Nucleome Therapeutics

Nucleome Therapeutics

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Private Company

Total funding raised: $79.2M

Overview

Nucleome Therapeutics is a pioneering immunology company tackling the root causes of immune-mediated inflammatory diseases by decoding the non-coding human genome. Its core innovation is a transformative 3D genomics technology that provides unprecedented precision and scale in linking genetic variants in regulatory regions to their target genes, enabling the discovery of novel disease mechanisms and drug targets invisible to conventional approaches. The company is using this platform to build a rich data atlas of immune system dysregulation and a corresponding pipeline of first-in-class therapeutics. Headquartered in Oxford, UK, Nucleome is a private, pre-clinical stage company positioned at the intersection of human genetics, functional genomics, and drug discovery.

Immune-mediated Inflammatory Diseases

Technology Platform

Proprietary 3D genomics platform that maps chromatin interactions in immune cells with high precision and scale, linking non-coding genetic variants to their target genes to identify causal disease mechanisms and novel therapeutic targets.

Funding History

3
Total raised:$79.2M
Series A$37.5M
Series A$37.5M
Seed$4.2M

Opportunities

The vast non-coding genome represents a major untapped source of novel, genetically validated drug targets for complex diseases, potentially de-risking development.
The large and growing market for effective therapies in immune-mediated inflammatory diseases offers a clear commercial pathway for successfully developed drugs.

Risk Factors

The core technology, while promising, is unproven in its ability to consistently yield druggable targets and effective medicines.
As a pre-revenue, private company, it faces significant technical, competitive, and financial execution risks inherent in early-stage drug discovery.

Competitive Landscape

Nucleome operates in the competitive field of functional genomics and genetics-driven drug discovery. It faces competition from large pharma internal efforts, other biotechs using CRISPR screening or massive parallel reporter assays, and academic consortia. Its claimed differentiation is the precision and industrial scale of its 3D genomic mapping specifically in immune cells.