Module #1 Introduction to Gene Editing Overview of gene editing, its history, and importance
Module #2 CRISPR 101:Understanding the Basics Introduction to CRISPR-Cas9, its mechanism, and components
Module #3 The Science Behind CRISPR In-depth explanation of CRISPRs bacterial origins and how it works
Module #4 CRISPR vs. Other Gene Editing Tools Comparison of CRISPR with other gene editing tools, such as TALEN and ZFN
Module #5 Applications of CRISPR in Biotechnology Exploration of CRISPRs uses in biotechnology, including agriculture and bioproducts
Module #6 CRISPR in Medicine:Treating Genetic Diseases Discussion of CRISPRs potential to treat genetic diseases, including sickle cell anemia and muscular dystrophy
Module #7 CRISPR in Medicine:Cancer Treatment Exploration of CRISPRs potential in cancer treatment, including targeted therapy and gene editing
Module #8 CRISPR Ethics:Germline Editing Ethical considerations surrounding germline editing and the implications of designer babies
Module #9 CRISPR Ethics:Intellectual Property and Patent Issues Discussion of intellectual property and patent issues surrounding CRISPR technology
Module #10 Designing CRISPR Experiments Guidance on designing CRISPR experiments, including guide RNA design and target selection
Module #11 CRISPR Vector Design and Construction Hands-on guide to designing and constructing CRISPR vectors
Module #12 CRISPR Library Design and Screening Introduction to CRISPR library design and screening strategies for functional genomics
Module #13 CRISPR Data Analysis and Interpretation Guidance on analyzing and interpreting CRISPR experimental data, including sequencing and bioinformatics
Module #14 CRISPR in Plant Biology Exploration of CRISPRs applications in plant biology, including crop improvement and gene regulation
Module #15 CRISPR in Animal Models Discussion of CRISPRs use in generating animal models for human diseases and basic research
Module #16 CRISPR and Synthetic Biology Introduction to synthetic biology and its intersection with CRISPR technology
Module #17 CRISPR and Gene Regulation Exploration of CRISPRs potential in gene regulation, including gene repression and activation
Module #18 CRISPR and Epigenetic Editing Introduction to epigenetic editing with CRISPR and its potential applications
Module #19 CRISPR and Base Editing Overview of CRISPR-based base editing and its advantages over traditional CRISPR
Module #20 CRISPR and Prime Editing Introduction to CRISPR-based prime editing and its potential applications
Module #21 CRISPR and RNA Editing Exploration of CRISPRs use in RNA editing and its potential implications
Module #22 CRISPR in Clinical Trials Overview of ongoing CRISPR clinical trials and their outcomes
Module #23 CRISPR and Regulatory Affairs Discussion of regulatory frameworks governing CRISPR research and applications
Module #24 CRISPR and Public Perception Analysis of public perception and awareness of CRISPR technology
Module #25 Course Wrap-Up & Conclusion Planning next steps in Gene Editing CRISPR career
