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IMA Conference on Mathematics of Medical Devices and Surgical Procedures

机译:IMA医疗器械数学和手术程序会议

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An ageing population is driving demands for cardiovascular (e.g. replacement of heart valves, stents, by-pass), ophthalmic (cataract surgery, glaucoma, age-related macular degeneration (AMD)) and orthopaedic intervention. The purpose of the IMA Conference on Mathematics of Medical Devices and Surgical Procedures, held at University College London, 17-19 September 2012, was to discuss some of the significant developments in this area. The conference attracted 72 attendees. The emphasis was on how mathematics can be used to improve designs of medical devices and surgery. Applied mathematics embraces both experiments and computations, as well as rigorous modelling approaches - most international mathematics departments have fluids laboratories to test ideas and drive new ones forwards. The first was probably formally set up by GI Taylor in the basement of the old printing press of CUP (now DAMTP) doing research on materials, fluids and physics, and a similar tradition was adopted by the MIT Mathematics Department (Greenspan Lab in the 60s and now the Bush Laboratory), Bristol, Birmingham and more recently Oxford (and many others). Essentially there is very little to distinguish an engineering and mathematics laboratory.
机译:人口老龄化推动了对心血管(例如心脏瓣膜,支架,旁路的更换),眼科(白内障手术,青光眼,与年龄有关的黄斑变性(AMD))和整形外科干预的需求。 2012年9月17日至19日在伦敦大学学院举行的IMA医疗器械和外科手术数学会议的目的是讨论该领域的一些重要进展。会议吸引了72名与会者。重点在于如何使用数学来改善医疗设备和手术的设计。应用数学既包括实验,计算,也包括严格的建模方法-大多数国际数学部门都设有流体实验室来测试思想并推动新思想的发展。第一个可能是GI泰勒(GI Taylor)在旧的CUP(现为DAMTP)印刷机的地下室正式建立的,从事材料,流体和物理的研究,而MIT数学系(格林斯潘实验室于60年代采用了类似的传统)现在是布什实验室),布里斯托尔,伯明翰,以及最近的牛津大学(以及许多其他大学)。本质上,几乎没有什么可以区分工程和数学实验室的。

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