Myllia Biotechnology

Myllia Biotechnology

Vienna, Austria· Est.
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Private Company

Total funding raised: $3.1M

Overview

Myllia Biotechnology is a Vienna-based, private biotech leveraging a proprietary functional genomics platform that integrates pooled CRISPR screening (CRISPRn/i/a) with single-cell RNA sequencing (CROP-seq) in primary human immune cells. This approach enables unbiased, causal target discovery and mechanism-resolved validation, positioning the company as a partner for pharma and biotech in oncology and autoimmunity. Myllia also generates rich, AI-ready perturbation datasets to train foundation models of cell biology. The company is pre-revenue, operating as a platform and services provider to de-risk early-stage drug discovery for clients.

OncologyAutoimmune Diseases

Technology Platform

Integrated platform combining pooled CRISPR screening (CRISPRn/i/a) with single-cell RNA sequencing (CROP-seq) in primary human cells (e.g., immune cells) for high-content, mechanism-resolved target discovery and AI/ML-ready dataset generation.

Funding History

2
Total raised:$3.1M
Grant$600K
Seed$2.5M

Opportunities

The high demand for human-relevant, validated drug targets from pharma partners presents a major services opportunity.
Additionally, the generation of causal perturbation datasets positions the company to become a key data provider for training AI foundation models in biology, a rapidly growing field.

Risk Factors

Technical challenges in scaling primary cell screens and analyzing complex single-cell data pose execution risks.
The competitive landscape for CRISPR screening services is intense, requiring clear differentiation.
The pre-revenue, partnership-dependent business model carries financial and commercial risks.

Competitive Landscape

Myllia competes with large CROs offering genomic services, specialized functional genomics startups, and academic core facilities. Its key differentiator is the focus on primary human cell models combined with single-cell readouts, aiming for higher physiological relevance and deeper mechanistic insight than standard cell-line-based screens.