Research Project
Grant-in-Aid for Young Scientists (B)
In the present study, we developed IFN-γderivative that can adhere on cellular surface in order to selectively increase IFN-γconcentration at gene delivery site. Developed IFN-γwas demonstrated to be able to adhere on the cell surface and selective biological activity obtained by gene delivery of the developed IFN-γderivative was specific in the gene-delivered organ. We found that the developed system was effective in reducing adverse side effect without reducing antitumor effect at target tissue compared to the normal IFN-γgene therapy system.
All 2012 2011 2010
All Presentation (9 results)