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Pathmaker Bio

Pathmaker Bio offers a patented Conversomes™ platform that creates synthetic affinity reagents—"synthetic antibodies"—capable of recognizing individual amino acids and their post‑translational modifications.

Founded 2024650+ followers
Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Accurate detection of protein and peptide biomarkers often relies on antibodies, which can be costly to develop, may lack specificity for post‑translational modifications, and are not easily scalable for custom panels.

Solution

Pathmaker Bio addresses this gap with its patented Conversomes™ technology, which creates synthetic affinity reagents that selectively bind individual amino acids and their post‑translational modifications. These reagents act as “synthetic antibodies,” enabling quantitative measurement of custom protein or peptide panels. The workflow integrates with standard benchtop DNA analysis platforms such as quantitative PCR and next‑generation sequencing, allowing laboratories to perform on‑demand biomarker assays without specialized equipment. By leveraging DNA‑based readouts, the system provides high multiplexing capability and rapid assay development for disease diagnostics and monitoring.

Target Audience

Primary customers are clinical diagnostics laboratories, biotech research teams, and pharmaceutical companies that require precise, customizable protein/peptide biomarker assays.

Features

  • Conversomes™ molecules engineered to recognize specific amino acids and PTMs with high specificity
  • Ability to generate custom affinity reagents for any target protein, peptide, or biomarker region
  • Compatibility with widely used DNA analysis tools (qPCR, NGS) for quantitative readout
  • Scalable, multiplexed assay format supporting large biomarker panels
  • Streamlined benchtop workflow that eliminates the need for traditional antibody production
This profile is AI-generated and may contain inaccuracies.