Ilya Pharma

Ilya Pharma

Uppsala, Sweden· Est.
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Private Company

Total funding raised: $27.2M

Overview

Ilya Pharma is a clinical-stage biotech pioneering a novel therapeutic modality using engineered, non-colonizing lactic acid bacteria to produce therapeutic proteins locally at disease sites. Its lead asset, ILP100 (emilimogene sigulactibac), expresses CXCL12 and is in development for topical wound healing and oral treatment of colitis, with positive Phase 1/2 data. The platform aims to unlock a wide range of previously undruggable proteins with a favorable cost and safety profile, targeting significant unmet needs in wound care, gastrointestinal diseases, and rare genetic conditions.

Wound HealingColitisRare Genetic DiseasesCystic Fibrosis

Technology Platform

Engineered, non-colonizing lactic acid bacteria (Limosilactobacillus reuteri) used as local mini-bioreactors to produce and deliver therapeutic proteins (e.g., chemokines) directly at the site of disease in skin and mucosa. Classified as GTMP/gene therapy.

Funding History

2
Total raised:$27.2M
Series A$24M
Seed$3.2M

Opportunities

The platform can target over 1,700 proteins previously considered undruggable, opening vast therapeutic areas.
The Rare Pediatric Disease Designation for SAVI offers a potential priority review voucher, a valuable asset.
The low COGs and ambient temperature stability provide a significant competitive edge in cost-sensitive markets and low-resource settings.

Risk Factors

The novel live bacterial gene therapy modality faces complex regulatory pathways and potential safety perceptions.
Clinical success in larger trials is not guaranteed.
As a pre-revenue private company, it is dependent on securing further funding to advance its pipeline.

Competitive Landscape

In wound healing, competitors include advanced biologics (e.g., growth factors), cell therapies, and other microbiome approaches. In colitis, it faces established anti-TNF and anti-integrin biologics. Ilya's key differentiation is its localized, sustained production of chemokines via a transient, non-colonizing bacterium—a unique mechanism of action.