Rapid on-site detection of a
virus, bacteria or fungus
on your crops
Pre-symptomatic testing with results within hours
“Finally a rapid no-nonsense alternative to existing PCR assays and no external service lab required.”
What we do
Our revolutionary detection system offers breeders and growers the opportunity to test in-house for the presence of pathogens with superior specificity, sensitivity and speed and without the need for lab training, large investments or extarnal service.
Hassle free, where and when you need the results.
The problem
Most breeders and growers rely on external service providers for highly and accurate pathogen detection analysis.
First and foremost this means results will take days to weeks to come in. A far from ideal situation when you suspect the presence of a pathogen in your company.
Current market alternatives for on-site testing rely on antibody based assays which suffer from inferior sensitivity and crosss-reactivity with related species.
This is about to change…
Our solution
Whether you are implementing routine check-ups for possible contaminants or trying to contain a disease outbreak, Radar is here to help with our revolutionary pathogen detection system
No lab training required
Pre-symptomatic testing
Assays for: plants + water + seeds
Advantages
Test where and when you need the results. No external services required!
In-house
Fast
Results within hours instead of days or weeks. Our hands-on time is less than 20 minutes.
A robust protocol combined with the sensitivity and specificity of PCR results in solid and clear results.
Robust
How it Works
Our unique proprietary workflow allows you to isolate, enrich and detect pathogens in less than two hours. No laboratory experience or expensive equipment needed.
Just a few simple steps
Isolate
First we enrich for pathogenic nucleic acids (RNA/DNA fragments) using magnetic particles that specifically recognise your pathogen of interest.
Enrich
Next we enrich for and amplify these RNA/DNA fragments to increase signal output.
Detect
Lastly we perform a simple visual read-out using the RADAR detection rack.