Test
In this simulated RT-PCR experiment, students will explore the diagnostic test used worldwide to diagnose and monitor the spread of COVID-19.
Instructive and reusable.
Designed for demonstration of osmotic pressure at an elementary level in biology. Osmosis Kit is ideal for students to understand the concept of Osmosis.
Makes the complex biological process of meiosis come alive in your classroom.
Nuclear Extraction Kit, Contains Cytoplasmic Lysis buffer, Nuclear extraction buffer, PBS packets, DTT, 1M, Protease inhibitor cocktail, Detergent, 10%, Nuclear extraction kit is shipped and stored at -20 deg.C, 100 extractions
Set of resources with detailed instruction of each NGSS concept for middle school students.
Allows you to learn about two forms of passive transport: diffusion and osmosis.
Students identify and differentiate the various stages in mitosis and meiosis.
This experiment allows students to see the differences between normal and cancer cells in both their growth and cell types.
This Small Group Learning: Diffusion and Cell Size kit allows students to create simulated cells (agar blocks) of different sizes and examine how effectively a substance is able to diffuse into the cell in a set period of time.
Allows students to understand yeast may use different options for energy production with varying degrees of effectiveness
Kemtec™ Plant Cloning II Kit allows users to generate a plant by cloning its tissue in an exciting and challenging experience introducing students to biotechnology and sterile technique.
50-253-6350 KIT LJ 110V MAINTENANCE
NC2591547 6750R EXTRME MULTI-FNCTN CLAVA
This product has been developed to facilitate conjugating gold nanoparticles to molecules that cannot be conjugated via the classic direct adsorption method. The product is especially suited for covalent conjugation of small ligands. Aurion Gold Nanoparticles (Carboxyl Functionalized) are polyethylene glycol-carboxyl stabilized gold nanoparticle solutions based on defined particle sizes of 6, 10, 15 and 25nm.
Particle size: 10 nm