Food Science and Biochemistry Classroom Kits
Diversified Woodcrafts™ Wall Storage Case
Diversified Wall Storage Case is a tall storage cabinets with a clear, chemical-resistant UV finish.
Diversified Woodcrafts™ Tall Storage Cabinet
Diversified Tall Storage Cabinet is constructed of solid oak, hardwood and oak veneers, with a clear, chemical-resistant UV finish.
Diversified Woodcrafts™ Tote Tray Case
Store science or art projects with a Diversified Tote Tray Case.
Diversified Woodcrafts™ Microscope Storage Cabinet
Hold 15 to 30 microscopes, depending on cabinet size, when you add a Diversified Microscope Storage Cabinet to your lab.
Kemtec™ Qualitative Analysis of Proteins and Amino Acids Kit
Illustrates principles of protein and amino acid analysis.
Diversified Woodcrafts™ Chemical Bookcase
Diversified Chemical Bookcase features open oak shelving, providing users a clear view of chemicals inside.
Kemtec™ Qualitative Analysis of Carbohydrates Kit
Teaches how to characterize carbohydrates, starches and sugars.
Kemtec™ Advanced Enzymology Kit
Introduces students to wide variety of enzyme kinetics and provides complete mini course in Enzymology.
Kemtec™ Enzyme Specificity and Inhibition Kit
Complex topics of enzyme substrate specificity and enzyme inhibition are investigated using enzymes invertase and amylase.
Kemtec™ Dietary Chemical Assessment Kit
Helps students to identify and correct any dietary imbalances that occur and restructure their food intake.
Kemtec™ Physical Properties of Proteins Kit
Students learn how physical parameters influence proteins.
Diversified Woodcrafts™ Micro-Charger Glass Door Cabinet
Recharges up to 16 cordless microscopes within eight hours.
Lab-Aids™ Enzymes as Catalysts for Starch Digesti
The basic concept behind this engaging kit is that all living organisms must alter nutrients in order to make them usable.
American Educational Products Enzymatic Hydrolysis Kit
Shows the effects of amylase in changing starch to dextrins.
Lab-Aids™ Molecules of Metabolism Kit: Understanding Digestion and Respiration
3-D approach to the study of glycolysis and the Krebs Cycle.