Myllia

Myllia

Vienna, Austria· Est.
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Private Company

Funding information not available

Overview

Myllia is a Vienna-based biotechnology company leveraging a proprietary, end-to-end functional genomics platform to accelerate early-stage drug discovery. Its differentiated approach utilizes CRISPR screening (CRISPRn, CRISPRi, CRISPRa) in primary human immune and other cell types, coupled with single-cell transcriptomics via CROP-seq, to map gene function and identify high-confidence therapeutic targets. The company operates as a platform and services provider, generating AI-ready datasets for partners in pharma and biotech, with a focus on oncology and autoimmune diseases. Myllia's model aims to de-risk target discovery by providing genetically validated, human-centric data.

OncologyAutoimmune Diseases

Technology Platform

End-to-end functional genomics platform utilizing CROP-seq (CRISPR droplet sequencing) for pooled CRISPR screens (CRISPRn, CRISPRi, CRISPRa) coupled with single-cell RNA sequencing in primary human cells. Enables high-content, mechanism-resolved target discovery and generates AI/ML-ready perturbation datasets.

Opportunities

The growing demand for human-relevant, genetically validated drug targets creates a strong market for high-content primary cell screening services.
Additionally, the explosive growth of AI in drug discovery presents a major opportunity to become a key provider of the high-quality, causal perturbation datasets needed to train next-generation foundation models.

Risk Factors

Key risks include operational complexity and cost of primary cell-based screens, competition from established CROs and cell-line-based services, and the challenge of convincing the market of the premium value of their data.
As a private startup, funding and execution risk are also significant.

Competitive Landscape

Myllia competes in the crowded CRISPR screening services market against large tool companies (e.g., Horizon Discovery), specialized CROs, and academic cores. Its primary differentiator is the focus on high-content, single-cell readouts in primary human cells, a niche less served by standardized, scalable offerings. It also competes indirectly with AI-native drug discovery companies that generate their own data.