食用增稠剂对吞咽困难患者苯磺酸氨氯地平粉苦味及溶出度的影响

Akiko Odanaga, Honami Kojima, Azumi Kabeya, Rio Uno, Miyako Yoshida, M. Habara, H. Ikezaki, T. Uchida
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摘要

目的:研究食物增稠剂对吞咽困难患者联合用药时苦味药物的苦味和溶出度的影响。方法:以苯磺酸氨氯地平(AMPB)粉末为模型药物。以助吞胶为对照,研究了淀粉基和黄原胶基食品增稠剂。首先进行了线展试验(LST)和织构增殖分析(TPA)。针对与食品增稠剂溶液混合的氨氯地平粉末,进行了模拟口腔的常规溶出试验,研究了氨氯地平(AMP)在溶解介质中的浓度和味觉传感器输出随时间的变化曲线。将两种增稠剂溶液和助咽胶与AMPB粉混合,分别进行pH值为1.2和4.5的溶出试验,分别代表了年轻人和老年人典型的胃部状况。结果:LST表明黄原胶基食品增稠剂满足吞咽困难患者的要求,而淀粉基食品增稠剂不满足。在TPA中,两种食品增稠剂的硬度和黏附性随浓度的增加而成比例地降低。人类的生物利用度。7.1和4.7 (w/v) %淀粉基增稠剂在模拟口腔条件下表现出苦味抑制作用,在模拟胃部条件下表现出AMP的完全溶解作用。
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The Effect of Food Thickeners on the Bitterness and Dissolution of Amlodipine Besilate Powder When Co-Administered with Thickeners to Patients with Dysphagia
Purpose: The present research was performed to evaluate the effect of food thickeners on the bitterness and dissolution of bitter drugs when co-adminis-tered to patients with dysphagia. Methods: Amlodipine besilate (AMPB) powder was used as a model drug. Starch- and xanthan gum-based food thickeners were examined, with swallowing-aid jelly as a reference. The line-spread test (LST), texture prolife analysis (TPA) were done firstly. In related to AMPB powder mixed with food thickeners solution, a conventional dissolution test simulating the oral cavity was performed, the amlodipine (AMP) concentration and taste sensor output for dissolved medium versus time profiles were developed. The dissolution test at pH 1.2 and 4.5, representing typical gastric conditions for younger or elderly people, was performed in two kinds of thickener solution and swallowing-aid jelly those were mixed with AMPB powder. Results: LST demonstrated that xanthan gum-based food thickeners fulfilled the requirements for patients with dysphagia but that starch-based food thickeners did not. In TPA, hardness and adhesiveness decreased pro-portionally as the concentration increased for both kinds of food thickener. bioavailability in humans. The 7.1 and 4.7 (w/v) % starch-based thickener show bitterness inhibition under simulated oral cavity conditions and complete dissolution of AMP under simulated gastric conditions.
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