Genetics
Learn about heredity, genes, and the mechanisms of genetic variation. Understand Mendelian inheritance, molecular genetics, and the principles of gene expression.
57 courses
Understand the core principles of DNA, heredity, and natural selection to make sense of modern genomic science and the history of life.
Learn the foundational concepts of bacterial whole genome sequencing and understand how to use essential bioinformatics tools to analyze genomic data.
Explore the science of DNA to understand how genetics shape your life, from family ancestry and forensic testing to modern breakthroughs in gene editing.
Discover how cells control gene expression without altering the DNA sequence and explore how these epigenetic mechanisms influence development, health, and disease.
Learn how to apply genetic engineering and metabolic design to harness microalgae for sustainable bio-products, biofuels, and environmental solutions.
Learn how genetic variations and environmental factors interact to shape human behavior, using classic twin studies and modern DNA analysis techniques.
Grasp the essential concepts of evolution, from historical theories to modern genetic evidence, and understand the processes that shape life on Earth.
Explore the foundations of evolutionary biology, from Charles Darwin's historical discoveries to modern genetic principles shaping scientific thought today.
Understand the building blocks of life and how genomic science is transforming medicine, agriculture, and our understanding of human biology.
Build a strong foundation in evolutionary biology and learn how to communicate the mechanisms of life's diversity effectively.
Explore the groundbreaking experiments and original papers that defined our modern understanding of DNA, genes, and the mechanisms of heredity.
Understand the ethical implications of modern genetic technologies and learn how to guide informed discussions on these complex topics in the classroom.
Master the foundational principles of molecular biology and human genetics required for medical education and modern clinical applications.
Apply engineering principles to design and model predictable biological systems using standard genetic parts.
Master the principles of inheritance and learn to apply scientific logic to understand the biological mechanisms that shape life.
Learn the science, technology, and policy behind malaria eradication efforts for a global health perspective.
Learn the core principles of heredity, genetic variation, and natural selection to understand life's fundamental processes.
Learn how to analyze genetic patterns and understand scientific experiments, from classical Mendelian inheritance to modern gene-editing concepts.
Learn the essential principles of genetic privacy, its societal implications, and how to navigate the ethical and legal challenges of personal genetic data.
Master the foundational principles of DNA, from its intricate structure to how genetic information is accurately stored, replicated, and expressed in all living organisms.
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