About us

Learn more about Myllia and our powerful CROP-seq (Perturb-seq) technology enabling genetic screens for target discovery in primary human cells

We utilise CROP-seq (Datlinger et al., Nature Methods) to map the impact of genetic perturbations on single-cell transcriptomes, thus effectively establishing a paradigm for high-content CRISPR screening. Our powerful CRISPR-based high-throughput screening approach has broad applications in identifying novel drug targets, elucidating unknown mechanisms of actions of drugs and understanding genetic variants linked to disease risk.

 

 

 

Employees of Myllia talking with each other

Our end-to-end high-throughput screening platform for tailor-made CRISPR screens

CROP-Seq training datasets for AI-based foundation models

Myllia has built an end-to-end genetic screening platform in primary human cells and cancer cell lines. We routinely conduct CROP-seq screens using hundreds of thousands of single cells in one experiment and intend to scale the technology even further.

Learn more about Myllia here: Factsheet | Company Introduction

 

Our platform features at a glance

  1. Access to primary human cells
  2. Customized assay development
  3. All CRISPR modalities (CRISPRn, CRISPRi, CRISPRa)
  4. Superior guide RNA design algorithms
  5. Single-cell RNA sequencing
  6. Bioinformatic data analysis

 

 

 

Get in touch with Myllia's leadership team and learn more about CROP-seq - our genetic screening technology in single cells to fast-forward your target discovery projects

 

 

 

 

Vienna Perturb 2026