Our Mission is to develop novel therapies for cancer with a particular focus on hard-to-treat, recurrent and metastatic cancers.
Company Incorporation
VAR2 Pharmaceuticals spins out from the University of Copenhagen propelled by an unexpected finding linking cancer to malaria
Identification of Target Molecule
Oncofetal Chondroitin Sulfate (ofCS) is identified as a post-translational glycosaminoglycan modification to proteoglycans expressed in the placenta. We subsequently identify that ofCS re-appears in cancer
Identification of a first lead therapy candidate
We identify VAR2CSA as the protein allowing the malaria parasite to bind ofCS in the human placenta. We focus our efforts in converting this protein into a lead candidate for cancer therapy
Diagnostics' Subsidiary
VARCT Diagnostics is established as a subsidiary of VAR2 Pharma to pursue diagnostic applications based on the detection of ofCS
Pre-clinical validation of first lead candidate
We compile a strong pre-clinical data package demonstrating that VAR2CSA could be conjugated to a toxin and used to treat cancer in several mouse models
Identification of Vartumabs
We identify and characterize first-in-class antibodies binding ofCS with high affinity and high specificity specificity, a tremendous breakthrough considering the nature of our target.
We prioritized these candidates over the former VAR2CSA given their superior scalability in both economic and technical aspects
Pre-clinical data package on Vartumabs
We establish the safety and efficacy of using Vartumabs in different therapy formats with a focus on antibody-drug conjugates and bispecifics
VARTUTRACE: First-in-human Phase 0 PET/CT imaging trial
Two Zr89-labelled Vartumabs (VTP-01 and VTP-02) enter clinical phase (NCT06645808). The purpose of VARTUTRACE is to evaluate the safety, biodistribution, and tumor targeting of both assets in 32 cancer patients
First-in-human Phase I/IIA trial with an antibody drug conjugate
GMP production of a Vartumab-based antibody drug conjugate with a vc-MMAE linker payload initiated in June 2025. Phase I/IIA planned for 2027