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Physical Chemistry of Bile Detailed Pathogenesis of Cholelithiasis

机译:胆汁的物理化学细化胆石病的发病机制

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Despite the overwhelming prevalence of cholelithiasis, many health care professionals are not familiar with the basic pathophysiology of gallstone formation. This article provides an overview of the biochemical pathways related to bile, with a focus on the physical chemistry of bile. We describe the important factors in bile synthesis and secretion that affect the composition of bile and consequently its liquid state. Within this biochemical background lies the foundation for understanding the clinical and sonographic manifestation of cholelithiasis, including the pathophysiology of cholesterol crystallization, gallbladder sludge, and gallstones. There is a brief discussion of the clinical manifestations of inflammatory and obstructive cholestasis and the impact on bile metabolism and subsequently on liver function tests. Despite being the key modality in diagnosing cholelithiasis, ultrasound has a limited role in the characterization of stone composition.
机译:尽管胆石病的压倒性普遍存在,但许多医疗保健专业人员并不熟悉胆结石形成的基本病理学生理学。 本文概述了与胆汁相关的生物化学途径,重点关注胆汁的物理化学。 我们描述了胆汁合成和分泌中的重要因素,这些因素影响胆汁组成并因此的液态。 在该生化背景中,为理解胆石病,包括胆固醇结晶,胆囊污泥和胆结石的病理生理学的基础。 浅谈炎症性和阻塞性胆汁淤积和胆汁代谢的影响以及随后对肝功能试验的临床表现。 尽管是诊断胆石病患者的关键方式,但超声波在石材组合物的表征中具有有限的作用。

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