2.53 GB | 00:03:25 | mp4 | 1920X1080 | 16:9
Genre:eLearning |Language:English

Files Included :
1 - Course Overview and Objectives (67.13 MB)
2 - History and Evolution of Gene Editing (118.31 MB)
3 - Basic Concepts of Genetics and DNA (115.24 MB)
4 - Overview of Gene Editing Techniques (39.6 MB)
5 - Zinc Finger Nucleases ZFNs (52.94 MB)
6 - Transcription ActivatorLike Effector Nucleases TALENs (49.75 MB)
7 - CRISPRCas9 Mechanism and Components (47.64 MB)
8 - Other Emerging Gene Editing Technologies (57.99 MB)
10 - Guide RNA Design and Optimization (72.5 MB)
11 - Delivery Methods for CRISPR Components (83.17 MB)
12 - OffTarget Effects and How to Minimize Them (32.28 MB)
13 - Case Studies and Practical Applications of CRISPR (109.17 MB)
9 - Designing CRISPR Experiments (103.71 MB)
14 - Gene Editing in Medicine Treating Genetic Disorders (114.25 MB)
15 - Gene Editing in Agriculture Improving Crop Yield and Resistance (140.16 MB)
16 - Gene Editing in Industrial Biotechnology (147.75 MB)
17 - Gene Editing for Environmental and Conservation Efforts (137.49 MB)
18 - Ethical Considerations in Gene Editing (136.87 MB)
19 - Regulatory Landscape and Legal Aspects (126.55 MB)
20 - Public Perception and Communication (132.68 MB)
21 - Future Perspectives and Responsible Innovation (126.39 MB)
22 - Setting Up a Gene Editing Experiment (81.68 MB)
23 - Lab Safety and Best Practices (95.95 MB)
24 - Data Analysis and Interpretation (78.49 MB)
25 - Base Editing and Prime Editing (88.63 MB)
26 - Gene Drives and Their Applications (57.13 MB)
27 - Synthetic Biology and Gene Editing (65.09 MB)
28 - Course Summary and Key Takeaways (114.87 MB)