to the onset, development, and progression of many human diseases including cancer, diabetic complications, ocular disease, chronic inflammation and cardiovascular disease. READ MORE