Dehydrated Media for Microbiology
Dehydrated microbiology culture media cultivate and isolate microorganisms for researching purposes. Fast-dissolving powders come premixed for quick preparation using neutral liquids. By standardizing the media employed, the low-dust granule mixtures guarantee that the correct enrichment will be present for optimal cell viability and growth. The mixtures have extensive dry storage capabilities. The vast ingredient selection ensures that the most compatible dehydrated microbiology culture media will be available.
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Wards® Tryptic Soy Agar Powdered Media
High quality microbiological media at an economical price.
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Wards® Tryptic Soy Broth Powdered Media
High quality microbiological media at an economical price.
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Wards® Sabouraud-Dextrose Broth Powdered Media
High quality microbiological media at an economical price.
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Wards® Sabouraud-Dextrose Agar Powdered Media
High quality microbiological media at an economical price.
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Wards® Eosin-Methylene Blue Agar Powdered Media
High quality microbiological media at an economical price.
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Silicon Culture Gum
(For creating “microaquana” for observation of protists)
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Sim Medium
To assist in the differentiation of enteric organisms the medium provides three tests - indole production, production of hydrogen sulfide by organisms that can reduce sulfur, and motility.
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Phenol Red Lactose Broth
A basal medium containing a single carbohydrate used to determine whether bacteria can ferment the specific carbohydrate. The medium contains a pH indicator that changes from red to yellow if the bacteria can ferment the carbohydrate.
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Phenol Red Dextrose Broth
To prepare media, add 20 g of phenol red dextrose broth to a liter of distilled or de-ionized water. The media will not be sterile until autoclaved prior to use.
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Phenol Red Sucrose Broth
A basal medium containing a single carbohydrate used to determine whether bacteria can ferment the specific carbohydrate. The medium contains a pH indicator that changes from red to yellow if the bacteria can ferment the carbohydrate.