DNA Sequencing Technologies and Principles for Life Sciences

Understanding how to decode genetic information is fundamental to modern biology and a core requirement for advanced life science examinations. This text-based course guides you through the evolution of sequencing chemistry, from classical methods to cutting-edge high-throughput technologies, ensuring you grasp the underlying science and comparative advantages of each platform. What you'll learn: - Understand the chemical principles behind Sanger sequencing and chain termination. - Compare next-generation sequencing workflows, including sequencing-by-synthesis and bridge amplification. - Explore third-generation technologies such as single-molecule real-time and nanopore sequencing. - Analyze the unique advantages, limitations, and applications of different sequencing platforms. - Interpret foundational sequencing data formats and basic quality control metrics. - Solve conceptual practice problems designed to mirror competitive life science exam questions. This course begins with foundational molecular biology concepts and classical sequencing history, before progressing systematically through modern high-throughput platforms and data analysis basics. It is designed for students, researchers, and exam candidates in the life sciences who need a clear, conceptual understanding of genomic technologies with no prior sequencing experience required. Start reading today to master the core chemistry and applications of DNA sequencing.