The Mystery of Genetics "is a fascinating life science course that will lead you to explore the fascinating laws of the genetic world. From the discovery of DNA double helix structure to modern gene editing technology, the course system explains the transmission, expression, and regulation mechanisms of genetic information. Through classic case analysis, you will understand how genetics drives the development of medical diagnosis, disease treatment, and agricultural breeding. The course emphasizes the combination of theory and practice, including laboratory operation and data analysis training, to cultivate your scientific thinking and innovation ability. At the same time, we will also explore social hot topics such as genetic ethics and genetic privacy. Whether you are a student majoring in life sciences or an interdisciplinary learner interested in genetic technology, this course will open a window for you to understand the essence of life and help you seize the opportunity in the era of biotechnology.
Overview
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Syllabus
- Chapter 1 Molecular Composition of Nucleic Acid
- Chapter 2 DNA Double Helix Structure
- Chapter 3 Structure, types, and functions of RNA
- Chapter 4 Physical and Chemical Properties of Nucleic Acid
- Chapter 5 Separation and Purification of Nucleic Acid
- Chapter 6 Decomposition metabolism of purine nucleotides
- Chapter 7 Synthesis and Metabolism of Nucleotides
- Chapter 8 DNA Replication - Semi-Conservative
- Chapter 9 Semi discontinuous replication of DNA
- Chapter 10 Eukaryotic DNA Replication
- Chapter 11 Telomerase and DNA Terminal Replication
- Chapter 12 Enzymes and proteins involved in eukaryotic DNA replication
- Chapter 13 Prokaryotic DNA replication process - initiation of replication
- Chapter 14 Regulation of DNA replication initiation in prokaryotes
- Chapter 15 Prokaryotic DNA replication process - Extension of replication
- Chapter 16 Prokaryotic DNA replication process - termination of replication
- Chapter 17 Factors and Types of DNA Damage
- Chapter 18 Direct Repair and Mismatch Repair
- Chapter 19 Base excision repair and nucleotide excision repair
- Chapter 20 Double strand break repair and recombinant DNA technology
- Final exam
Taught by
Feifei Wang