Thermo Scientific™

Azide Dextrose Broth (Dehydrated)

Catalog number: CM0868B
Thermo Scientific™

Azide Dextrose Broth (Dehydrated)

Catalog number: CM0868B

Detect enterococci in water and sewage samples with Thermo Scientific™ Oxoid™ Azide Dextrose Broth (Dehydrated). A blend of peptone and glucose in the medium renders Azide Dextrose Broth highly nutritious, and sodium chloride maintains the osmotic equilibrium. Sodium azide acts as an inhibitor of Gram-negative organisms1,2,3 and the concentration of sodium azide used in the medium provides optimum protection for the enterococci while largely suppressing the Gram-negative flora. The phosphate buffer system controls pH.

 
Catalog Number
CM0868B
Unit Size
Each
Quantity
500 g
Price (USD)
Full specifications
DescriptionAzide Dextrose Broth
FormPowder
Product TypeDehydrated Culture Media
Quantity500 g
YieldFor 14.0L medium
Unit SizeEach
Showing 1 of 1
Catalog NumberSpecificationsUnit SizeQuantityPrice (USD)
CM0868BFull specifications
Each500 gRequest A Quote
DescriptionAzide Dextrose Broth
FormPowder
Product TypeDehydrated Culture Media
Quantity500 g
YieldFor 14.0L medium
Unit SizeEach
Showing 1 of 1

Enterococci are part of the normal intestinal flora of human and animals. They have been long recognized as important human pathogens and are becoming increasingly so. The presence of enterococci serves as an indicator of fecal contamination. Enterococci are better indicators than Escherichia coli of sewage pollution in chlorinated waters because they have a greater resistance to chlorine.

Azide Dextrose broth is recommended for the detection of enterococci in water and sewage4.

  • Selective: sodium azinde in the medium acts as an inhibitor of Gram-negative organisms while providing optimum protection to enterococci.
  • Recommended for the quantitative determination of enterococci in water, sewage, foods and other materials suspected of contamination with sewage1.

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Remel™ and Oxoid™ products are now part of the Thermo Scientific brand.

For Laboratory Use Only

1. Mallmann W. L. and Seligmann E. B. (1950) Am. J. Public Health 40. 286.
2. Edwards S. J. (1933) J. Comp. Path. Therap. 46. 211.
3. Hartman G. (1937) Milchw. Forsch. 18. 166.
4. Greenberg A. E. et al (ed). (1998) Standard Methods for the Examination of Water and Wastewater, 20th ed. APHA, Washington, D.C.

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