Lecture Series

35 - Novel Polymeric Biomaterials for Tissue Regeneration and Drug Delivery

Writer :
ITREN (2015-07-25)
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Speaker : Ki Dong Park, Ph.D. (Dept of Molecular Science and Technology, Ajou University)

Date : 2012-10-10

Location : Room 106Pharmacy Hall, Dankook University

Abstract : For the past three decades, extensive research has been performed in the design of new polymers for a variety of medical applications.  Great progress in therapeutics and diagnostics can be attributed to these scientific advances in biomedical polymers.  A variety of bioinert materials or bioactive materials using drugs, cells, and growth factors are widely utilized for the implants, devices and tissue regeneration.  These materials provide an improved biocompatible materials to host, to significantly decrease or increase the host/tissue/blood response to the foreign materials.   In the future, biomaterials will play a different role in modern therapeutics.   New materials will be tailored to interact more on a protein and cellular level to achieve high degree of biocompatibility, biospecificity and bioacitivity.  

In this presentation, various biocompatible materials such as nanogel and macrogels  (as injectable system) will be demonstrated, which can be utilized as therapeutics implants and therapeutic vehicles for biologically active molecules (cell and drug).