"science kits&amp"

High accuracy water level measurements, this kit includes everything to start logging. Monitoring water levels, temperatures in wells, streams, lakes and freshwater wetlands, along with barometric pressure.

See the spectrum of various light sources with this economical device

Step by step, your students can build a DNA molecule model, and simulate the 'unzipping' of hydrogen bonds in the replication of DNA.

Ward’s® PURE Preserved Specimens - the best dissection experience from start to finish.

Build a solar oven to explore thermal energy and sustainable cooking methods.

Subunit molecular weights are determined by analysis using denaturing SDS vertical polyacrylamide electrophoresis (PAGE) and the included prestained, ready to load lyophilized proteins. Prestained proteins with unknown molecular weights are assigned molecular weights based on the relative mobility of prestained standard protein markers.

The basics needed for any patient.

A simple and elegant betta tank.

Identify numbers by their position.

How much pizza is an eighth?

Codeable, 3D-printed robotic hand for interactive STEM learning.

This kit on its own allows a student to experiment with series and parallel circuits, switches and solar power and potentially build their own board game that utilizes the led’s and buzzers.

Combining high accuracy water level measurements, this kit includes everything needed to start logging. It is ideal for monitoring water levels and temperatures in wells, streams, lakes and freshwater wetlands.

This large culture collection includes the specimens presented most often in university textbooks

Study the Microbes Used in the Bioremediation of Oil Spills.

Build your own Quantum Levitation maglev track!