Inso Biosciences

Inso Biosciences

Is this your company? Claim your profile to update info and connect with investors.
Claim profile

Private Company

Total funding raised: $2.8M

Overview

Inso Biosciences is a private, pre-revenue biotech startup spun out of Cornell University, founded in 2019 and based in Ithaca, New York. The company has developed a patented microfluidic platform that physically entraps DNA on micropillars, enabling rapid, automated extraction of ultra-long DNA fragments with minimal degradation. This technology addresses key bottlenecks in next-generation sequencing sample prep, promising superior DNA quality, faster turnaround, and built-in capabilities for multi-omics and host depletion. With a seasoned leadership team and prestigious advisors, Inso Bio is positioning itself to democratize advanced genomic analysis.

Technology Platform

Microfluidic system using micropillars for physical capture and purification of high molecular weight DNA and RNA, enabling rapid, automated sample preparation for sequencing.

Funding History

2
Total raised:$2.8M
Grant$250K
Seed$2.5M

Opportunities

The rapid growth of long-read sequencing and the broader demand for automated, high-quality sample prep create a significant market opportunity.
The platform's unique ability to gently extract ultra-long DNA fragments positions it ideally for this trend, while its multi-omics and host depletion features open additional high-growth application areas.

Risk Factors

Key risks include the challenge of scaling microfluidic manufacturing and proving commercial-grade reliability, competing against entrenched, low-cost affinity-based methods, and the financial and execution risks inherent to a pre-revenue startup commercializing capital equipment in a crowded market.

Competitive Landscape

Inso Bio competes with large, established players like Qiagen, Thermo Fisher, and PacBio who offer bead- and column-based extraction kits, as well as other startups in the microfluidics and automation space. Its differentiation is the physical capture method for superior HMW DNA recovery, but it must overcome high switching costs and prove a compelling value proposition.