Biopharmacy
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Contents:
1. Chapter 1 Introduction
2. Chapter 2 Basics of Biopharmaceutical Process Technology
3. Chapter 3 Peptide and Protein Drugs
4. Chapter 4 Enzyme Drugs
5. Chapter 5 Carbohydrate Drugs
6. Chapter 6 Nucleic Acid Drugs
Chapter 7 Antibiotics drugs
Basic teaching contents
Key points
Difficult points
Main learning requirements
Class learning
1. Videos for self-study（15 videos)
1.1. Antibiotics - What You Need To Know
1.2. Antibiotics - Types and Effects
1.3. How Biologic Medicines Are Made How It’s Made
1.4. Antibiotics Mechanisms of Action
1.5. What are antibiotics and How do antibiotics work
1.6. Antibiotics and You
1.7. The discovery of penicillin (1964)
1.8. Synthetic biology of antibiotic production
1.9. Deploying artificial genes to overcome antibiotic resistance Logan Collins
1.10. The Future of Antibiotics Katherine Watts at TEDxPaloAltoHighSchool
1.11. Antibiotics past, present and a future
1.12. What causes antibiotic resistance
1.13. Penicillins - Antibiotics Explained Clearly
1.14. Penicillin and Antibiotic Resistance
7. Chapter 8 Cultivation of Animal Cells and Monoclonal Antibody Drugs
1. DNA recombination technology
2. Editing - DNA linking reaction under various conditions - recombination technology related
1. Professor Jianmei Luo
2. Associate professor: Linna Tu
3. Dr. Menglei Xia
1. Biopharmaceutical Technology Course Syllabus
2. Course schedule for this semester
Biopharmacy
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Chapter 7 Antibiotics drugs
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1. Videos for self-study（15 videos)
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1.9. Deploying artificial genes to overcome antibiotic resistance Logan Collins
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1.9. Deploying artificial genes to overcome antibiotic resistance Logan Collins
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