"Biotechnology Reagents and Supplies"

These high-quality DNA Markers were created by digesting specified DNA to completion with one or more restriction enzymes, complete with heat inactivation. The recommended loading for each is 1 {mu lower case}l per lane. Note: Perishable. Store frozen. Shipped next-day air on ice.

Supplied with 1 mL 6X blue/orange loading dye. 50ug (1μg/μL).

These high-quality DNA Markers were created by digesting specified DNA to completion with one or more restriction enzymes, complete with heat inactivation. The recommended loading for each is 1 {mu lower case}l per lane. Note: Perishable. Store frozen. Shipped next-day air on ice.

Supplied with 1 ml 6X blue/orange loading dye. 100μg (0.5μg/μL).

Solution used for tracking DNA during agarose electrophoresis; prepared with ultra-pure water and reagent-grade chemicals. 10X concentration.

For the Study of Genetic Crossover

For Fermentation Studies

For Differential Isolation of Enteric Bacilli Based on Lactose Fermentation

For Demonstration of Typtophan Dependance or Independence in Yeast

This soybean-casein digest medium can support a wide variety of microorganisms.

For growing bacteria and fungi

This is a good all-purpose medium that supports the growth of a variety of microorganisms.

Samples from our well-established aquculture systems will help get your systems up and running.

One unit of this Restriction Enzyme will digest 1μg of DNA in 60 minutes in 50mL r x n volume. Each comes in a recyclable packaging that holds the enzyme, buffers, and a lot-specific product information sheet that contains details of the rigorous quality control assays performed, product storage and usage information, protocols and references. Note: All restriction enzymes require storage at -20°C. Shipped next day air.

Blue White cloning qualified. Heat inactivated. Incubation temperature: 37°C. Concentration: 10μ/μl. Size: 3,000μ.

CAS Number: 7732-18-5
Formula: H2O
Density: 1 g/mL
Boiling and Freezing Point: 100°C and 0°C

The CoolCube™ stores samples safely on the lab bench preventing degradation from temperature fluctuation.

Simply add your primers and template DNA to a single PCR EdvoBead™ and mix!

This media can be used to determine if a microorganism is capable of hydrolyzing starch as a source of energy for growth.