Functionalized MCM-48 as Carrier for In Vitro Controlled Release of an Active Biomolecule, L-Arginine

Anjali U. Patel, P. Solanki
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引用次数: 1

Abstract

The present chapter describes the synthesis, characterizations, and application of MCM-48 functionalized by an inorganic moiety, as a carrier. MCM-48 functionalized by 12-tungstophophoric acid (TPA) (TPA-MCM-48) and L-arginine was loaded into pure as well as functionalized MCM-48. Both the materials were characterized by various physicochemical techniques and evaluated for in vitro release of L-arginine at body temperature under different conditions. A study on release kinetics was carried out using first-order release kinetic model, while the mechanism were by Higuchi model. Further, to see the influence of TPA on release rate, release profile obtained from pure and functionalized MCM-48 was compared.
功能化MCM-48作为活性生物分子l -精氨酸体外控释的载体
本章描述了由无机基团作为载体功能化的MCM-48的合成、表征和应用。将12-钨磷酸(TPA)功能化的MCM-48 (TPA-MCM-48)和l -精氨酸分别装载到纯化的MCM-48和功能化的MCM-48中。采用各种理化方法对两种材料进行了表征,并在不同条件下对l -精氨酸在体温下的体外释放进行了评价。采用一级释放动力学模型对其进行释放动力学研究,采用Higuchi模型对其释放机理进行研究。此外,为了观察TPA对释放速率的影响,我们比较了纯化和功能化MCM-48的释放曲线。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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