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实验表明 ,微晶纤维素 (MCC)对卡达波尔 (抗菌剂 )的吸附量与卡达波尔原始浓度C0 有关 ,即C0 越高 ,吸附量越大。木浆MCC吸附量高于其它种类。另外 ,模拟人体肠胃 (消化 )系统生理过程条件 ,研究了不同种类MCC -卡达波尔复合体解吸状况。结果表明 ,在pH值 2 .0 (相当于人体胃内条件 )时 ,解吸程度最大(6 3.1%～ 73.7% ) ;在pH值 9.0 (相当于人体肠内条件 )时 ,尚能继续补充解吸。两段解吸总量达 70 %～ 90%。证明该复合体可以作为胃肠药剂 ,用于实践发挥疗效。
The experimental results show that the adsorption amount of cadherol (MCC) to cadapol (antibacterial agent) is related to the original concentration of Codar C0, ie, the higher the C0, the larger the adsorption amount. Wood pulp MCC adsorption capacity higher than other species. In addition, simulating human gastrointestinal (digestive) physiological conditions of the system to study the different types of MCC - Kadapol complex desorption. The results showed that desorption was the highest at pH 2.0 (equivalent to human gastric conditions) (6 3.1% ~ 73.7%); at pH 9.0 (equivalent to human intestinal conditions), desorption could still be continued . The total amount of two desorption of 70% to 90%. Prove that the complex can be used as a gastrointestinal agent for practice to play a curative effect.