Data-driven multiplexing
Increasing the number of targets per reaction for any real-time platform.
An amplification curve carries more information than a simple yes or no. We design primer sets so that each target amplifies with its own curve shape, then read the target from the shape. No extra fluorophore, no extra wavelength, no melting curve required.
The channel is the ceiling
Every platform's multiplex limit is set by its optics. One target per wavelength, and more targets means more hardware. It is why syndromic panels stay expensive, and why a pH readout, which produces no fluorescence at all, has had nothing to separate targets with.
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We have the solution.
The curve is the label
01
Encode
Highly optimised primer sets are designed so that each target amplifies with its own curve shape.
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02
Project
Each curve lands in a multi-dimensional space, where the targets begin to separate.
03
Read
Our proprietary machine-learning algorithms decode the signal. More targets per reaction, for every channel.