Outline

Basic Concepts of Genes, DNA, Chromosomes, and Mutations • DNA Damage and Repair Mechanisms • Gene Knockout, Gene Knock-In, and Gene Correction Concepts • Importance of Targeted Genetic Modification in Biotechnology

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Introduction to Genetic Engineering • Designing Genome Editing Experiments • Gene Transfer, Expression, and Functional Analysis • Applications of Genetic Engineering in Biotechnology Research

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Principles of CRISPR Technology • Guide RNA Design and Target Recognition • Cas Proteins and Genome Editing Mechanisms • Applications of CRISPR Technology in Research and Development

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Using Genome Editing to Study Disease Mechanisms • Disease Modeling for Genetic and Complex Disorders • Functional Genomics and Gene Function Studies • Applications in Drug Discovery and Target Validation

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Introduction to Gene Therapy • Genome Editing for Correcting Disease-Causing Mutations • Ex Vivo and In Vivo Gene Therapy Approaches • Challenges in Delivery, Safety, and Clinical Translation

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Genome Editing Approaches for Genetic Disorders Treatment • Applications in Rare Diseases, Blood Disorders, and Inherited Conditions • Personalized Medicine and Patient-Specific Therapeutic Strategies • Ethical and Regulatory Considerations in Human Genome Editing

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Genome Editing in Biotechnology Program Development • Applications in Agriculture, Industrial Biotechnology, and Medical Research • Safety, Off-Target Effects, Ethical Issues, and Responsible Use • Future Opportunities in Genetic Engineering and Precision Healthcare