氨基酸添加剂对l -丙氨酸溶液行为的影响

M. F. Othman, N. Anuar, N. F. A. Bakar, N. A. Rahman
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引用次数: 1

摘要

用重量法测定l -丙氨酸溶液在不加和加氨基酸添加剂的250ml夹套玻璃结晶器中,在15℃~ 75℃温度范围内的溶解度。总体而言,l -亮氨酸添加剂显著改变了l -丙氨酸的溶解度,甘氨酸添加剂对l -丙氨酸的溶解度数据造成了不稳定的影响。l -亮氨酸添加剂的疏水甲基侧链有助于在溶液中形成水笼状物,影响l -丙氨酸分子在水溶液中的相互作用,从而改变l -丙氨酸的溶解度。最后,对l -丙氨酸溶液的热力学数据分析进行了广泛的评估。l -丙氨酸与理想溶液的负偏差是由于溶液中水分子的疏水性和笼形物现象引起的高溶溶剂相互作用的结果。化工研究通报20(2018)23-29
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Influence of amino acid additives on solution behaviour of L-alanine
The solubility experiment of L-alanine solution was performed in a 250ml jacketed glass crystallizer without and with amino acid additives at temperature from 15oC to 75oC by means of gravimetric method. On the whole, L-leucine additive significantly altered the solubility of L-alanine and Glycine additive caused an erratic pattern on the solubility data of L-alanine. The hydrophobic methyl side chain of L-leucine additives is believed to contribute to the formation of water clathrate in the solution which affected the interaction of L-alanine molecules in water solvent and thus modified the solubility of L-alanine. Finally, thermodynamic data analysis of L-alanine solution was extensively assessed. The negative deviation of L-alanine from the ideal solution is as a result of high solute-solvent interaction, which is due to the hydrophobicity and clathrate phenomenon of the water molecules in the solution.Chemical Engineering Research Bulletin 20(2018) 23-29
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