UcanGE: genetic engineering
DNA cloning and synthetic biology
What you will learn
The development of genetic engineering and synthetic biology
DNA cloning techniques and plasmid design
Uses for genetic engineered systems
DNA modification enzymes (DNA polymerases, restriction enzymes, nucleases, phosphatases/kinases, recombinases, and more)
Why take this course?
Unlock the Secrets of Life: UcanGE with Dr. Eric Poliner
🚀 Course Title: UcanGE: Genetic Engineering and Synthetic Biology
🧬 Dive into the World of DNA Cloning!
Course Description:
Welcome to the exciting realm of genetic engineering, where the code of life becomes art and science intertwine. In this comprehensive online course, UcanGE: Genetic Engineering and Synthetic Biology, you will embark on a journey through the intricate mechanisms of DNA cloning and the profound applications of synthetic biology.
Module 1: Foundations of Molecular Biology
- Key Concepts Unveiled: Delve into the core principles of molecular biology, understanding how biological systems store and transmit information.
- Historical Perspective: Explore the evolution of biological research, from its inception to groundbreaking technological advancements that have shaped genetic engineering.
- Defining Genetic Elements: Learn how genetic elements were originally characterized and how they are now abstracted for modern applications.
Module 2: DNA Modification Techniques
- Technological Tools: Get acquainted with the DNA modification techniques that are currently shaping the landscape of genetic engineering.
- Enzymes & Components: Understand the enzymes and components that are essential for these techniques, and the design principles that govern them.
- Practical Applications: Discover real-world applications of genetic engineering, including case studies that highlight the impact of these technologies.
Module 3: Synthetic Biology Applications
- Genetically Modified Organisms (GMOs): Explore how DNA modification techniques are used to create genetically modified organisms with specific traits.
- Distributed Synthetic Biology: Gain insights into the future of synthetic biology, emphasizing the potential for democratized and distributed innovation in the field.
Practical Insights & Experiments
- Hands-On Learning: Engage with example experiments at the end of the course to solidify your understanding of genetic engineering principles.
- Resourceful Biohacking: Discover how genetic engineering tools and techniques have become accessible, empowering everyone from professional scientists to hobbyist biohackers.
What You'll Learn:
- The history and evolution of genetic engineering and synthetic biology
- The fundamental concepts of molecular biology and information storage in biological systems
- The most common DNA modification techniques and their applications
- Design principles that guide the construction of genetic circuits
- The ethical, social, and practical implications of creating genetically modified organisms
Why Take This Course? 🌟
- Accessible Learning: Whether you're a curious student or a professional scientist, this course demystifies the complex field of genetic engineering.
- Cutting-Edge Techniques: Stay ahead of the curve by learning about the latest advancements and techniques in synthetic biology.
- Real-World Impact: Understand how genetic engineering is transforming industries and solving global challenges.
- Community Engagement: Join a community of learners who are passionate about the intersection of science, technology, and innovation.
By the end of UcanGE: Genetic Engineering and Synthetic Biology, you'll have a solid foundation in genetic engineering and be well-equipped to explore the vast possibilities of synthetic biology. Let's unlock the potential of life itself! 🔬🚀
Enroll now and embark on your journey into the heart of genetic engineering with Dr. Eric Poliner. The future of synthetic biology starts with understanding its past and present—join us in shaping tomorrow! #GeneticEngineering #SyntheticBiology #UcanGE