1. Regenerative inductive therapy based on DDS technology of protein and gene
- Author
-
Yasuhiko Tabata
- Subjects
medicine.medical_treatment ,Pharmaceutical Science ,Biology ,Regenerative Medicine ,Regenerative medicine ,Models, Biological ,Drug Delivery Systems ,plasmid DNA ,Pharmaceutical technology ,Plasmid dna ,Tissue engineering ,medicine ,Animals ,Humans ,Regeneration ,Technology, Pharmaceutical ,drug delivery system ,Growth Substances ,business.industry ,Growth factor ,Regeneration (biology) ,cell genetic engineering ,growth factor ,Biotechnology ,Cell biology ,tissue engineering ,Drug delivery ,Local environment ,business ,controlled release - Abstract
Recent development of biomedical engineering including biomaterials and drug delivery system (DDS) as well as basic biology and medicine has enabled cells to induce regeneration repairing of defective tissues as well as substitute the biological functions of damaged organs. For successful tissue regeneration, it is undoubtedly indispensable to give cells a local environment which allows cells to efficiently promote their proliferation and differentiation and consequently induce cell-based tissue regeneration. Tissue engineering is one of the biomedical forms to create this regeneration environment of cells. The tissue and organ repairing based on their regeneration induction has been realized by combining cells with the tissue engineering technology or methodology in a surgical or internally medical manner. This paper overviews the present status and future direction of tissue engineering for regenerative inductive therapy, briefly explaining the key technology of tissue engineering, especially DDS of growth factor and gene.
- Published
- 2006