Gene editing has transformed biotechnology, offering unprecedented control over the blueprint of life itself. Beginner’s Guide to Gene Editing in Biotechnology: Tools, Applications & Ethics provides a clear and comprehensive introduction to this fast-evolving field, blending scientific accuracy with real-world relevance. Perfect for newcomers to molecular biology, this course breaks down complex concepts into accessible lessons that explain how gene editing tools work, why they matter, and how they’re changing the world.

The course begins with a deep dive into the history and fundamentals of gene editing, helping you understand how scientists moved from early DNA manipulation methods to precise, programmable molecular tools. You’ll explore the most influential gene-editing systems in use today — including Zinc Finger Nucleases, TALENs, and CRISPR-Cas — gaining insight into how each tool identifies, cuts, and modifies genetic material with accuracy.

From there, you’ll learn how gene editing is applied across different industries. You’ll discover its role in treating genetic disorders, improving crops, developing disease-resistant organisms, and even investigating possibilities such as reviving extinct species. Special focus is given to mitochondrial genome editing and emerging CRISPR-based technologies that are shaping next-generation research.

Ethical reflection is at the heart of this course. You’ll engage with key debates about the responsible use of gene editing — from human germline modification to biodiversity impact — and learn how policy, regulation, and public opinion influence scientific progress. By the end of the course, you’ll have a solid foundation in the science, applications, and moral considerations of modern biotechnology, equipping you to think critically about its future directions.