Red One™ applications for personal care products
(Fast Moving Consumer Goods)
Red One™ Personal Care Products
(Fast Moving Consumer Goods)
The Red One™ Direct Viable Count application provides a direct analysis within 10 minutes for the total viable cell count, for samples ranging from 10µL to 250mL.
Simply drop the sample on the cap, and it’s done! Its unprecedented level of sensitivity, detecting down to 10 cells per sample, surpasses the capabilities of flow cytometry and ATP tests (with a typical limit of detection of 1,000 cells/mL).
This application has demonstrated consistency with traditional 5-day counts on R2A agar plates for water loops.
Other applications include seed lot enumeration (ex: mycobacteria), in-process or environmental testing, and more.
The Red One™ Direct Viable Count application provides a direct analysis within 10 minutes for the total viable cell count, for samples ranging from 10 µL to 250 mL.
Simply drop the sample on the cap, and it’s done! Its unprecedented level of sensitivity,detecting down to 10 cells per sample, surpasses the capabilities of flow cytometry and ATP tests (with a typical limit of detection of 1,000 cells/mL).
This application has demonstrated consistency with traditional 5-day counts on R2A plates for water loops.
Other applications include lot enumeration (ex: mycobacteria), in-process or environmental testing, and more.
The Red One™ Direct Viable Count application provides a direct analysis within 10 minutes for the total viable cell count, for samples ranging from 10µL to 250mL.
Simply drop the sample on the cap, and it’s done! Its unprecedented level of sensitivity, detecting down to 10 cells per sample, surpasses the capabilities of flow cytometry and ATP tests (with a typical limit of detection of 1,000 cells/mL).
This application has demonstrated consistency with traditional 5-day counts on R2A agar plates for water loops.
Other applications include seed lot enumeration (ex: mycobacteria), in-process or environmental testing, and more.
The Red One™ Direct Viable Count application provides a direct analysis within 10 minutes for the total viable cell count, for samples ranging from 10µL to 250mL.
Simply drop the sample on the cap, and it’s done! Its unprecedented level of sensitivity, detecting down to 10 cells per sample, surpasses the capabilities of flow cytometry and ATP tests (with a typical limit of detection of 1,000 cells/mL).
This application has demonstrated consistency with traditional 5-day counts on R2A agar plates for water loops.
Other applications include seed lot enumeration (ex: mycobacteria), in-process or environmental testing, and more.
The Red One™ Direct Viable Count application provides a direct analysis within 10 minutes for the total viable cell count, for samples ranging from 10 µL to 250 mL.
Simply drop the sample on the cap, and it’s done! Its unprecedented level of sensitivity,detecting down to 10 cells per sample, surpasses the capabilities of flow cytometry and ATP tests (with a typical limit of detection of 1,000 cells/mL).
This application has demonstrated consistency with traditional 5-day counts on R2A plates for water loops.
Other applications include lot enumeration (ex: mycobacteria), in-process or environmental testing, and more.
The Red One™ Bioburden application is designed for the quantification of total aerobic mesophilic viable flora, including fungi and spores.
After the initial sample filtration onto the cap, an activation medium is added, followed by a 4 hours activation step to restore the metabolic activity of the microorganims, making it compliant with staining and detection.
If a detection limit of 1 CFU and a post-analysis identification are required, the enrichment in the cap can be extended to 24 hours to obtain a qualitative result.
The Red One™ Bioburden application is designed for the quantification of total aerobic mesophilic viable flora, including fungi and spores.
After the initial sample filtration onto the cap, an activation medium is added, followed by a 4 hours activation step to restore the metabolic activity of the microorganims, making it compliant with staining and detection.
If a detection limit of 1 CFU and a post-analysis identification are required, the enrichment in the cap can be extended to 24 hours to obtain a qualitative result.
