Biotechnology Classroom Products
Edvotek™ Introduction to ELISA Reactions Kit
Teaches students the concepts of the Enzyme Linked Immunosorbent Assay (ELISA).
Edvotek™ Whose DNA Was Left Behind? Experiment Kit
Students simulate DNA fingerprinting and use evidence to narrow down a list of criminal suspects.
Edvotek™ Rainbow Transformation Kit
Allows for the selection, propagation, expression and purification of a gene.
Edvotek™ Micropipetting Basics
Pipetting is a critical skill necessary for the accuracy that is essential in scientific experiments.
Edvotek™ Pipetting By Numbers: STEAM Pipetting Practice Kit
Helps students master the fundamental biotechnology technique of micropipetting while creating a colorful, science-themed classroom poster with their own artwork
United Scientific™ DNA Model Kit
DNA Model Kit accurately depicts a 16-base-pair section of DNA.
Edvotek™ EDGE™ Integrated Electrophoresis System
Revolutionizes biotechnology by merging an electrophoresis chamber, power supply and blue light into a single, safe and easy-to-use apparatus.
Edvotek™ Survey of Protein Diversity
Polyacrylamide-based.
Fisher Science Education™ Food Coloring in Dropper Bottles for Science Kits
Consumable used with multiple projects and in science kits.
United Scientific™ Foam Calorimeters
Foam Calorimeters cups have excellent insulating properties so you can investigate thermal energy with minimal loss to the environment.
United Scientific Supplies DNA Model
Pre-assembled DNA model built to a scale of 10cm to 1nm.
Edvotek™ Do Onions, Strawberries and Bananas Have DNA?
Students will participate in extracting DNA from fresh onion tissue.
Edvotek™ Detecting COVID-19 Using Reverse-Transcription PCR (RT-PCR)
In this simulated RT-PCR experiment, students will explore the diagnostic test used worldwide to diagnose and monitor the spread of COVID-19.
Edvotek™ AP LAB 13: Enzyme Activity
Learn about enzyme catalysis and the nature of enzyme action.
Edvotek™ Molecular Weight Determination of Proteins
Introduce a simple method to determine protein subunit molecular weights using horizontal electrophoresis. Because the protein standards and 'unknowns' are prestained, the separation of proteins can be observed during electrophoresis.