"tbe+buffer"

Functional and accurate, this meter is capable of testing 12 different water quality parameters using pH, EC, and optical DO sensors. Transfer data to a smart device for review or sharing with the integrated Bluetooth connection and Hanna Lab App.

This chemical test kit that uses the ascorbic acid method to measure phosphate. It is supplied complete with all of the reagents and equipment necessary to perform approximately 50 tests.

This skills-building lab introduces fluorescence and its applications in biotechnology.

Complete Three Modules Using Lamba DNA Template

This exercise examines various types of pollutants, their sources, and their effects on the ocean, its inhabitants and the surrounding coastline.

Examine Simulated PCR Products to Find BSE

Compare DNA Banding Patterns

Use the known heritability of the hemophilia SNP to possibly correct a royal family lineage.

Isolate the plasmid DNA from a bacterium that encodes for a novel type of insulin!

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.

Cause a color changing reaction to happen using an enzyme you extracted from cells that you engineer.

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

This immunochemical fecal occult blood test features high specificity and sensitivity, and is clinically proven to detect bleeding associated with more cancers and polyps than traditional guaiac-based tests.

Ideal for excitation of nucleic acids with UV or visible blue light transilluminators.

This pH tester is ideal for wastewater, water quality and environmental applications. Compact, water resistant (IP67) instrument fits into the palm of your hand.

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.