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. Generally, polymer materials are not air-permeable and hydrophilic. In addition, they do not possess anti-fungal property.Hydrophilicity, air-permeability, and anti-fungal properties of new composites consisting of polymer, ceramic nanoparticles, an d silve rion were investigated by contact angle measurements, air permeation time, and cell culture. The hydrophilic, air-permeable, and anti-fungal composites can be used in health care industry. Keywords: Polymer-ceramic composite, Air-permeability, Hydrophilicity, Anti-fungal property  ,      -       ․ *  ( 2009. 12. 2;  2009. 12. 30;  2010. 1. 10) Syntheses and Characterizations of Polymer-Ceramic Composites H aving Increased Hydrophilicity, Air-Permeability, and Anti-Fungal Property Hyung-Joon Cho and Dongwoon Jung * Department of Bio-nano Chemistry and Institute of Basic Natural Sciences, Wonkwang University, Iksan 570-749, Korea * E-mail: djung@wonkwang.ac.kr (Received December 2, 2009; Revised December 30, 2009; Accepted January 10, 2010)

Syntheses and Characterizations of Polymer-Ceramic Composites Having Increased Hydrophilicity, Air-Permeability, and Anti-Fungal Property