How does the Yenos platform compare to droplet digital PCR (ddPCR)?

Droplet digital PCR (ddPCR) is the most precise PCR-based method for nucleic acid quantification — it partitions a sample into thousands of individual droplets, performs PCR in each droplet, and counts positive versus negative droplets to get an absolute molecular count. ddPCR achieves better precision than standard PCR but still requires amplification and therefore still introduces amplification-associated variation. The Yenos nanopore platform achieves similar absolute molecular counting (single-molecule precision) without any amplification. Additionally, ddPCR requires specialized equipment (Biorad's QX200 system costs $60,000+), trained operators, and careful reagent optimization. The MinION is considerably more accessible. The fundamental advantage of the Yenos approach remains: zero amplification = zero amplification noise = tighter data distributions = zero data overlap.