You’ve been estimating your DNA counts
Let’s be honest. Most DNA quantification methods aren’t built to count molecules — they instead resort to mathematical approximation approaches to give you an estimate.
- qPCR infers quantity from amplification curves and standard references
- dPCR partitions the sample but still relies on Poisson statistics to estimate how many molecules are present
- NGS, while extremely powerful, requires complex workflows and computational correction (e.g., UMIs) to reconstruct molecule counts
Countable PCR finally gives you access to true, direct counting
The Countable PCR solution was built to remove estimation entirely from DNA quantification workflows — and to bring true counting to your benchtop.
It was fitting to call it Countable because:
- It brings real counting to every genomic workflow
- The data output is counts — like 23 target counts or 928,182 target counts
- It’s also count-able, as it enables you, for the first time, to count instead of estimating
Countable PCR brings single-molecule counting — real counting — back to the bench.
