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Learn Genetic Engineering, earn certificates with free online courses from Stanford, MIT, Yale, Columbia University and other top universities around the world. Read reviews to decide if a class is right for you.
掌握基因工程核心实验技能,从仪器使用到载体构建,系统学习转化和鉴定等关键操作步骤,提升实验操作能力。
掌握基因工程的核心技术和应用,从DNA重组、基因克隆到基因编辑,深入了解现代生物技术的前沿发展,包括转基因生物和基因治疗等实际应用。
主要讲授植物基因工程的基础理论及实验技术,每一种实验技术都与目前相关专业研究生的科学研究息息相关,很有实用性;而且培养学生举一反三的开拓性思路,真正利用所学知识指导自己的科研工作。
Explore genetic engineering's evolution from prehistoric farming to modern genomics, and its potential impact on healthcare's future, presented by a leading Vietnamese gene decoding expert.
Explore recombinant DNA, marker-assisted selection, GMO crops, and Taqman PCR in this comprehensive overview of modern biotechnology techniques.
Explore recombinant DNA technology, including DNA excision, in this molecular biology and biochemistry overview. Learn about types, processes, and applications in biotechnology.
Explore CRISPR's impact on health, medicine, and agriculture over the past decade, its applications in cancer and gene therapy, and future possibilities in genome editing.
Explore the intersection of biology and technology with experts discussing biohacking, synthetic biology, and the future of human engineering. Gain insights into cutting-edge developments and ethical considerations.
Learn how to engineer biological systems and program organisms to perform novel tasks.
Explore synthetic biology and genetic engineering in algae, learn about commercial applications, and discover real-world companies harnessing algae's potential for innovative product development.
Explore DNA's structure, function, and manipulation. Learn about genetic code, replication, and practical applications in forensics, medicine, and genealogy. Perform virtual lab experiments to solve crimes.
Explore genetic circuit design, from basic biology to advanced techniques. Learn about genetic parts, devices, construction methods, and design principles for engineering biological systems.
Explore synthetic biology through modeling, analysis, and design of genetic circuits. Learn biological and engineering principles for collaborations in this emerging field.
Sam Sternberg explains the breakthrough technology CRISPR that allows scientists to rewrite genetic code and, in doing so, erase the mutations that cause disease and enhance plants and animals with new traits.
Comprehensive biology study aid with engaging video lessons aligned to textbook chapters, enhancing understanding and improving academic performance.
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