Dr James Copland (1791-1870) was born in the Orkney Islands and studied medicine at Edinburgh where he graduated in 1815. The following year was spent in Paris to acquire knowledge of the latest developments in pathology and he then travelled for a year along the coast of West Africa gaining practical experience of treating tropical diseases. After establishing his medical practice in London, which eventually became extremely successful, he contributed to medical journals and also became editor of the from 1822 to 1825. His greatest work was written entirely by himself which was completed between 1832 and 1858. More than 10,000 copies of the dictionary were sold and its author became world famous during his lifetime. In 1833, Copland was elected a Fellow of the Royal Society and from 1837 onwards he played a prominent role in the proceedings of The Royal College of Physicians. This article shows how his extensive professional and literary work was combined with an unusual private life.
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http://dx.doi.org/10.1177/09677720211032373 | DOI Listing |
Optom Vis Sci
October 2014
*OD, PhD, FAAO †MSc(Optom), PhD, FAAO ‡BS §PhD ∥PhD, FAAO Indiana University School of Optometry, Bloomington, Indiana (DFWT, LNT); Department of Optometry, University of Auckland, Auckland, New Zealand (RJJ); and Wavefront Sciences, Inc, Albuquerque, New Mexico (JC, DRN).
Purpose: To determine the accuracy of objective wavefront refractions for predicting subjective refractions for monochromatic infrared light.
Methods: Objective refractions were obtained with a commercial wavefront aberrometer (COAS, Wavefront Sciences). Subjective refractions were obtained for 30 subjects with a speckle optometer validated against objective Zernike wavefront refractions on a physical model eye (Teel et al.
Optom Vis Sci
September 2008
School of Optometry, Indiana University, Bloomington, Indiana 47408, USA.
Purpose: To validate the design of an infrared wavefront aberrometer with a Badal optometer employing the principle of laser speckle generated by a spinning disk and infrared light. The instrument was designed for subjective meridional refraction in infrared light by human patients.
Methods: Validation employed a model eye with known refractive error determined with an objective infrared wavefront aberrometer.
The Carl Zeiss Meditec platform for custom ablation incorporates a suite of technology integrating high-resolution wavefront aberrometry (WASCA), corneal surface shape data (TOSCA), energy stabilized excimer laser delivery (MEL80), and surgeon-controlled individualization of the ablation profile (CRS-Master). Together, these components deliver increasingly higher accuracy and sophistication in treatment planning for corneal refractive surgery.
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