Biotechnology: GENE EDITING TECHNIQUES CRISPR, ZINC FINGER,
Basics to advance concepts of DNA Topology, RNA, Genetic editing Techniques, and Various Genetics concepts

What you will learn
GeneticsDNA topology,forms of DNA, Negative and positive supercoiling,Genetic Code,Wobble Hypothesis,How to calculate chromosomeChromatin n in Mitosis,DNArepair
Gene editing techniques
CRISPR TECHNIQUE
Talens
Zinc finger nuclease technology
Meganuclease technique
Chromosomes and Chromatids
DNA conformations
A, B, Z forms of DNA
DNA Topology
Genetic code
Wobble hypothesis
RNA structure, types and function
CFTR gene, structure and function
Why take this course?
๐ฌ Unlock the Secrets of Biotechnology with "GENE EDITING TECHNIQUES CRISPR" โ A Deep Dive into DNA Topology, RNA, and Genetic Editing!
๐ Course Overview: Dive into the fascinating world of genetics with our comprehensive course on gene editing techniques, including CRISPR, Zinc Finger, and Mega Nuclease. This isn't just another biotech class; it's a journey from the basics to advanced concepts that will empower you with a profound understanding of DNA structure, RNA function, and the latest genetic editing tools.
๐งฌ What You Will Learn:
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DNA Topology & Supercoiling: Explore the intricacies of DNA's twisted ladder, including negative and positive supercoiling, writhe, twist, and linking number. Discover how these factors influence genetic activity.
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RNA Diversity: Delve into the world of RNAโm-RNA, t-RNA, r-RNAโand decipher the wobble hypothesis and the genetic code.
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DNA Conformations & Evolution: Understand the different DNA conformations (A, B, Z-forms), learn about chromosome calculations, and explore heredity, variations, and evolutionary mechanisms.
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Genetic Editing Techniques: Master the art of genetic editing with insights into CRISPR, CFTR gene, proteins, structures, and more advanced techniques like Mega Nuclease, Zinc Finger nuclease (ZFN), and TALENS.
๐ Why This Course?
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Practical Application: Transition from theoretical knowledge to practical application with hands-on examples and real-world case studies.
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Comprehensive Understanding: Get answers to your most curious questions about DNA structure, function, and the forces that shape it.
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Lifelong Learning Skills: Develop a strong foundation in genetics that will serve as a cornerstone for lifelong learning and scientific inquiry.
๐ Who Should Take This Course? This course is designed for:
- Students interested in biotechnology, genetic engineering, and molecular biology.
- Scientists and researchers seeking to expand their knowledge on gene editing techniques.
- Anyone fascinated by the mechanisms of DNA and its role in life processes.
๐ Join Today and Discover a New World! Enroll now and embark on a transformative learning experience. By mastering these concepts, you'll gain a unique perspective that can open doors to innovation and discovery.
๐ Further Exploration: For those eager to expand their knowledge, I invite you to explore my other courses available on my profile page. Let's continue our educational journey together!
๐ฉโ๐ซ Your Instructor: Monica Sharmac is an expert in the field of biotechnology with years of experience teaching and researching in genetic engineering. Her passion for genetics and commitment to education make her an ideal guide through the complex landscape of biotechnological advancements.
๐ Enroll Now & Transform Your Understanding of Biotechnology! Ready to unlock the mysteries of genetic editing? Click enroll today and take the first step towards mastering one of the most revolutionary fields in science. ๐
Happy Learning, Stay Curious, and Stay Safe! ๐ค