In 1828 Edward Mitchell was the first student of African descent to graduate from Dartmouth College, more than thirty-five years before any other Ivy League school admitted a black student. This book tells Mitchell's life story with the help of a recently rediscovered trove of his college essays, notes on his religious conversion, and hand-copied versions of his sermons. Born and raised in the French slave colony of Martinique, Mitchell immigrated to the United States and came of age in Philadelphia, where he broke bread with the city's African American clerics and civic leaders. The Dartmouth trustees initially denied Mitchell admission but yielded to unified student protest. After his graduation, Mitchell continued his northward journey to serve as a Baptist preacher and evangelist in the pulpits of northern New England. His religious odyssey concluded in Lower Canada, where he was remembered as "the most profound theologian ever settled." During his travels throughout the Atlantic world in an age of revolution and religious revival, Mitchell encountered the dominant social, economic, and political realities of his time. Although long celebrated as the inspiration for Dartmouth's legacy of educating men and women of African ancestry, Mitchell's life story remained unknown for almost two centuries. This book, which embodies history as recovery, is a testament to the authors' desire to know the man behind the story.
Make optimal use of fundus autofluorescence in your practice! Fundus Autofluorescence, by esteemed authorities Noemi Lois and John V. Forrester, explains everything you need to know about fundus autofluorescence (AF), from the basics of this powerful ocular imaging modality to the latest diagnostic and prognostic applications. A “who’s who” of leading experts provide the up-to-date, clinically focused guidance you need to effectively evaluate a full range of posterior segment disorders. Master the latest AF techniques and applications with 35 brand-new chapters exploring vascular retinal diseases, posterior uveitis, intraocular tumors, and much more, plus comprehensive updates and enhancements throughout. Learn about the newest autofluorescence technologies, including wide-angle fundus autofluorescence, near-infrared autofluorescence and quantitative autofluorescence. Accurately diagnose posterior segment conditions. Get clear explanations of the science behind the synthesis and degradation of lipofuscin, the techniques available to image and quantify AF, the normal distribution of AF, and alterations occurring in a variety of posterior segment diseases. See plentiful examples of AF findings in each chapter, with clear explanations of the value of this imaging technique in the evaluation of patients and understanding of the pathogenesis of each condition depicted.
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