| 초록 |
Lymphocytes are subsets of white blood cells protecting us from pathogens and cancer. Lymphocytes perform immune functions by complex and dynamic cell-cell interactions, thus their functions should be understood under right spatio-temporal context. However, studying such complexity and dynamics has been challenging with conventional biological tools. To overcome limitations of conventional approaches, our lab utilize microfabrication, which permits us to recapitulate microenvironments governing molecular/cellular dynamics of lymphocytes. In addition, microfabrication can be used to engineer cellular environments optimal for live-cell fluorescence imaging and single cell-based function analysis. In this presentation, I am going to present how microfabrication and fluorescence live-cell imaging techniques can be combined to investigate lymphocyte functions, in particular tumor cytolysis, which is an essential function for cancer immunotherapy. |
