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Gastroduodenal motility

机译:胃十二指肠运动

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摘要

The neuromuscular function of the stomach and duodenum provides the mechanical forces that drive digestion and are responsible for sensations of satiety and of dyspepsia. This article reviews (1) the neuroendocrine factors controlling upper gastrointestinal motility, (2) noninvasive techniques to evaluate gastroduodenal motility, and (3) the pathophysiology and treatment of gastroparesis.Drugs may be designed that specifically act on 5-HT3, cholecystokinin, or TNF-alpha receptors. Spatiotemporal maps should boost the diagnostic yield from dynamic imaging of motility using ultrasound, computed axial tomography scan, or MRI and the understanding of the mechanical forces driving digestion. Symptomatic benefit in gastroparesis may derive more from improved accommodation than gastric emptying.
机译:胃和十二指肠的神经肌肉功能提供驱动消化的机械力,并引起饱腹感和消化不良的感觉。本文综述(1)控制上消化道运动的神经内分泌因素,(2)评价胃肠十二指肠运动的非侵入性技术,以及(3)胃轻瘫的病理生理和治疗方法,可以设计专门针对5-HT3,胆囊收缩素或TNF-α受体。时空图应可通过使用超声,计算机轴向断层扫描或MRI对运动进行动态成像,并了解驱动消化的机械力来提高诊断率。胃轻瘫的症状获益可能比胃排空更多来自改善的适应性。

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