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Chris Harris

Researcher at University of Cape Town

Publications -  365
Citations -  11997

Chris Harris is an academic researcher from University of Cape Town. The author has contributed to research in topics: Magma & Igneous rock. The author has an hindex of 49, co-authored 337 publications receiving 10615 citations. Previous affiliations of Chris Harris include Derriford Hospital & City University of New York.

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Ocular tilt reaction due to a mesencephalic lesion in juvenile polyarteritis nodosa

TL;DR: This rare case of ocular tilt reaction of midbrain origin highlights that a sustained head tilt in a child can be due to brainstem pathology, rather than a fourth nerve palsy.
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Supranuclear eye movements and nystagmus in children: A review of the literature and guide to clinical examination, interpretation of findings and age-appropriate norms.

TL;DR: Clinicians are encouraged to combine a structured assessment and a logical interpretation of the resulting clinical signs, in order to recognise patterns of presentation and avoid unnecessary investigations and protracted delays in diagnosis and clinical care.
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Oxygen Isotope Diversity in the Anorogenic Koegel Fontein Complex of South Africa: a Case for Basement Control and Selective Melting for the Production of Low-δ18O Magmas

TL;DR: Koegel Fontein, about 350 km north of Cape Town, is the only known early Cretaceous anorogenic igneous complex along the volcanic rifted margin of South Africa as mentioned in this paper.
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Outcomes of the Neonatal Trial of High-Frequency Oscillation at 16 to 19 Years

TL;DR: Lung Function after High-Frequency Oscillation in Neonates shows no significant differences in lung function or behavioral outcomes in late adole...
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Origin of tanzanite and associated gemstone mineralization at merelani, tanzania

TL;DR: Tanzanite is the blue vanadium-bearing variety of zoisite and is the only known source of gem-quality tanzanite, to date, is the Merelani area of northeastern Tanzania, a structurally complex region consisting of granulite facies metacarbonate and metasilicate rocks overprinted by amphibolite to greenschist facies retrogression as discussed by the authors.