CondaChrome® TBX Agar is based on Tryptone Bile Salts Agar medium, used to detect and enumerate E. coli in foods, with the addition of a chromogenic agent, x-ß-D-Glucuronide, to detect the presence of the enzyme glucuronidase, which is highly specific for E. coli.
The released chromophore in
CondaChrome® CCA Agar is a selective medium for the detection of E. coli and other coliforms in waters and foods. The recovery and enumeration of E. coli and coliforms are important indicators of environmental and food hygiene. CCA Agar is especially recommended for water with low bacterial numbers, whether
Dark blue dots will appear showing E. coli colonies, dark pink/red colonies will appear showing Coliform colonies, and Aeromonas species, if present, are virtually undetectable as they grow as small, light yellow colonies that are very hard to see due to the R-CARD® background. The best way to
KwikCount works similar to other, membrane filter (MF) media, following the standard methodology using a membrane filtration device. However, unlike other membrane filter mediums, KwikCount results can be read in 7-10 hours of incubation at 41±0.5°C under long-wave UV light.
BIPEA organizes accredited microbiological proficiency testing schemes in the fields of food and beverage. These PT programs are designed to meet the requirements of laboratories that need to check that the accuracy of their sample testing is as good as the results of their routine analysis.
Colilert-18 is a liquid culture method that simultaneously detects both total coliforms and Escherichia coli in water, giving confirmed results in 18 hours.
Principle: The Colilert-18 test uses proprietary Defined Substrate Technology (DST) nutrient indicators ONPG and MUG to detect coliforms and E. coli. Coliforms use their β-galactosidase
SY-LAB´s RiboFlow® technology signals relevant bacterial food contamination on-site—early, quickly, and reliably reducing the need for sophisticated sampling and amplification techniques.
No gels, No expensive machines, No inconclusive and difficult to interpret results. Fast, easier, and more affordable than conventional molecular tests.
Test devices for
Advanced and automated impedance detection system for rapid microbiological testing with realtime monitoring of microbial growth in liquid culture.
Simple to use with complete and automated documentation. A versatile tool to perform microbiolgical tests on raw materials and/ or finished products.
This automated, miniaturized platform combines the well-known MPN technique for determining the number of microbes (MPN = Most Probable Number) on microtiter plates with the use of a scanning technology that can detect different colour and (optional) turbidity or fluorescence changes in liquid (selective) nutrient media used for the growth of