IRLAB enters collaboration agreement with Danish biotech company Biomia ApS applying the Integrative Screening Process (ISP)

January 19, 2026

Gothenburg, Sweden, January 19, 2026 — IRLAB Therapeutics AB (Nasdaq Stockholm: IRLAB A), a company discovering and developing novel treatments for Parkinson’s disease, today announced that it has entered into a collaboration with the Danish biotech company Biomia to evaluate Biomia’s drug candidates applying IRLAB’s discovery platform, the Integrative Screening Process (ISP).

ANNOUNCEMENT FOR EUROPEAN MEDICAL & PHARMACEUTICAL TRADE MEDIA AND EUROPEAN FINANCIAL MEDIA ONLY

Gothenburg, Sweden, January 19, 2026 — IRLAB Therapeutics AB (Nasdaq Stockholm: IRLAB A), a company discovering and developing novel treatments for Parkinson's disease, today announced that it has entered into a collaboration with the Danish biotech company Biomia to evaluate Biomia’s drug candidates applying IRLAB's discovery platform, the Integrative Screening Process (ISP).

“We are excited to enter into an ISP-based collaboration with Biomia, giving us the opportunity to leverage our broad expertise in drug discovery for CNS disorders. The ISP platform has proven its ability for discovery of entirely novel drug candidates with blockbuster potential across CNS disorders. Biomia’s unique strategy for lead identification and innovative synthesis of compounds makes a good match with our discovery platfom,” says Kristina Torfgård, CEO.

In the collaboration, IRLAB will use its ML/AI-supported technology platform, the Integrative Screening Process (ISP) for phenotypic characterization and evaluation of small-molecule compounds, to provide in depth characterization of Biomia’s novel chemistries and compounds. ISP will be ulilized to characterize the novel compounds as well as predict potential target indications and includes differentiation vs. currently available treatments for several undisclosed CNS indications. Biomia supplies the project with its compounds and finances the studies that IRLAB accomplish.