| 초록 |
Interests on polyamidoamine (PAMAM) dendrimers have been rising recent decades, due to their high applicability in many areas such as drug delivery, encapsulation, and metal ion absorption. Abundant amine groups in PAMAM dendrimers facilitate heavy metal ions and gases absorption/adsorption in the polymer. However, PAMAM dendrimer requires long and costly synthetic steps to obtain high molecular weight without defects. In this study, we carried out a simple and green synthesis of hyperbranched PAMAM, which is an analogue of dendrimers, in the shape of particle from inverse suspension polymerization. With Oil-in-Water-in-Oil (O/W/O) suspension polymerization, porous PAMAM particles are obtained with controllable macropores. Copper (II) ion absorption test revealed that the synthesized porous PAMAM particles are highly capable of metal ion absorption. |
