GILES C H, MCKAY R B
J Bacteriol. 1965 Feb;89(2):390-7. doi: 10.1128/jb.89.2.390-397.1965.
Giles, Charles H. (The University of Strathclyde, Glasgow, Scotland), and Robert B. McKay. Adsorption of cationic (basic) dyes by fixed yeast cells. J. Bacteriol. 89:390-397. 1965.-The adsorption of 10 typical cationic dyes on formalin-fixed yeast cells has been studied by determining isotherms, and the results are consistent with an ion-exchange mechanism. The adsorption on this complex substrate is similar to that on the simpler substrate, alumina. The dyes are probably aggregated when adsorbed, and the size of the aggregates increases with increase in the molecular weight of the dye ion. After considering the possible adsorption sites, and comparing the data with adsorption on simpler substrates, we suggest that the most important adsorption sites may be phosphate or other strongly acidic groups.
贾尔斯,查尔斯·H.(苏格兰格拉斯哥斯特拉斯克莱德大学),以及罗伯特·B.麦凯。固定化酵母细胞对阳离子(碱性)染料的吸附。《细菌学杂志》89:390 - 397。1965年。——通过测定等温线研究了10种典型阳离子染料在福尔马林固定化酵母细胞上的吸附,结果与离子交换机制一致。在这种复杂底物上的吸附类似于在更简单底物氧化铝上的吸附。染料吸附时可能会聚集,聚集体的大小随染料离子分子量的增加而增大。在考虑了可能的吸附位点,并将数据与在更简单底物上的吸附进行比较后,我们认为最重要的吸附位点可能是磷酸盐或其他强酸性基团。