Genetic Engineering
β±οΈ Length: 2.3 total hours
β 4.34/5 rating
π₯ 3,960 students
π November 2022 update
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- Course Overview
- Explore the foundational principles of Recombinant DNA Technology and Genetic Engineering, central to modern molecular biology and biotechnology and understanding life’s genetic secrets. (27 words)
- Understand manipulating genetic material for precise diagnoses, treatments, agricultural improvements, and developing novel industrial applications globally. (27 words)
- Discover the historical evolution and rapid advancements in genetic engineering, including revolutionary gene-editing tools like CRISPR/Cas9. (23 words)
- Demystify complex molecular biological techniques; learn how DNA is precisely cut, joined, amplified, and expressed within host organisms. (25 words)
- Bridge foundational biology with innovative applications, driving the global bioeconomy and addressing critical real-world challenges effectively. (24 words)
- Requirements / Prerequisites
- Basic knowledge of core biology concepts (cells, DNA, RNA, proteins) is highly recommended to maximize your learning experience. (24 words)
- No prior hands-on laboratory experience in genetic engineering is required; the course covers theoretical foundations and conceptual implications. (26 words)
- An analytical mindset and keen intellectual curiosity for scientific discovery are the primary prerequisites for success. (21 words)
- Skills Covered / Tools Used
- Gene Cloning & Ligation: Master isolating target genes, using restriction enzymes for cutting, and ligating fragments into suitable vectors. (25 words)
- Polymerase Chain Reaction (PCR): Learn DNA amplification for analysis, cloning, and diagnostics, including effective primer design strategies. (24 words)
- Vector Systems: Explore plasmids, bacteriophages, and viral vectors; understand their design and application in delivering foreign DNA into cells. (28 words)
- Gene Editing (CRISPR/Cas9): Gain insight into CRISPR’s precise mechanism for targeted gene modification, its vast potential, and associated ethical considerations. (28 words)
- Molecular Biology Basics: Familiarize with gel electrophoresis for DNA/RNA separation, spectrophotometry for quantification, and fundamental sequencing concepts. (25 words)
- Conceptual Bioinformatics: Understand how bioinformatics tools aid sequence analysis, primer design, gene target identification, and experimental planning. (25 words)
- Benefits / Outcomes
- Foundation for Advanced Study: Build a robust knowledge base for further education or specialized research in molecular biology and biotechnology. (26 words)
- Enhanced Career Prospects: Acquire valuable insights and terminology sought in bio-pharmaceuticals, diagnostics, academic research, and agri-biotech industries. (27 words)
- Critical Scientific Literacy: Develop ability to critically evaluate scientific literature and engage intelligently with biotechnological advancements and societal debates. (28 words)
- Innovative Problem-Solving: Apply genetic engineering principles to devise solutions for global health, agriculture, and environmental challenges. (24 words)
- Ethical & Regulatory Understanding: Appreciate the complex ethical and regulatory frameworks governing recombinant DNA technology applications. (23 words)
- PROS
- Future-Forward Curriculum: Engage with cutting-edge science, equipping you with knowledge shaping the future of medicine and agriculture. (23 words)
- High Societal Impact: Learn concepts directly improving human health, food security, and developing sustainable solutions globally. (23 words)
- Accessible Entry Point: Provides a structured, clear introduction to complex biotechnology for diverse learners and beginners. (21 words)
- Practical Conceptual Framework: Delivers theoretical understanding complemented by real-world applications of genetic manipulation processes. (23 words)
- CONS
- Given the 2.3-hour length, this course offers a highly condensed, foundational overview. While excellent for introduction, it limits deep practical skill mastery, in-depth methodology exploration, or comprehensive problem-solving needed for professional competence. Learners seeking extensive hands-on proficiency will require further, more extensive study beyond this introductory module. (67 words)
Learning Tracks: English,Teaching & Academics,Science
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