Genetics Learning Activities

Supplier: Avantor

What is genetic engineering?

Supplier: Avantor

Using penicillin-impregnated discs on two plates, students grow one lawn each of two common, naturally occurring pathogen bacteria.

Supplier: Avantor

Students use color-coded pop beads to visualize the structure of amino acid chains with this kit.

Supplier: Avantor

Students investigate the inheritance of the ability to taste sodium benzoate by constructing a pedigree of the ability of members of their family to taste them. Includes: 1 vial sodium benzoate, 1 vial control papers (100 papers per vial), and a family pedigree chart. *Test Paper Factoid: Taste papers can be used to demonstrate inheritance. The ability to taste PTC is a hereditary trait. 7 out of 10 people will taste it. Sodium Benzoate tastes sweet, salty, bitter or will be tasteless to different people. Thiourea tastes bitter to most but is tasteless to some!

Supplier: Avantor

These bundles are everything you need to perform agarose gel electrophoresis.

Supplier: AMINO LABS NORTH INCORPORATED SE

Visualize the DNA you eat every day.

Supplier: Edvotek

Examine the differences between cell types in the brain based on their profiles of proteins.

Supplier: AMINO LABS NORTH INCORPORATED SE

The DNA Playground™ is a heating and cooling all-in-one unit with touch controls and sensors.

Supplier: Ward's Science

Use biological detergents, enzymes, and ethanol to isolate DNA from plant material.

Supplier: SCIENCE TAKE-OUT, LLC

Explore the genetics and molecular biology of sickle cell disease.

Supplier: Edvotek

Hands-on simulation of CRISPR-Cas9 to target and treat Cystic Fibrosis.

Supplier: Edvotek

In this colorful experiment, students will explore the biological process of bacterial transformation using vibrant chromogenic proteins.

Supplier: Lab-Aids

Simulate multiple generations of Mendellian inheretance.

Supplier: EDVOTEK

Explore how genetic engineering can be used to modify crops to introduce favorable traits.

Supplier: Edvotek

For centuries, humans have used selective breeding and conventional hybridization to produce desirable qualities and to increase crop yields. Today, scientists use genetic engineering to directly manipulate the DNA, quickly producing these desirable traits. In this experiment, students will use agarose gel electrophoresis to explore the molecular methods used by scientists to identify genetically modified organisms. No thermal cycler is required. Students are also encouraged to explore the controversy surrounding the use of genetically modified organisms.

Supplier: Edvotek

Let your students isolate, amplify and visualize their own Mitochondrial DNA.