Media

Crosstex offers a full line of Spore Strips for use in monitoring sterilization processes. Spore Strips consist of inoculated filter paper, 6 mm x 30 mm, packaged in glassine peel pouches or envelopes.

Crosstex offers a full line of Spore Strips for use in monitoring sterilization processes. Spore Strips consist of inoculated filter paper, 6 mm x 30 mm, packaged in glassine peel pouches or envelopes.

Crosstex offers a full line of Spore Strips for use in monitoring sterilization processes. Spore Strips consist of inoculated filter paper, 6 mm x 30 mm, packaged in glassine peel pouches or envelopes.

Crosstex offers a full line of Spore Strips for use in monitoring sterilization processes. Spore Strips consist of inoculated filter paper, 6 mm x 30 mm, packaged in glassine peel pouches or envelopes.

Bird Seed Agar (Staib's Medium) is used for selective isolation and differentiation of Cryptococcus neoformans from other Cryptococcus and other yeasts.Guizotia abyssinica seeds, creatinine and dextrose provide nutrients for the growth of C.

A highly selective medium used for isolating Salmonella spp., particularly Salmonella typhi, from food and clinical specimens. Conforms with specifications of The United States Pharmacopeia (USP).

CRITERION&trade Bismuth Sulfite Agar for the selective isolation of Salmonella spp. from clinical and environmental specimens.

Tri-Plate used for the differentiation and isolation of Enterobacteriaceae. This multi-plate contains: Bismuth Sulfite &ndash used for isolating Salmonella spp.

Recommended for selective isolation and identification of Salmonellae in accordance with IP, Salmonella Enteritidis and Salmonella Typhimurium typically grow as black colonies (rabbit eye colonies) with a surrounding metallic sheen, Salmonella

Recommended for selective isolation and identification of Salmonellae in accordance with USP, Salmonella Enteritidis and Salmonella Typhimurium typically grow as black colonies (rabbit eye colonies) with a surrounding metallic sheen, Salmonella

The Salmonellae constitute the most taxonomically complex group of bacteria among Enterobacteriaceae (1). Human Salmonella infections are most commonly caused by ingestion of food, water or milk contaminated by human or animal excreta.

The Salmonellae constitute the most taxonomically complex group of bacteria among Enterobacteriaceae (1). Human Salmonella infections are most commonly caused by ingestion of food, water or milk contaminated by human or animal excreta.