Course Information
Curriculum Map: Curriculum Planning Philosophy and Overview
1. Biomedical Track (Group)
Using cells and laboratory animals as models, this track investigates pathogenic mechanisms, therapeutic mechanisms, and the functions of tissue materials. Topics encompass new drug development, cell therapy, cell factories, cancer-related research, immunology, neuroscience, metabolic diseases, vaccines, virology, embryology, regenerative medicine, biochemistry, and more.
Featured Programs: Cell and Tissue Engineering Program; Precision Molecular Diagnostics Program.
2. Bioresources Track (Group)
Focusing on plants, microorganisms, insects, algae, and other organisms as study subjects, this track explores the behaviors and characteristics of molecules, cells, tissues, and individual organisms. Through bioinformatics and programming courses, it elucidates their underlying principles and significance, analyzes their biological mechanisms in life processes, and examines their applications in biopharmaceuticals, disease treatment, molecular diagnostics, materials technology, new agriculture, biodiversity, ecology, and environmental conservation. At the same time, students learn to understand the diverse roles played by internal and external environmental factors within a biological system.
Featured Programs: Biological Sustainable Development; Biological Big Data (Bioinformatics Science / BioData Science).
Curriculum Maps
