Digital polymerase chain reaction (d-PCR) is considered a next-generation PCR technology offering rapid, sensitive quantification of nucleic acid when compared to the conventional PCR technology. Digital PCR is highly precise, where each sample partitioned into a number of individualized reactions or as droplets in a droplet-based digital PCR. These partitioned droplets are analyzed after a separate PCR reaction takes place per single sample, and the absolute number of molecules present in the sample is calculated. In the droplet digital PCR, the sample partitioning enables precise detection of single template molecules and specific quantification while mitigating the effects of target competition, reducing the PCR bias, and improving the sensitivity of the assays. Digital PCR offers significant benefits over other PCR methods and is considered a new approach to nucleic acid detection and quantification. Due to the absolute quantification of biological samples, this technique has found its application in various clinical areas, such as rare mutation detection, copy number variation, liquid biopsy, gene expression, miRNA analysis, single-cell analysis, pathogen detection, and next-generation sequencing (NGS) library analysis.

1. Product Definition 

2. Research Methodology 

3. Market Overview 

4. Global Digital PCR (d-PCR) Market Dynamics

5. Competitive Landscape 

6. Global Digital PCR (d-PCR) Market, by Product $Million, 2019-2025

7. Global Digital PCR (d-PCR) Market (by Application) $Million, 2019-2025 

8. Digital PCR (d-PCR) Market (by End User), 2019-2025 

9. Global Digital PCR (d-PCR) Market (by Region), 2019-2025

10. Company Profiles