Patel S, Cudney B, McPherson A
University of California, Department of Biochemistry, Riverside 92521.
Biochem Biophys Res Commun. 1995 Feb 15;207(2):819-28. doi: 10.1006/bbrc.1995.1260.
Nine different water soluble polymers reported to strongly affect the properties and structure of water were evaluated for their use in crystallizing a series of 24 different proteins, viruses, and conventional small molecules. All of the polymers produced crystals of some of the molecules and viruses tested, and of the 24 molecules tested, 14 were crystallized. In a number of cases, crystals of the molecules and viruses were obtained under very different conditions than were ever previously used. Because the selection of polymers employed here represents only a sampling of those available to experimenters, we conclude that the potential range of such polymers useful in macromolecular and small molecule crystallization may be very broad.
评估了九种据报道会强烈影响水的性质和结构的水溶性聚合物,以用于使一系列24种不同的蛋白质、病毒和传统小分子结晶。所有聚合物都使测试的一些分子和病毒产生了晶体,在测试的24种分子中,有14种结晶了。在许多情况下,分子和病毒的晶体是在与以前使用过的非常不同的条件下获得的。由于这里使用的聚合物选择仅代表实验者可用聚合物的一个样本,我们得出结论,此类聚合物在大分子和小分子结晶中有用的潜在范围可能非常广泛。