Media

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.

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.

A modification of original Wilson and Blair Medium, recommended by APHA, Hiveg medium is used for the isolation and preliminary identification of Salmonella Typhi and other Salmonellae from pathological materials, sewage, water, food and other

A modification of original Wilson and Blair Medium, recommended by APHA, Hiveg medium is used for the isolation and preliminary identification of Salmonella Typhi and other Salmonellae from pathological materials, sewage, water, food and other

A modification of original Wilson and Blair Medium, recommended by APHA, Hiveg medium is used for the isolation and preliminary identification of Salmonella Typhi and other Salmonellae from pathological materials, sewage, water, food and other

Bismuth Sulphite HiVeg™ Agar, Modified is recommended for isolation and preliminary identification of Salmonella typhi and other Salmonellae from pathological materials, sewage, water supplies, food etc. This medium is prepared by replacing animal

Bismuth Sulphite HiVeg™ Agar, Modified is recommended for isolation and preliminary identification of Salmonella typhi and other Salmonellae from pathological materials, sewage, water supplies, food etc. This medium is prepared by replacing animal

Bismuth Sulphite HiVeg™ Agar, Modified is recommended for isolation and preliminary identification of Salmonella typhi and other Salmonellae from pathological materials, sewage, water supplies, food etc. This medium is prepared by replacing animal

A blank paper disk that can be used for inhibition studies. Used to prepare your own disks for Kirby Bauer (antimicrobial disk diffusion (AST)) testing on Mueller Hinton Agar.

Blasticidin S HCl is produced by Streptomyces griseochromogenes and inhibits translation in both prokaryotes and eukaryotes, thus preventing the formation of peptide bonds. Appearance: White powder Melting Point: 218.