rethink science
Reagents designed to do more with less: research targets per reaction, fewer preparation steps, and less hands-on time before amplification.
Twelve targets, six ways to divide them
The same twelve targets at every level, and the well count that each level needs to carry them. Twelve wells at singleplex; two at sextu-plex.
What this changes in the lab
Less Time. Fewer Steps.
Higher Throughput
Fewer steps stand between a sample and amplification. The process reduces preparation steps by eliminating bind, wash, and elution.
More targets per well are read from each reaction, so a single plate covers more testing.
Removing bind, wash, and elution reduces the most operator-intensive part of preparation.
Target library
Live counts across the reagent library.
Lot release
Every reagent lot ships with documented amplification testing across its full target list — bacterial, fungal, viral, protozoal and parasitic — under defined nonclinical research conditions.
These results are lot-specific and describe what was observed under defined research conditions. They are not statements of performance, or of suitability for any use beyond laboratory research. For Research Use Only. Not for use in diagnostic procedures.
Formats
Configurations are built to your research design — there is no fixed ceiling on well count or targets per configuration. Throughput scales with well count, so the plate format follows the configuration rather than the other way round.