Environmental Listeria species Test
Hygiena™ InSite™ Listeria is an easy-to-use, self-contained, environmental Listeria species test. Each device contains a chromogenic liquid media formulated with antibiotics, growth enhancers, and color-changing compounds specific to Listeria species. Plus, all InSite™ test devices contain neutralizers in the wetting solution to help combat potential sanitizer side effects and improve sample collection. Simply swab the test area and wait. A change in color after 24-48 hours of incubation is considered a presumptive positive. No expensive lab equipment is required and no additional sample handling of the sample is necessary.
Key Benefits
Results in
24-48 Hours
Reduce
Material & Labor
Self-Contailed
Reagent
Easy to Interpret
Color Change
Patented Snap-Valve Technology
Proven Performance
Read dozens of articles and case studies.
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How to Use
Easy to Interpret Color Results
It doesn’t take a microbiologist to understand these results. When Listeria species is present in a sample, the liquid media changes color from amber to black.
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SDS
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| Title | Categories | Tags | Language | SDS Region | Link | doc_categories_hfilter | doc_tags_hfilter | dlp-language_hfilter | sds-region_hfilter |
|---|---|---|---|---|---|---|---|---|---|
| MicroSnap Coliform and E. coli Instructions | Instructions | Coliform, E. coli, Indicator Organisms, MicroSnap, Microsnap Coliform E. coli | English | instructions | coliform e-coli indicator-organisms microsnap microsnap-coliform-e-coli | english | |||
| MicroSnap Coliform & E. coli Enrichment & Detection Device | Instructions | Coliform, E. coli, Indicator Organisms, MicroSnap, Microsnap Coliform E. coli | English | instructions | coliform e-coli indicator-organisms microsnap microsnap-coliform-e-coli | english | |||
| MicroSnap EB Enrichment & Detection Device | Instructions | EB, Indicator Organisms, MicroSnap, Microsnap EB, Microsnap Enterobacteriaceae | English | instructions | eb indicator-organisms microsnap microsnap-eb microsnap-enterobacteriaceae | english | |||
| MicroSnap Total Enrichment & Detection Device | Instructions | Indicator Organisms, MicroSnap, Microsnap Total | English | instructions | indicator-organisms microsnap microsnap-total | english | |||
| InSite L. mono Glow Instructions | Instructions | Indicator Organisms, InSite, Insite L. mono Glow, L. mono, Pathogen, Pathogen Detection | English | instructions | indicator-organisms insite insite-l-mono-glow l-mono pathogen pathogen-detection | english | |||
| InSite Listeria Instructions | Instructions | Indicator Organisms, InSite, Insite Listeria, Listeria, Pathogen, Pathogen Detection | English | instructions | indicator-organisms insite insite-listeria listeria pathogen pathogen-detection | english | |||
| InSite Salmonella Instructions | Instructions | Indicator Organisms, InSite, Insite Salmonella, Pathogen Detection, Salmonella | English | instructions | indicator-organisms insite insite-salmonella pathogen-detection salmonella | english | |||
| Establishing Environmental Monitoring in Facility | White Paper | Allergen Testing, ATP Monitoring, Indicator Organisms | English | white-paper | allergen-testing atp-monitoring indicator-organisms | english | |||
| GFSI Drives Environmental Monitoring Standards | White Paper | Allergen Testing, ATP Monitoring, Indicator Organisms | English | white-paper | allergen-testing atp-monitoring indicator-organisms | english | |||
| Improve Lab Efficiency with Rapid Methods | White Paper | ATP Monitoring, Indicator Organisms | English | white-paper | atp-monitoring indicator-organisms | english | |||
| MicroSnap Determines Bacterial Risk | White Paper | Indicator Organisms, MicroSnap | English | white-paper | indicator-organisms microsnap | english | |||
| Comparison of Environmental Sampling Method Efficacy for Detection of Listeria on Food Contact Surfaces | Scientific Poster | Indicator Organisms, MicroSnap | English | scientific-poster | indicator-organisms microsnap | english | |||
| Real-time Monitoring of TVC Using Non-invasive Bioluminescence Growth Media | Scientific Poster | Indicator Organisms, MicroSnap, Total Viable Count | English | scientific-poster | indicator-organisms microsnap total-viable-count | english | |||
| Rapid Bioluminescence Detection of Bacteria in Cannabis-infused Foods | Scientific Poster | Indicator Organisms, MicroSnap | English | scientific-poster | indicator-organisms microsnap | english | |||
| AOAC Certificate MicroSnap Coliform and E. coli | Certification | AOAC, Coliform, E. coli, Indicator Organisms, MicroSnap | English | certification | aoac coliform e-coli indicator-organisms microsnap | english | |||
| AOAC Certificate MicroSnap Total (TVC) | Certification | AOAC, Indicator Organisms, MicroSnap, Total, TVC | English | certification | aoac indicator-organisms microsnap total tvc | english | |||
| MicroSnap EB Product Sheet | Product Sheet | Indicator Organisms, MicroSnap | English | product-sheet | indicator-organisms microsnap | english | |||
| MicroSnap Enrichment Broth 2mL Product Sheet | Product Sheet | Indicator Organisms, MicroSnap | English | product-sheet | indicator-organisms microsnap | english | |||
| MicroSnap Brochure | Brochure | Indicator Organisms, MicroSnap | English | brochure | indicator-organisms microsnap | english |
| Catalog No. | D-Code | Description | Quantity | Contact Sales |
| ILC50 | ILC50 | InSite™ Listeria Test (box of 50) | 50 Tests | Learn More |
| ILC100 | ILC100 | InSite™ Listeria Test (box of 100) | 100 Tests | Learn More |
- Snap-Valve technology – simply snap & squeeze
- Large 2.5 inch foam swab for the maximum sample pickup
- Write-on swab label for easy sample identification
- Presumptive positive results are available for the most common Listeria spp in as little as 30 hours at levels as low as 1-10 CFU/mL
- Presumptive positive samples should be confirmed by streaking samples onto commonly used selective Listeria agar plates such as Modified Oxford agar, Palcam agar, or any other recognized confirmatory procedure. Typical Listeria colonies on selective agar plates could then be further analyzed by more definitive tests such as microscopy, biochemical tests, etc.
- Compared to UVM and BLEB, provides superior/equivalent recovery and faster detection of as low as 10-50 heat injured Listeria monocytogenes/mL within ~24-30 hours of incubation.
- Provides a higher level of selectivity and sensitivity for heat injured L. monocytogenes under binary competition conditions compared to BLEB and UVM media