With color-coded reagents and simple protocols, even the most novice user can have the confidence that they are getting it right every time. On-site training allows most users to be up and running in less than a day.
Ultimate Sensitivity & Specificity
Real-time polymerase chain reaction (qPCR) adapts the inner workings of biology to create a “molecular copy machine”–a fast, highly accurate, and incredibly sensitive method to determine the presence or absence of a target organism by multiplying and detecting the target’s specific DNA or RNA in real time.
Results in Hours, Not Days
Eliminate wait time related to sample transport to centralized labs. Save money, find problems fast, and reduce risk.
Use Anywhere, Anytime
Use the Hunter® in a laboratory or throw it into a case and take it with you out into the field. It’s ready when you are.
Robust protocols are designed to work with highly complex matrices such as food and environmental samples to ensure reliable results.
Kits use new patent-pending technology to efficiently remove contaminants from even the most challenging samples. Resulting nucleic acids are ready for downstream analysis such as qPCR or next-generation sequencing.
Field-Tested & Trusted
Kits are available for laboratory or field-based use and include everything needed to extract high quality DNA and/or RNA. Kits have been tested across multiple samples types and in extreme environments.
Simple-to-use kits include all components necessary to collect water and/or solid (biofilm) samples for genomic analysis in a standardized format.
Preserve Without Worry
Breakthrough non-toxic buffer provides immediate preservation of nucleic acids in biological samples. Allows samples to be stored and transported at ambient temperature for up to 8 weeks prior to extraction of DNA and/or RNA.
Consistent Results at a Lower Cost
Kits ensure consistent and accurate results by standardizing the sample collection process and ensuring long-term sample integrity all while eliminating the need for cold-chain transport.
Our scientists have extensive experience working with complex and challenging samples collected at industrial sites to extract and prepare microbial DNA for metagenomic analysis.
Microbes Can't Hide
Cutting-edge software pipeline can analyze 16S rRNA-based next-generation sequencing data to determine the identity of nearly 100% of the microorganisms present in a sample.
Microorganism populations are further compared to a proprietary database to assign specific genera into key industrially important metabolic groups such as Sulfate-Reducing Bacteria and Acid-Producing Bacteria. This data allows users to quickly diagnose potential system threats and optimize treatment regimens.