Mica, Water Ground, 325 Mesh (M1289) is a wet-ground mica, a type of highly brittle silicate minerals with diverse chemical composition, that retains the brilliancy of its cleavage faces. It is used in cosmetic and personal care products as a
Mica, Water Ground, 325 Mesh (M1289) is a wet-ground mica, a type of highly brittle silicate minerals with diverse chemical composition, that retains the brilliancy of its cleavage faces. It is used in cosmetic and personal care products as a
Used for obtaining microbial plate counts from milk and dairy products, foods, water and other materials of sanitary importance Made according to the American Public Health Association (APHA) formulation pH: 7.0 Working Concentration: 23.
Used for obtaining microbial plate counts from milk and dairy products, foods, water and other materials of sanitary importance Made according to the American Public Health Association (APHA) formulation pH: 7.0 Working Concentration: 23.
Tests performed on liquid soil extract Reagents and labware mounted in foam-lined, removable shelves in a carrying case of ABS plastic Simplified field tests for available nutrients in agricultural soils permit early detection of nutrient
Tests performed on liquid soil extract Reagents and labware mounted in foam-lined, removable shelves in a carrying case of ABS plastic Simplified field tests for available nutrients in agricultural soils permit early detection of nutrient
Used for cultivation and maintenance of Lactobacilli, microbiological assay of thiamine, for cultivation of heterofermentative lactic acid bacteria requiring high thiamine content, as a maintenance medium since it preserves the viability and
Used for cultivation and maintenance of Lactobacilli, microbiological assay of thiamine, for cultivation of heterofermentative lactic acid bacteria requiring high thiamine content, as a maintenance medium since it preserves the viability and
Standard Methods M-Protein Agar (Formerly Standard Methods Caseinate Agar) is recommended by APHA for detection of proteolytic microorganisms. It has M-protein (sodium caseinate) as a major protein source for the organisms.
Standard Methods M-Protein Agar (Formerly Standard Methods Caseinate Agar) is recommended by APHA for detection of proteolytic microorganisms. It has M-protein (sodium caseinate) as a major protein source for the organisms.