GEM is committed to increasing awareness and understanding of the genome and microbiome at a young age. We have worked with local educators to develop lessons, aligned to current learning standards. These lessons are available for download and use. Please contact Sandra Small, PhD regarding questions about the lessons.
This is a program sponsored by Bio-Rad, which pairs local scientists with teachers to bring science into the classroom. Bio-Rad provides all necessary supplies for a DNA extraction activity.
This is an interactive activity to demonstrate how antibiotics target bacterial infections and are ineffective against viral infections. You may also use the demonstration to show how antibiotics harm the microbiome.
This 3-class period unit is aligned to the 2 grade learning standards. Students are introduced to the microbiome and the good microbes that live in, on and around us. Students take samples of themselves and locations around the classroom and observe the microbes which grow from different environments. The unit concludes with an art project. Students observe photos of microbes and use art supplies to create their representation of a microbe.
This unit is aligned to the Next Generation Science Standards for 3 grade, but is appropriate for grades 3-5. Students are introduced to the genetic code and that it is passed from parent to offspring. Students use simple manipulatives to “read” a code and use it to create fictitious organisms.
This unit introduces the microbiome at the high school level. Students research beneficial microbes that live in and on us. They complete a lab activity in which samples are taken from students’ bodies and classrooms. After incubation, the students research to identify some of the microbes that grew.
Students use non-pathogenic yeast to draw on blank media in a petri dish. The petri dishes are incubated to allow the yeast to grow and reveal the students’ drawings. Link to Microbe Art, on Box.
This lesson introduces students to DNA structure and function.
This is a hands-on lesson, using manipulatives to model gel electrophoresis. Students are able to see and feel the effect that length of a chain or density of a gel has on DNA’s movement through an agarose gel. Link to Gel Electrophoresis Simulation_Lesson Plan, on Box.