Finland's therapeutics and diagnostics companies come largely out of university research, above all in Helsinki and also in Turku, Tampere and Oulu. They include clinical-stage drug developers in cancer and neurodegenerative disease, blood-analysis and molecular-diagnostics platforms, and tools for drug formulation and research. Most are still pre-revenue, as is typical for drug development.
Product is being sold.
Automated compounding of personalised medicines in pharmacies and hospital pharmacies: Pharma Printer compounding robot + 3D-printable drug inks + quality control (4× faster). Founded 2021; offices…
NGS library-prep technologies (Geno1®, Bridge Capture™): ultra-sensitive, PCR-free, >50% cheaper. Oncology — early detection and residual-disease monitoring.
Tience® — sterile, cell-free injectable derived from adipose tissue that restarts the skin's own regeneration (scars, ageing-related defects, soft-tissue repair). Positioned as a regenerative platform, not a…
Metabolic-level diagnostics — measurement of NAD coenzymes (kits) for research and health.
Nanoparticle technology for drug formulation (CESS® production + STARMAP® AI) — improves bioavailability and delivery.
NMR blood analysis + disease-risk prediction (preventive health). Ran the metabolomics profiling for UK Biobank's entire ~500,000-participant cohort — the largest dataset of its kind.
Enzyme-free amplification of single protein molecules (PCR-like) for ultra-sensitive diagnostics / multiomics. VTT spin-off; Lifeline & Cloudberry.
Ultraprecise piezo micromanipulators, automated microscope stages and pressure controllers (uMp/uMs/uMc) for electrophysiology and neuroscience imaging. Founded 2008 to commercialise micropositioning…
No sales yet.
Non-invasive, antibody-free phage-biosensor diagnostics (cancer, infections, neurodegeneration) from accessible samples (saliva, urine) — strong patent portfolio. Series A in preparation; JVs in China (HK…
Small molecules against high-priority Gram-negative pathogens (Acinetobacter baumannii, Pseudomonas aeruginosa, Klebsiella pneumoniae) with a dual mechanism — neutralising bacterial toxins and disrupting…
Multi-target cell and gene therapy for chronic wounds and cancer. Lead product AUP-16 is a genetically engineered, non-pathogenic Lactococcus cremoris delivering four therapeutic proteins directly into the…
Signal-peptide optimisation to boost biopharmaceutical production. Voima portfolio.
Fully synthetic, short-chain antimicrobial peptides engineered to resist enzymatic breakdown, pH, heat and salinity, with broad-spectrum activity including ESKAPE pathogens. First product: a smart…
Non-invasive predictive cancer screening for dogs (later other pets). BF Deep Tech Accelerator.
Allergy immunotherapy: engineered recombinant allergens for faster, safer desensitisation (birch, peanut, cat). Products in development.
Clinical-stage immuno-oncology company based in Turku, led by Markku Jalkanen and dual-listed on Nasdaq First North and the London Stock Exchange's AIM market.
Clinical-stage neurodegeneration therapy (HER-096, CDNF-based) developed from research by University of Helsinki professors Mart Saarma and Kari Alitalo.
MyoGel™ — a hydrogel extracted from benign human leiomyoma tissue, replacing Matrigel (which comes from mouse sarcoma) in 3D cell culture and drug testing, and stable at room temperature. Developed in…
Next-generation vaccine platform for pandemic viruses: a proprietary enterovirus platform using virus-like particles (VLP) to trigger a protective immune response, including against viruses traditional vaccine…
Rapid-acting, non-hallucinogenic neuroplasticity enhancers for major depression and other brain disorders. Lead candidate KTX-0141 targets the TrkB receptor without binding serotonin receptors; first human…
Clinical-grade hyaluronic-acid bioink/hydrogel platform (Glue4Life) for tissue engineering and regenerative medicine — scalable biomaterial production + 3D bioprinting (human stem cells). Univ. of Tampere…
Patented assay quantifying individual differences in how cells take up and store lipids, read from white blood cells including monocytes — it predicts how well cholesterol-lowering drugs will work in a given…
Engineered natural killer cells (CAM NK) for cancer — a patented FasL-enhanced platform improves tumour-killing across a broad target range. Univ. of Helsinki Kumpula campus, preclinical. FIB member + Health…
Personalised bone-health analysis (blood gene markers + imaging + ML) for early detection of osteoporosis and fractures. Own assays + curated databases. Arctic15 100 Innovations 2026.
Small-molecule drugs for neurodegenerative diseases. Univ. of Helsinki roots (2023), Innovestor funding.
Bacteriophage technology to replace antibiotics — one of the world's largest phage collections + Phagenomics software. BF Deep Tech Accelerator.
Precision drug for rare soft-tissue sarcomas (GIST, liposarcoma): SAR001 = reformulated depot anagrelide targeting PDE3A overexpressed in sarcomas. Preclinical.
Novel high-throughput spatial transcriptomics: a 160,000-picowell chip + colour-coded beads create visual coordinates read by AI from microscope images → single-cell resolution in tissue, in situ. Cancer…
Patient-specific tumour-on-chip: reproduces the tumour microenvironment and shows in real time how an individual cancer responds to immunotherapies and combinations, so the therapy can be chosen before the…
Regenerative cell therapy for corneal blindness (from iPS cells + biomaterials; off-the-shelf therapy for limbal stem-cell deficiency). Preparing Series A.
Oncolytic viruses for solid-tumour immunotherapy (turns 'cold' tumours 'hot'; TILT-123, cytokine-armed adenovirus). Clinical stage.
Vaccine technologies and candidates (type 1 diabetes, coeliac, asthma/allergy): flagship is a multivalent enterovirus/Coxsackie B vaccine to prevent T1D — Phase 1 human trial complete. Sole owner of the T1D…
Oncolytic viruses / cancer immunotherapy (PeptiCRAd platform).
University and VTT commercialisation projects — no legal entity or funding round yet. Not a complete national list.
Single-molecule dual inhibitor that protects levodopa from gut microbial degradation — aiming for longer-lasting, cheaper Parkinson's disease treatment. University of Helsinki R2B, co-led by professors Mikko…
Every company is checked by hand against the trade register and its own material, and placed in the one sector that best describes its business or technology. Service firms and consultancies are left out. The full rules are on the landscape ↗