What Is PCR and How Does It Work? – DNA Amplification Simulation Kit (For 10 Lab Groups)

The What Is PCR and How Does It Work? simulation kit provides a clear, hands‑on introduction to the principles of Polymerase Chain Reaction (PCR) and DNA amplification. Designed specifically for educational environments, this engaging experiment allows students to model how DNA is amplified and how amplified products are detected using agarose gel electrophoresis.

Rather than performing a full molecular biology procedure, this simulation focuses on helping students understand the core concepts behind PCR and the analysis of results. Students separate a simulated reaction mixture on an agarose gel, visualising how DNA fragments are identified and compared after amplification. The kit is suitable for use by up to 10 laboratory groups, making it ideal for classroom and teaching laboratories.

All essential consumables are included, such as Ready‑to‑Load™ dye samples, agarose powder, practice gel loading solution, electrophoresis buffer, and micro‑tipped transfer pipettes. Clear, step‑by‑step teacher and student instructions support confident delivery of the activity. Standard laboratory equipment such as an electrophoresis unit and power supply are required but not supplied.

Kit Contents

• Comprehensive instruction manual
• Ready‑to‑Load™ dye samples
• Agarose powder
• Practice gel loading solution
• Electrophoresis buffer
• Micro‑tipped transfer pipettes
• Sufficient materials for 10 lab groups

Additional equipment required (not included):
Electrophoresis apparatus, power supply, microwave or hot plate.

Ideal for School Science Lessons

This PCR simulation kit is ideal for GCSE, A‑Level, and introductory biology or biotechnology courses. It enables students to explore modern molecular biology techniques in a safe, accessible, and classroom‑friendly format.

• Teaching the principles of PCR and DNA amplification
• Demonstrating how DNA fragments are analysed using gel electrophoresis
• Supporting curriculum topics in genetics, biotechnology, and molecular biology
• Developing practical skills such as pipetting and sample loading
• Encouraging discussion of real‑world applications such as forensics, medicine, and research

Engaging, informative, and easy to implement, this PCR simulation experiment is an excellent resource for helping students understand one of the most important techniques in modern biological science.