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Magnetic images of pharmaceutical dosage forms in the human gastrointestinal tract

机译:人体胃肠道中药物剂型的磁像

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Oral administration with solid dosage forms is a common route in the drug therapy widely used. The drug release by the disintegration process occurs in several gastrointestinal tract (GIT) regions. AC biosusceptometry (ACB) was originally proposal to characterize the disintegration process of tablets in vitro and in the human stomach, through changes in magnetic signals. The aim of this work was to employ a multisensor ACB system to monitoring magnetic tablets and capsules in the human GIT and to obtain the magnetic images of the disintegration process. The ACB showed accuracy to quantify the gastric residence time, the intestinal transit time and the magnetic images allowed to visualize the disintegration of magnetic formulations in the GIT. The ACB is a non-invasive, radiation free technique, completely safe and harmless to the volunteers and had demonstrated potential to evaluate pharmaceutical dosage forms in the human gastrointestinal tract
机译:固体剂型的口服给药是广泛使用的药物治疗中的常用途径。崩解过程释放的药物发生在几个胃肠道(GIT)区域。交流生物磁法(ACB)最初是通过磁信号的变化来表征片剂在体外和在人胃中的崩解过程。这项工作的目的是采用多传感器ACB系统来监视人类GIT中的磁性药片和胶囊,并获得崩解过程的磁性图像。 ACB显示出准确的量化胃停留时间,肠运输时间和磁性图像以可视化GIT中磁性制剂崩解的准确性。 ACB是一种非侵入性,无辐射的技术,对志愿者完全安全且无害,并且已经证明可以评估人体胃肠道中的药物剂型

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