Don’t be limited by qPCR or dPCR.
Countable PCR gives you true quantitation with unrivaled sensitivity, faster results, and lower cost than dPCR — all with the simplicity of a qPCR assay.
Countable PCR redefines what's possible.
Digital PCR (dPCR) promised you absolute quantification and multiplex assays.
But in reality, dPCR only delivers statistical estimates, and developing assays takes months.
So, you fall back on qPCR because it’s easier to use — and you think the data is good enough.
Countable PCR will change how you feel about PCR.
sensitivity
precision
dynamic range
multiplex success
automated results
project cost
See how Countable PCR outperforms legacy PCR methods.
Validated in the real world.
With ~30M compartments, the Countable PCR platform provides significantly higher sensitivity with fewer reactions in our oncology assays and opens new opportunities in the fields of NIPT and infectious disease. The workflow is easy, with potential for automation, and delivers highly precise results.
For hosts with this infection, there is a greater than millionfold difference in parasite load, the Countable Labs method ‘covers this range with a single DNA input…this is an extremely important need that is not being met by any other technology.’
I’ve been working in the cell and gene therapy (CGT) field for a long time… In the past, ddPCR was the only viable option. But now, with Countable PCR, we have a solution that delivers ultra-high sensitivity — with 30 million partitions and an incredible 99.9% sample recovery rate (compared to ddPCR’s 70–80% and just 20–30K partitions). It’s also easy to use and has a short run time.
Get a closer look at Countable PCR.
We're now Countable Labs but some publications use our former name Enumerix. Also, our technology is Countable PCR, formerly UltraPCR.
"Using a 4-color optical setup, we demonstrate that we can incorporate 10 different fluorescent dyes in the same [reaction]"
Janice H. Lai, et al. 2023.
"Single template separation ... can aid high-order multiplexing assay designs to achieve NGS-like precision DNA counting"
Eleen Y. Shum, et al. 2022
“This approach exhibits improved accuracy over existing dPCR platforms and enables a greatly increased dynamic range…”
Peiyu Liao, et al. 2020
