94
microplate-test
Micro Solutions / Life Science
Identification panel GEN III MicroPlate
94 biochemical tests to identify aerobic bacteria on a single 96-well plate
Product overview
- GEN III MicroPlate
- Biolog
- USA
- Microbial Identification Microplates
- GEN III MicroPlate
94 biochemical tests to identify aerobic bacteria on a single 96-well plate
Carbon Recycling and Chemical Sensitivity Panel for Odin and ID Station
Biolog GEN III MicroPlate is a standardized 96-well panel for phenotypic identification of a wide range of Gram-negative and Gram-positive bacteria. One test forms an informative metabolic fingerprint from 94 parallel reactions.
Pure culture is suspended in the recommended inoculation fluid, 100 μl in the well and incubated. Reconstitution of tetrazolia dye turns active wells into purple; the formed profile is compared by Biolog software with a species base. The panel is compatible with automated Odin systems and Semi-automatic ID Station and is suitable for research identification of environmental, manufacturing and other isolates.
The panel contains 94 phenotypic tests: 71 carbon source recovery reactions and 23 chemical sensitivity tests; nutrients and biochemical substrates are pre-dried in 96 wells; Inoculate volume is 100 μl per well; Storage is 2-8 °C in intact packaging; room temperature is allowed up to 12 during transportation. 10 panels each, catalog 1030, for research purposes only, not for in vitro diagnostics of human beings, and the specific protocol A, B, C1 or C2 is selected according to the type and physiology of culture according to IFU.
Key figures
100 μl
squirt
10
packed
RUO
research-only
Applications
- Identification of aerobic gram-negative bacteria
- Identification of Gram-positive bacteria
- Phenotypic characterization of isolates
- Environmental and industrial isolates
Models and configurations
- GEN III MicroPlate
Product details
GEN III workflow
culture suspension to reading
Map of the GEN III panel
71 recycling tests + 23 sensitivity tests
Metabolic profile
- 71 carbon source recycling reactions and 23 chemical sensitivity tests on one microplate
- Recovery of tetrazolia dye paints the active wells in purple
- Protocol A, B, C1 or C2 is selected according to the type and physiology of culture.
Compatibility and convenience
- Compatible with Odin automated systems and semi-automatic ID Station
- Inoculate is applied 100 μl per hole
- Nutrients and substrates are dried in advance and do not require separate preparation of reagents.
Storage and delivery
- Storage at 2-8°C in undamaged packaging
- During transportation, it is allowed to stay at room temperature for up to 12 days.
- Delivery of 10 panels in packaging (catalogue No. 1030)
Panel format
| Number of tests | 94 (71 carbon source recycling + 23 sensitivity tests) |
|---|---|
| Inoculum | 100 μl/well |
| Format | 96-well microplate, ready-made dry substrates |
Storage and delivery
| Storage conditions | 2-8°C in closed packaging |
|---|---|
| Time at room temperature | up to 12 days in transportation |
| Packaging | 10 panels, catalog number 1030 |
| Purpose | For research purposes only (RUO) and not for in vitro human diagnosis |
Reagents and tools for testing
Inoculating Fluid IF-A / IF-B / IF-C
Preparation of an inoculate according to protocol A, B or C
Biolog turbidimeter
Control of turbidity of the inoculate (85% T or 65% T)
8-channel repeating dispenser
Dosing of inoculate of 100 μl in the wells of the panel
Sterile tips for dispenser
Consumables for dosing
Related equipment types
- Automated Odin Identification Platforms
- Semi-automatic ID Station system
- Turbidimeters
- Anaerobic cameras
Related products
- Applied Spectral Imaging HiPath Pro — Automated Odin Identification Platforms
- Xian Tianlong GeneFlex — Semi-automatic ID Station system
- Biolog Anaerobic cameras Biolog — Anaerobic cameras
Classification
- Microbiology
- Phenotypic Identification and Characterization
- Microbiological equipment
- Identification and sensitivity determination
- Phenotypic microplate identification systems
- GEN III MicroPlate