Microbial Identification System

Microbial Identification Systems

Biolog’s Systems can identify a wide range of environmental and pathogenic organisms across diverse fields of microbiology. Nearly 3,000 species of bacteria, yeast and filamentous fungi can be identified by using Biolog’s identification microplates (GEN III, AN, YT, or FF) and database. Some bacteria can be identified in as little as 1 hour. Just prepare a cell suspension and inoculate the appropriate microplates.

Biolog’s patented redox chemistry makes use of different carbon compounds including sugars, carboxylic acids, amino acids, and peptides to provide an unparalleled wealth of discriminating biochemical characterizations. This diverse set of tests enables our systems to identify microorganisms that other methods misidentify or fail to identify.

Advantages

• Phenotypic identification as per USP 1113 and USP 1116
• Identify wide range of environmental microorganisms with more than 2900 species in the database:
Aerobic Bacteria, Anaerobic bacteria, Yeast, Filamentous Fungi.
• No need of Pre-test (Grams Staining) or Post-test (Catalase/Oxidase)
• One plate for all Aerobic Bacteria

Features
Applications

ODIN

Odin™ instruments are the all-in-one solution for cellular metabolic characterization, growth kinetics, and identification. Efficiently phenotype your microbes by screening hundreds or even thousands of different substrates and growth conditions in a controlled environment. Load up to 50 plates on Odin L, or up to 8 plates on Odin VIII and walk away – Odin will dutifully measure plates at the right temperature and right time.

ID Station

The ID Station™ system, together with our identification microplates, can identify a wide range of environmental and pathogenic organisms across diverse fields of microbiology. After inoculation and incubation, the microplate is placed into the ID Station for analysis. The unique metabolic pattern generated by the organism is recorded and compared to thousands of identification profiles in the Biolog database. The instrument takes optical density readings at two wavelengths to quantify color reactions consistently and accurately in the microplate wells.

ODIN

Environmental Monitoring and Microbial Identification
Phenotypic Microarray for Drug discovery, Bioprocessing, Vaccine Production, Probiotics and Advanced Research
Environmental Analysis with Eco Plates
Gut-microbiome Analysis with Microbiome Plates

ID Station

Environmental Monitoring and Microbial Identification
Environmental Analysis with Eco Plates
Gut-microbiome Analysis with Microbiome Plates