Amyl Acriflavine Supplement, SP 300, is formulated according to the specifications used by Padhye and Doyle1 for the selective enrichment and immunological enhancement of strains of E.coli O157 in dairy products prior to detection by ELISA immunoassay.
A selective medium for the isolation of Aeromonas hydrophila from clinical and environmental specimens.
A medium for the presumptive identification of enterococci and Group D streptococci in addition to differentiation of some of the Enterobacteriaceae.
A clear, colourless product containing low levels of minerals and suitable for use in a wide range of bacteriological culture media.
A media of high gel strength suitable for use in microbiological media.
A selective supplement for incorporation into AEROMONAS MEDIUM (RYAN), AM 785, for the isolation of Aeromonas hydrophila. from clinical and environmental sources.
Amyl APT Agar, AM 782, is based on the formulation developed by Evans and Niven and, later, Diebel, Evans and Niven, for the cultivation and quantitation of heterofermentative lactic acid bacteria, including Lactobacillus sp., Leuconostoc sp., Streptococcus lactis and other thiamine requiring micro-organisms.
Amyl APT Broth, AM 8, is based on the formulation developed by Evans and Niven1 and, later Diebel, Evans and Niven2 for the preparation of the inoculum of Lactobacillus viridiscens used in the microbiological assay of Thiamine in biological materials.
A medium used to detect the presence of members of the Pseudomonadaceae in water samples.
A selective identification medium used for the detection of Aspergillus flavus and Aspergillus parasiticus.
A medium for the enrichment and selective isolation of Listeria monocytogenes from dairy products. Conforms to Australian Standards
A medium for the detection and enumeration of enterococci and faecal streptococci in water. Conforms to Australian Standard Methods. Azide Medium is available in 100gm, 500gm containers and bulk packs.
A selective medium used for the isolation and enumeration of Bacillus cereus. Conforms to Australian Standard Methods.
Amyl Bacteriological Dextrose is suitable for use in bacteriological culture media as a source of energy and for the differentiation of bacterial genera and species according to their ability to ferment or not ferment glucose.
Amyl Bacteriological Gelatin is presented as a granular, high grade gelatin, which is specially selected for use in microbiological procedures as a solidifying agent and as an indicator of the presence of gelatinase by certain bacteria.
Amyl Bacteriological Glycerol, RM 283, is a colourless, viscous liquid used in the preparation of a wide variety of culture media and other reagents.
Amyl Bacteriological Lactose, RM 297, is suitable for use in bacteriological culture media as a source of carbon and for the differentiation of bacterial genera and species according to their ability to hydrolyse lactose into it’s component molecules, glucose and galactose.
Centrolex G is a food grade, essentially oil-free, light tan or yellow, lecithin powder (Centrolex F) to which silicon dioxide has been added to promote flowability.
Bacteriological Lecithin (Liquid), RM 300 is a light tan coloured phospholipid (Phosphatidyl choline), derived from soya bean.
Amyl Bacteriological Maltose, RM 309, is suitable for use in bacteriological culture media as a source of energy and for the differentiation of bacterial genera and species according to their ability to ferment or not ferment maltose.
myl Bacteriological Mannitol, RM 309, is suitable for use in bacteriological culture media as a source of energy and for the differentiation of bacterial genera and species according to their ability to ferment or not ferment Mannitol.
Amyl Bacteriological Peptone has been developed for use in a wide range of applications for microbiological culture media, including food and dairy food testing, water and environmental testing and in media for the detection of pathogenic bacteria in disease processes.
This BACTERIALOGICAL PEPTONE has been brought to a pH of 6.8-7.2 (Neutralised) for application where local adjustment of pH is impractical.
Amyl Bacteriological Starch, RM 326
Amyl Bacteriological Sucrose, RM 320, is suitable for use in bacteriological culture media as a source of energy and for the differentiation of bacterial genera and species according to their ability to ferment or not ferment sucrose.
To refine your search please pick one of the subcategories from the list below.
