2012 年 33 巻 1 号 p. 47-52
It is obvious that the biocompatible surface of materials is important for their cell biological and medical applications. Recently, a wide variety of external-stimuli responsive nanomaterials has been developed. Many of them can be next-generation therapeutic tools, while their metabolism and excretion remain to be addressed. To allow such nanomaterials exert their effects at low dose, therefore, augmentation and/or spatial control of them will also be needed. Here we show two types of coating materials based on synthetic and natural polymers to give biocompatible and functional surfaces by physisorption.