3M Molecular Detection System

Tuesday, 01 September, 2020 | Supplied by: 3M Food Safety

3M Molecular Detection System

The 3M Molecular Detection System is designed to help save time and labour with its ready-to-use reagents, a single protocol for all pathogens and same- or next-day results. With its space-saving design and ability to test for multiple types of pathogens simultaneously, it should help users increase productivity and release products quickly, protecting consumers and businesses.

The 3M Molecular Detection Instrument is a small device featuring a compact footprint that fits in any lab, a solid design with no moving parts and automatic diagnostics at start-up. It has the capacity to test up to 96 samples per run for high throughput and can run all assays simultaneously for increased productivity.

Using isothermal DNA amplification and bioluminescence detection, the 3M Molecular Detection Assays are designed to detect as low as 1 CFU of target pathogen per sample even in the most challenging sample matrices. Assays now include Salmonella, Listeria, Listeria monocytogenes, E. coli O157 (including H7), Cronobacter and Campylobacter.

Those making important choices that could impact businesses need software that’s intuitive and powerful. The 3M Molecular Detection Software is designed to provide results when they are needed — along with a user-friendly interface for quick set-up and real-time results for fast decisions.

For more information: http://go.3M.com/Molecular.

Online: www.3m.com.au
Phone: 136 136
Related Products

Takara Bio PrimeCap T7 RNA Polymerase (low dsRNA)

The polymerase is designed to remove both the technical and financial barriers to the successful...

Maxwell Biosystems MaxTwo high-density microelectrode array (HD-MEA) system

The next-generation multiwell HD-MEA captures high-quality signals at subcellular resolution from...

Enzo Life Sciences PROTEOSTAT Protein refolding and aggregation sensing kit

The kit includes a comprehensive set of optimised screening reagents and conditions that...


  • All content Copyright © 2024 Westwick-Farrow Pty Ltd