Free online course entitled Introduction to Genetics and Evolution form Coursera

“Introduction to Genetics and Evolution” is a college-level class offered to new students at Duke University. This course provides a fundamental overview of key principles in genetics and evolutionary biology. It is designed for individuals with an interest in understanding these foundational areas of biology, whether for personal knowledge or as preparation for more advanced studies. No prior coursework in biology is required

Skills you will gain

Skills You’ll Gain
By completing this course, you will acquire a range of skills that are essential for understanding the core concepts in genetics and evolution. These skills will be beneficial for both academic pursuits and practical applications in various biological fields.
Biology

  • Fundamental Biological Concepts: Gain a strong grasp of basic biological principles, including cell structure, function, and biochemical processes.
  • Scientific Method: Learn to apply the scientific method to biological research, including hypothesis formation, experimentation, and data analysis.
  • Biological Diversity: Understand the diversity of life forms and the biological mechanisms that drive their development and adaptation.

Genetics

  • DNA Structure and Function: Learn about the molecular structure of DNA and how it governs the function of genes and the synthesis of proteins.
  • Mendelian Genetics: Understand the principles of inheritance, including dominant and recessive traits, and how they are passed from one generation to the next.
  • Genetic Variation: Explore the sources of genetic variation, such as mutations and recombination, and their roles in evolution.

Evolution

  • Natural Selection: Grasp the concept of natural selection and how it drives the evolution of species over time.
  • Evolutionary Theory: Learn about the evidence supporting evolutionary theory, including fossil records, comparative anatomy, and genetic data.
  • Specialization and Adaptation: Understand the processes that lead to the formation of new species and how organisms adapt to their environments.

Genomics

  • Genome Sequencing: Gain insights into the technologies and methods used to sequence genomes and interpret genomic data.
  • Bioinformatics: Learn the basics of bioinformatics, including the use of computational tools to analyze and visualize genetic information.
  • Genomic Applications: Understand the practical applications of genomics in fields such as medicine, agriculture, and anthropology.

These skills will provide a solid foundation for further study in biology and related fields, equipping you with the knowledge to engage with contemporary scientific issues and advancements.

What you will learn

What You’ll Learn

  • Basic Principles of Genetics: Understanding the structure and function of DNA, genes, and genomes.
  • Genomic Sequencing: Learning how genomes are sequenced and the implications of these sequences in various fields.
  • Ancestry and Disease: Exploring how commercial DNA kits work to reveal ancestry and predisposition to diseases.
  • Fundamentals of Evolution: Grasping the basic concepts of evolutionary theory and the evidence supporting it.
  • Natural Selection: Understanding the mechanisms of natural selection and how genetic evidence supports evolutionary processes.
  • Animal Behavior: Investigating the genetic and evolutionary bases for animal behaviors.
  • Debunking Misconceptions: Clarifying common misconceptions about genetics and evolution.

Course Structure

  • Lectures: Comprehensive lectures covering key topics in genetics and evolution.
  • Interactive Discussions: Engaging discussions to deepen understanding and explore contemporary issues.
  • Practical Activities: Hands-on exercises and experiments to reinforce theoretical knowledge.
  • Assessments: Regular quizzes and assessments to track learning progress.

Why Take This Course?

  • Understand Modern Biology: Gain a foundational understanding of genetics and evolution, essential for comprehending current biological research and debates.
  • Stay Informed: Be better equipped to understand news about genome sequencing, ancestry tests, and genetic research.
  • Clarify Misconceptions: Learn the scientific facts behind controversial topics and common misunderstandings in genetics and evolution.
  • Prepare for Advanced Studies: Build a solid foundation for future coursework in biology, particularly in evolutionary genetics.

Skills You’ll Gain

  • Genetic Analysis: Ability to understand and interpret basic genetic data and genome sequences.
  • Evolutionary Concepts: Knowledge of the fundamental principles and mechanisms of evolution.
  • Critical Thinking: Enhanced ability to critically evaluate information and arguments related to genetics and evolution.
  • Scientific Literacy: Improved understanding of scientific methodologies and evidence in genetics and evolution.

Enroll in this course to embark on a journey through the exciting fields of genetics and evolution, gaining knowledge that is both scientifically enriching and practically relevant in today’s world.