Micro Media: How to choose the best option

The students in your class will be fascinated by learning how bacteria and denatured proteins are connected to their holiday meal's safety.

Lab safety tips for blended and remote learning from WeAreTeachers.

This comprehensive resource from McGraw Hill’s AccessScience gives you facts and the latest science on coronavirus. A go-to resource as you develop real-life lessons integrated into STEM topics.

Doing amazing science activities in the lab is only cool when we follow the rules. So, keep students and others as safe as possible—whether it's inside the classroom or in a home-based science lab.

Why do mosquitoes feed on blood? Why do their bites itch? What is the anatomy of a mosquito? How do they spread disease? Buzz around this article to inspire your biology and ecology lesson plans.

An in-depth resource on paleontology with engaging facts for budding earth scientists in your class, as they explore the fields of geology, biology, ichnology, ecology, and more.

Explore Mendel's laws of heredity, inherited traits in plants, and biological traits. A great resource to help prepare genetics lesson plans for your biology class.

Viruses take over the cells of living organisms by injecting them with their genetic material. Learn how these buggers can turn healthy cells into virus-producing zombies!

There's a plethora of science experiments hiding in our refrigerators, pantries & junk drawers. If you're looking for creative science experiments for distance learners, then you're in the right place

This hands-on DNA activity uses common household supplies to teach students a technique for extracting the DNA that makes them who they are.

Understanding how vaccines work. While your body is battling germs in the vaccine, it's also making the antibodies it needs to help quickly recognize and destroy those germs before they make you sick.

The good news is that by simply washing our hands, we can help decrease the spread of coronavirus and other things that make us sick.

Virtually all living cells are dependent on diffusion and osmosis processes. This free activity will enable students to explore the relationship between diffusion and cell size.

Students learn to use laboratory notebooks to keep consistent and accurate notes that record and reflect on their inquiry-based observations, activities, investigations, and experiments.