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These discussion prompts cover topics related to materials science, magnetism, and biological adaptation and self-assembly.

This guide focuses on the connections between genes and the immune response. Students will explore flu vaccines, how they are made and how the body responds to them.

Students will explore public data and information to learn more about how a flu vaccine is made and how the body responds to it.

These discussion prompts focus on gene activity and analysis, the immune system and how vaccines work.

Students will answer questions about new research showing that the activity of a small number of genes can predict a young person's immune response to the flu vaccine.

These discussion prompts focus on the nature of bacteria and types of antibiotics, as well as methods for dealing with antibiotic resistance.

These discussion prompts cover the basics of chemical catalysts, enzymes as biological catalysts, the energies and physical properties of catalysts, plus related applications.

This guide introduces students to the wide world of bacteria, bacterial infections, antibiotics and antibiotic resistance.

This guide explores a wide variety of catalysts and their roles in chemical reactions, and covers recent research seeking alternative catalysts.