Chen-xu ZHAO, Yin-hong XIE, Zhi-jian LIAO, Zhen-li QIN, Si-nan DU, Fang ZUO, Zhi-gang ZHAO. The Research and Application Progress of Polydopamine on the Material Surface Functionalization[J]. Polymer Bulletin, 2015,28(12):28-37.
Chen-xu ZHAO, Yin-hong XIE, Zhi-jian LIAO, Zhen-li QIN, Si-nan DU, Fang ZUO, Zhi-gang ZHAO. The Research and Application Progress of Polydopamine on the Material Surface Functionalization[J]. Polymer Bulletin, 2015,28(12):28-37. DOI: 10.14028/j.cnki.1003-3726.2015.12.004.
4-dihydroxy-L-phenylalanine which plays the adhesive role in the mussel protein structure
as melanin analogues is widely used in various fields. Even though the mechanism for the polymerlization of PDA is still unclear
it has not prevented PDA from playing crucial roles in various fields. PDA has been given a gift that it can react to form a functional layer on the different material surface owing its strong adhesive and numerous functional groups. The surface of those materials
therefore
can be functionally modified by PDA. Driven by the interest in PDA
in this paper we reviewed the discovery of PDA
the mechanism for the formation of PDA
the PDA functional nanoparticles(including PDA functional metal nano-materials
PDA functional reduced graphene materials
PDA functional magnetic nanoparticles and PDA nanoparticles) and the development prospects of PDA.
关键词
多巴胺聚多巴胺表面功能化复合材料
Keywords
DopaminePolydopamineSurface functionalizationComposite material