Module #6 Mutagenesis Techniques Error-prone PCR, DNA shuffling, and other methods for generating diversity
Module #7 Library Construction and Screening Generating and analyzing large libraries of mutants
Module #8 Phage Display and Yeast Display Using viral and yeast systems for protein evolution
Module #9 Ribosome Display and mRNA Display Evolving proteins and peptides using ribosome and mRNA display techniques
Module #10 Computational Tools for Directed Evolution Bioinformatics and machine learning approaches for predicting and designing evolved proteins
Module #11 Directed Evolution of Enzymes Improving enzyme function, stability, and specificity through directed evolution
Module #12 Directed Evolution of Proteins for Therapeutic Applications Evolving proteins for cancer, infectious diseases, and other health applications
Module #13 Directed Evolution of Biosensors and Biomarkers Designing and optimizing biosensors and biomarkers for disease detection and diagnosis
Module #14 Directed Evolution in Bioremediation and Environmental Applications Using directed evolution to clean up pollutants and improve environmental sustainability
Module #15 Directed Evolution in Biocatalysis and Synthetic Biology Evolving enzymes for novel biocatalytic applications and synthetic biology pathways
Module #16 Case Studies in Directed Evolution Real-world examples of successful directed evolution applications
Module #17 Challenges and Limitations of Directed Evolution Addressing the limitations and overcoming the challenges of directed evolution
Module #18 Future Directions in Directed Evolution Emerging trends and opportunities in directed evolution research and applications
Module #19 Ethical Considerations in Directed Evolution Examining the ethical implications of directed evolution on society and the environment
Module #20 Intellectual Property and Regulatory Aspects Navigating patent law, regulatory frameworks, and intellectual property issues in directed evolution
Module #21 Directed Evolution in Industry and Academia Practical applications and collaborations in directed evolution research
Module #22 Experimental Design and Data Analysis Statistical methods and data analysis techniques for directed evolution experiments
Module #23 High-Throughput Screening and Next-Generation Sequencing Applying high-throughput methods for faster and more efficient directed evolution
Module #24 Machine Learning and Artificial Intelligence in Directed Evolution Emerging applications of machine learning and AI in directed evolution research
Module #25 Directed Evolution of Gene Circuits and Pathways Evolving complex genetic circuits and pathways for novel biotechnological applications
Module #26 Directed Evolution of Microbial Communities Evolving microbial consortia for bioremediation, agriculture, and other applications
Module #27 Directed Evolution in Space and Extreme Environments Applying directed evolution to extremophilic microorganisms and space research
Module #28 Patent Landscape and Commercialization Strategies Understanding the patent landscape and commercialization pathways for directed evolution-based products
Module #29 Directed Evolution and Synthetic Biology:Convergence and Divergence Exploring the intersection and differences between directed evolution and synthetic biology
Module #30 Course Wrap-Up & Conclusion Planning next steps in Directed Evolution Techniques career
