Teaching
生物化學 Biochemistry (I) & (II)
Biochemistry (I & II) is a two-semester course that provides a comprehensive understanding of the chemical and molecular principles underlying biological systems. The course begins with an exploration of the structure, function, and dynamics of biomolecules such as proteins, nucleic acids, carbohydrates, and lipids. Topics include enzyme kinetics, bioenergetics, and the key metabolic pathways that sustain life. Building upon these foundations, the second semester delves into advanced topics, including metabolic regulation, signal transduction, and the molecular mechanisms of genetic expression and regulation. The course also addresses the integration of biochemical pathways and their roles in maintaining cellular and organismal homeostasis. Through a combination of lectures, problem-solving exercises, and discussions of real-world applications, students will gain both theoretical knowledge and practical insights into modern biochemistry, preparing them for advanced studies and careers in the life sciences.
高等分子生物學 Advanced Molecular Biology
Advanced Molecular Biology is an in-depth exploration of the molecular mechanisms underlying cellular functions. This course focuses on the composition, structure, and interactions of key biomolecules, including nucleic acids and proteins, that drive essential biological processes. Topics include DNA replication, transcription, translation, gene regulation, and protein dynamics, with an emphasis on how these processes maintain cellular homeostasis and respond to environmental changes. Students will also examine cutting-edge techniques in molecular biology, such as CRISPR, and RNA regulation, to understand their applications in research and biotechnology. Through lectures, discussions, and practical assignments, this course aims to provide a comprehensive understanding of the molecular foundations of life and their implications for advanced scientific inquiry.
膜蛋白結構與功能特論 Special topics in membrane protein structure and function
Membrane proteins perform various functions within organisms, and there is an inseparable relationship between their structure and mechanisms of operation. This course will explore the structure and function of various membrane proteins with students, and how to use various analytical techniques to observe and analyze the biophysical properties of these biological macromolecules. By discussing international journal articles, students will gain a comprehensive understanding of the functions, structures, dynamics, and mechanisms of membrane proteins.
轉譯生物學概論 Introduction to translational biology
This course will be based on various examples on successful translational research in industries and tells how to practice development of various biotechnology applications through basic research outcomes. The course aims at disease prevention in aquatic animals, protein drug development and manufacturing, disease prevention in crops and production enhancement. To enable students to understand how the knowledge of biotechnology is applied in all aspects of industrial operation, and enhance students’ interest and enthusiasm for exploring basic knowledge of biology. The purpose of this course is to encourage students to understand the development of a biotech product that can be gradually translated from various basic researches, strengthen students team ability in group cooperation.
生物科技倫理 Ethics of biotechnology
Biotechnology has a wide application and is closely involved in various aspects of our daily lives. It not only improves our living standard, but also brings new ethical issues. In this course, various ethical issues about biotechnology research and application are raised. The students will contemplate and debate on the ethical issues, from which they will learn the critical points of the topic. With such insights, we wish that the students can make appropriate judgments in the future research and applications of biotechnology.
生物分析化學之產業應用 Industrial application of bioanalytical chemistry
Cells are bustling with a complex dance of biomolecules, leading to a variety of complex biological phenomena. Precise qualitative and quantitative methods are essential to explore the molecular underpinnings and mechanisms behind these phenomena, which are also integral to quality control in biotech industries. This course explores both traditional and advanced bioanalytical techniques. Guided by expert instructors, students will learn the principles and practical uses of these techniques. The course then shifts to hands-on, industry-relevant case studies, encouraging students to use critical thinking to design experiments that address real-world problems using these techniques. Through group presentations, students will sharpen their abilities in logical expression and debate, equipping them with the professional expertise needed for efficient data collection and problem-solving in their future careers in science or industry.