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Research at the heart of hematology: thrombocytopenias and platelet function disorders

机译:血液学的核心研究:血小板减少症和血小板功能障碍

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Natural selection drove the evolution of all living beings for millions of years until mankind acquired the ability to interfere with this mechanism by counteracting the natural hazards that tend to eliminate the weakest humans and select the strongest ones for the continuation of the species. Medicine, which has acquired the ability to cure many common diseases that were previously lethal, is an important result of the attempt to oppose natural selection. Medical progress was initially very slow, but with the advent of the scientific revolution in the 18~(th) century, this has continued to get faster and has played a role in doubling the life expectancy in Western countries since the beginning of the 19~(th) century.~(~(1))Strenuous research, brilliant insights and, much more rarely, serendipity, were at the basis of medical progress. Importantly, some major advances in medicine derived from a widening of knowledge in other disciplines. For example, the development of the microscope (the occhiolino or little eye of Galileo Galilei) in the early 17~(th) century was the prerequisite for recognizing blood cells and starting to identify blood disorders. Thus, a major advance in optical science made the birth of hematology possible.
机译:自然选择驱使所有生物进化了数百万年,直到人类通过抵制倾向于消除最弱的人类并选择最强的人类以继续生存的物种的自然危害而获得了干扰这种机制的能力。药物具有治愈许多以前致命的常见疾病的能力,是反对自然选择的重要结果。最初的医学发展非常缓慢,但是随着18世纪科学革命的来临,医学进展持续加快,并在19世纪初以来一直在使西方国家的预期寿命翻倍。 (th)世纪。〜(〜(1))艰苦的研究,精辟的见识以及罕见的偶然性是医学进步的基础。重要的是,医学的一些重大进步源于其他学科知识的扩展。例如,在17世纪初,显微镜(伽利略伽利略的八爪鱼或小眼睛)的发展是识别血细胞并开始识别血液疾病的先决条件。因此,光学科学的重大进步使血液学的诞生成为可能。

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