the surface of modified superparamagnetic iron oxide nanoparticles (SPIONs) utilizing host-guest chemistry among Hamilton receptors and cyanurate derivatives. Binding constants of host-guest systems on the surface of nanoparticles showed stronger binding constant and higher binding ratio compared to free molecules in the solutions, due to synergistic effect on complex surface environment.
利用汉密尔顿受体和
氰尿酸酯衍
生物之间的主客体
化学对改性超顺磁性
氧化铁纳米颗粒 (
SPION) 表面超分子相互作用的基本认识。由于对复杂表面环境的协同作用,与溶液中的游离分子相比,纳米粒子表面的主客体系统的结合常数表现出更强的结合常数和更高的结合率。