Sniper develops the DQ24 Digital PCR System, utilizing VibroJect™ technology for efficient droplet generation without microfluidic chips, enabling precise quantification of genetic alterations and rare event detection. This solution minimizes sample waste and maximizes utilization, addressing the need for accurate molecular diagnostics in various applications, including gene expression analysis and pathogen detection.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional digital PCR systems often rely on microfluidic chips for droplet generation, which can be costly, inefficient, and prone to sample waste, hindering precise quantification of genetic material and rare event detection. This limits the accessibility and affordability of accurate molecular diagnostics across various applications.
Solution
Sniper addresses these limitations with the DQ24 Digital PCR System, which utilizes proprietary VibroJect™ technology for efficient droplet generation without the need for microfluidic chips. This innovative approach minimizes dead volume, maximizing sample utilization and reducing waste. The DQ24 system enables precise quantification of genetic alterations, rare allele detection, and accurate gene expression analysis. By eliminating microfluidic chips, Sniper offers a more cost-effective and reliable solution for molecular diagnostics, improving accessibility and efficiency for researchers and clinicians.
Target Audience
The primary target audience includes researchers, molecular diagnostic labs, and clinical facilities requiring precise and cost-effective digital PCR solutions for genetic analysis, rare event detection, and gene expression studies.
Features
- VibroJect™ technology for microfluidic-chip-free droplet generation
- Maximized sample utilization with minimal dead volume
- Absolute quantification of nucleic acids
- Detection of genetic alterations, including SNPs and CNVs
- Rare event detection for rare alleles and pathogens
- Compatible with gene expression analysis workflows
- Droplet Workstation (SAG-100) for droplet nucleic amplification, in-droplet cell culture, and single-cell analysis