We tested RCA Amplification Kit (Enhanced v2) at a minimal 0.005 Units of enzyme input. The gel doesn't lie.
This carousel is the full experimental dataset: enzyme titration, real-time fluorescence kinetics, cross-brand yield comparison, technical specifications, and the complete product matrix — all in one place.
3 things the data shows:
1. Sensitivity floor at 0.005 U of Phi29 DNA polymerase
— resolved on agarose gel with clear, robust bands >12,000 bp across the full titration range.
2. Faster kinetics than leading alternatives
— earlier fluorescence onset, steeper amplification slope, and higher endpoint intensity. No-template control (NTC) stays flat at baseline, confirming absolute specificity.
3. Higher DNA yield under identical conditions
— equal template input, equal incubation time, consistently outperforming alternative commercial kits.
The enhanced v2 platform covers the full isothermal amplification workflow — from RCA kits and MDA-based WGA to Phi29 DNA polymerase and exonuclease-resistant random primers (6nt) — with bulk and OEM customization available for global supply chains.
If you're working on low-input nucleic acid amplification, spatial omics, or isothermal IVD assay development — what sensitivity and reproducibility thresholds are you targeting? We have more to share.
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This carousel is the full experimental dataset: enzyme titration, real-time fluorescence kinetics, cross-brand yield comparison, technical specifications, and the complete product matrix — all in one place.
3 things the data shows:
1. Sensitivity floor at 0.005 U of Phi29 DNA polymerase
— resolved on agarose gel with clear, robust bands >12,000 bp across the full titration range.
2. Faster kinetics than leading alternatives
— earlier fluorescence onset, steeper amplification slope, and higher endpoint intensity. No-template control (NTC) stays flat at baseline, confirming absolute specificity.
3. Higher DNA yield under identical conditions
— equal template input, equal incubation time, consistently outperforming alternative commercial kits.
The enhanced v2 platform covers the full isothermal amplification workflow — from RCA kits and MDA-based WGA to Phi29 DNA polymerase and exonuclease-resistant random primers (6nt) — with bulk and OEM customization available for global supply chains.
If you're working on low-input nucleic acid amplification, spatial omics, or isothermal IVD assay development — what sensitivity and reproducibility thresholds are you targeting? We have more to share.