Prieto R, Martinez-Tobed A, Fábregas J L, Beneyto J E
Arzneimittelforschung. 1984;34(10A):1360-4.
Almagate (hydrated aluminium-magnesium hydroxycarbonate, Al2Mg6(OH)14(CO3)2 X 4 H2O, Almax) in the form of tablets and suspension was compared with other commercially available antacid preparations in a battery of tests designed to evaluate antacid activity and related properties. The evaluation of an antacid should take into account, in addition to total acid neutralising capacity, neutralising capacity under dynamic conditions related to in vivo events, bioavailability, speed of action, lack of possible rebound effect and low sodium content. When these considerations are taken into account Almax tablets and suspension can be classified as highly effective antacids retaining a high proportion of their total neutralising capacity under simulated in vivo conditions. As in the case of the active principle, almagate, the enzyme pepsin has a positive effect on acid neutralising activity.
将铝镁加(水合铝碳酸镁,Al2Mg6(OH)14(CO3)2·4H2O,Almax)制成片剂和混悬剂的形式,在一系列旨在评估抗酸活性及相关特性的试验中,与其他市售抗酸制剂进行了比较。对抗酸剂的评估,除了总酸中和能力外,还应考虑与体内情况相关的动态条件下的中和能力、生物利用度、起效速度、不存在可能的反跳效应以及低钠含量。当考虑到这些因素时,Almax片剂和混悬剂可被归类为高效抗酸剂,在模拟体内条件下能保留其总中和能力的很大一部分。与活性成分铝镁加的情况一样,胃蛋白酶对酸中和活性有积极作用。