seRNA – The Next Generation of RNA Therapeutics

  • Selective
  • Intracellular
  • Modular
  • Versatile

Reaching the right organ –
Acting only in the right cells

Many severe diseases still lack effective treatment. Where therapies exist, they often hit healthy cells too – and side effects limit the dose patients can receive. An seRNA construct is activated at the RNA level: it is delivered inactive and switches on only when it detects a disease-specific RNA inside the target cell. In healthy cells, it stays silent. This allows more potent therapies against diseases with high unmet medical need, while sparing healthy tissue.

One platform: discover, design, deliver

AI Discovery

Our AI-powered lab-in-the-loop platform identifies disease-specific RNA markers and optimizes every construct for selectivity and potency.

seRNA construct

An antisense sensor recognizes the disease marker inside the cell. Only then is the IRES blocker removed and the therapeutic effector expressed. Sensor and effector are modular – exchanging one creates a new therapy.

fLNP delivery

Our proprietary fusogenic lipid nanoparticles bring seRNA into the target organ – the liver and beyond.

AI Discovery

Our AI-powered lab-in-the-loop platform identifies disease-specific RNA markers and optimizes every construct for selectivity and potency.

seRNA construct

An antisense sensor recognizes the disease marker inside the cell. Only then is the IRES blocker removed and the therapeutic effector expressed. Sensor and effector are modular – exchanging one creates a new therapy.

fLNP delivery

Our proprietary fusogenic lipid nanoparticles bring seRNA into the target organ – the liver and beyond.

One platform, four programs

Because sensor and effector are interchangeable, the same platform can eliminate a diseased cell – or restore its function.

Oncology

Oncology

Hepatocellular carcinoma: seRNA detects HCC-specific markers and depletes tumor cells while sparing the healthy liver tissue patients depend on. Lung cancer: extends the approach beyond the liver through extrahepatic fLNP delivery.

Severe Liver diseases

Severe Liver diseases

Instead of killing cells, the effector metabolically restores diseased liver cells – addressing the fibrosis itself, not only its causes.

Autoimmune diseases

Autoimmune diseases

Immune cell subsets carry their own RNA signatures. seRNA uses them to deplete specific B-cell classes rather than the entire B-cell compartment.

Latest News

Scientific team of SRTD biotech with co-founder Dr. Bernd Hoffmann.

SRTD Biotech raises a €31.5 million seed round to develop next-generation precision mRNA therapeutics.

Read more