9/9 | Introduction - Course rules and content overview: Fundamentals of macrophage biology and functions | Pu-Ste Liu |
9/16 | Origins, differentiation, and polarization of macrophages | Pu-Ste Liu |
9/23 | Molecular signaling mechanisms regulating macrophage activity and function assayassay research | Pu-Ste Liu |
9/30 | Isolation, Ex Vivo Expansion, and Lentiviral Transduction of murine and human Macrophages | Pu-Ste Liu |
10/07 | Genetic Models of Macrophage Depletion in vivo and Cre Driver Mice Targeting Macrophages | Pu-Ste Liu |
10/14 | Immunometabolism of macrophages and its relationship to function | Pu-Ste Liu |
10/21 | Overview of macrophages in metabolic syndromes | Pu-Ste Liu |
10/28 | Macrophages in obesity and insulin resistance | Pu-Ste Liu |
11/04 | Macrophages in lipid metabolism and atherosclerosis | Pu-Ste Liu |
11/11 | 校慶停課 |
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11/18 | Characteristics and functions of Tumor-Associated Macrophages (TAMs) - Their role in tumor progression and metastasis | Pu-Ste Liu |
11/25 | Tumor microenvironment and macrophage metabolic reprogramming - Targeting TAM metabolism in cancer therapy | Pu-Ste Liu |
12/02 | Chimeric antigen receptor macrophages (CAR-M) for cancer therapy | Pu-Ste Liu |
12/09 | Concepts and mechanisms of trained immunity in macrophages | Pu-Ste Liu |
12/16 | Impact of trained immunity on human diseases | Pu-Ste Liu |
12/23 | Targeting trained immunity for human diseases | Pu-Ste Liu |
12/30 | Present your research proposal on macrophage research | Pu-Ste Liu
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- 教師(teacher): 劉卜慈