Glyphic Biotechnologies

Glyphic Biotechnologies

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Private Company

Total funding raised: $37M

Overview

Glyphic Biotechnologies is an early-stage innovator targeting the transformative opportunity in proteomics with its proprietary ProSE™ technology. The platform employs a three-step process of peptide functionalization, molecular expansion to space out amino acids, and nanopore-based sequencing to read single-amino-acid signatures. Positioned as a pre-revenue platform company, Glyphic is building its team and technology with a target milestone around 2026, aiming to address the critical gap between genomic information and functional protein biology for research and future diagnostic/therapeutic applications.

Genetics & Genomics

Technology Platform

Protein Sequencing by Expansion (ProSE™): A three-step platform involving peptide functionalization, molecular expansion to space amino acids, and nanopore-based electrical sequencing to enable de novo, single-molecule protein sequencing with discrimination of all 20 amino acids and PTMs.

Funding History

2
Total raised:$37M
Series A$31M
Seed$6M

Opportunities

The global proteomics market is large and growing, with a significant unmet need for a technology that can sequence proteins with the throughput, cost, and de novo capability of DNA sequencing.
Success would position Glyphic as a foundational tools company, enabling applications across basic research, drug discovery, and future clinical diagnostics.

Risk Factors

Substantial technical risk in developing and integrating the novel chemistry, expansion, and nanopore sensing steps into a reliable, scalable instrument.
Fierce competition from other well-funded next-generation proteomics companies and the challenge of displacing established mass spectrometry workflows in the research community.

Competitive Landscape

Glyphic operates in the competitive next-generation proteomics space, facing companies like Quantum-Si (single-molecule semiconductor sequencing), Nautilus Biotechnology (high-plex affinity-based proteomics), and Seer (nanoparticle-based enrichment). Its differentiation hinges on the claimed ability for true de novo, single-amino-acid sequencing of all 20 AAs and PTMs, a technical hurdle none have fully solved.