DestiNA Genomics

DestiNA Genomics

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Private Company

Total funding raised: $7.5M

Overview

DestiNA Genomics has developed a proprietary, platform-agnostic chemistry (DGL-Tech/ChemiRNA Tech) that transforms standard immunoassay workflows into tools for direct, extraction-free miRNA and protein detection. This approach aims to unlock the use of miRNA biomarkers in drug development and diagnostics by providing more stable, accurate, and comprehensive data, including full isomiR profiles. The company is currently commercializing Research Use Only (RUO) kits for hepatotoxicity testing and is seeking licensing partners to expand the application of its core technology.

HepatotoxicityDrug Safety

Technology Platform

Patented DGL-Tech/ChemiRNA Tech: A PCR-free, chemical detection platform using SMART-Bases and PNA probes for direct, extraction-free, single-well multi-omic (miRNA + protein) detection on standard immunoassay readers.

Funding History

3
Total raised:$7.5M
Series A$5.2M
Grant$800K
Seed$1.5M

Opportunities

The platform can expand beyond hepatotoxicity into high-value diagnostic areas like oncology, neurology, and cardiology by targeting other miRNA/protein biomarker pairs.
Its platform-agnostic, chemistry-only licensing model presents a capital-efficient path to scale through partnerships with large diagnostic and life science tools companies.

Risk Factors

The company faces significant competition from entrenched PCR and NGS methods and must convince a conservative market to adopt a novel chemical detection workflow.
Achieving projected regulatory clearance by 2027 is a high-stakes, costly endeavor with no guarantee of success, and the company's private status implies dependence on external financing to reach that milestone.

Competitive Landscape

DestiNA competes with large molecular diagnostics companies (e.g., Qiagen, Roche, Thermo Fisher) that dominate the PCR-based miRNA assay market, as well as newer sequencing-based (NGS) liquid biopsy firms. Its key differentiation is the combination of PCR-free operation, full isomiR detection, and single-well multi-omic capability, which is not offered by standard approaches.