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Students will analyze visual displays of data about clusters of coronavirus cases and work in groups to develop their own visual model of virus spread. Then, students will discuss how the way data are displayed affect data interpretation, and how the displays might inform public health decisions.

In this guide, students will learn about bacterial communities on the human tongue and use existing knowledge of interspecific interactions to create metaphors about relationships in the students’ own communities. In an activity, students will practice note-taking and summarizing skills.

This activity asks students to practice two literacy skills: note-taking and summarizing. Note-taking helps students identify and remember important information, enhancing comprehension as they read. Creating a visual summary encourages students to consolidate and communicate key information.

Students will use their knowledge of interspecific interactions to explore bacterial communities on human tongue cells. Then, students will apply those concepts to create metaphors for relationships in their own community.

This guide will help students understand how viruses in other animals can infect people, sometimes leading to epidemics or pandemics. In a group activity, students will imagine they are health officials developing action plans to prevent or stop an epidemic.

Students will imagine that they are officers at the World Health Organization and will work in groups to develop action plans to prevent the spread of a new virus, such as coronavirus.

Students will answer questions about the Science News article “Why bat viruses are so dangerous,” which explores how the animals’ immune defenses might lead to killer human pathogens.

Students will explore the definitions of outbreak, epidemic and pandemic and research how an outbreak becomes an epidemic or pandemic.

This guide asks students to explore research into concussions and draw on their own experiences to think about the various signs and symptoms of injury or disease. After testing various materials, students will develop designs for protective headgear.

Doctors often have to diagnose an injury or disease based on incomplete information. In this discussion, students will explore how symptoms and other biological information — including protein biomarkers in particular — can help doctors identify a problem and recommend a treatment.

Students will answer questions about the Science News article “Concussion leaves clues in the blood,” which examines the search for a better way to diagnose concussions.

Scientists would like to breed cats that don’t trigger allergies in people. By constructing and analyzing a Punnett square for two low-allergen cats, students will review key concepts including patterns and probabilities of inheritance, genotype, phenotype, genes, alleles, chromosomes and mutations.