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Advances in physiologic, metabolic, and molecular lung imaging: a critical role for interdisciplinary dialogue-the 2006 International Workshop on Functional Lung Imaging at Penn.

机译:生理,代谢和分子肺成像技术的进步:跨学科对话的关键作用-2006年在宾夕法尼亚州举行的功能肺成像国际研讨会。

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摘要

It is an exciting time for pulmonary medicine. Genetic and molecular techniques are providing deeper insight into disease mechanisms. As a consequence, diseases are increasingly defined by genetic, molecular, and physiologic paradigms, rather than the traditional constructs of syndromes and anatomy. These changes bring new insight and understanding to the field of pulmonary medicine, and clinicians armed with this knowledge are placing new demands on their diagnostic tools. As the definition of diseases change, physicians will become increasingly dependent on gauges of lung function, metabolism, and genetic expression to diagnose and manage their patients. These observations hold true for the demands of pulmonary imaging as well, and it is imperative that the field adapts and integrates into the new diagnostic landscape if it is to remain relevant.
机译:这是肺部医学的激动人心的时刻。遗传和分子技术为疾病机理提供了更深入的见识。结果,疾病越来越多地由遗传,分子和生理范式来定义,而不是由综合征和解剖学的传统构造来定义。这些变化为肺医学领域带来了新的见识和理解,掌握了这些知识的临床医生对他们的诊断工具提出了新的要求。随着疾病定义的改变,医生将越来越依赖肺功能,新陈代谢和基因表达的指标来诊断和管理患者。这些观察结果也适用于肺部成像,因此必须保持该领域的适应性并整合到新的诊断环境中。

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