Akiram Therapeutics, a Swedish biotech company specializing in targeted radiotherapy, today announces the launch of PRE-CISE, a Eurostars-funded research collaboration with Danish PreTT and TetraKit Technologies. The aim of the project is to develop a new generation of targeted alpha-therapeutics by expanding Akiram’s proprietary CD44v6- targeting antibody platform using advanced pre-targeting strategies and radiolabeling chemistry.
The PRE-CISE project combines Akiram’s CD44v6-targeting antibody platform with PreTT’s expertise in pre-targeting technology and TetraKit’s radiolabeling chemistry. Using a two-step approach—where the antibody first binds to the tumor, followed by the separate delivery of a radioactive payload—the collaboration aims to unlock access to alpha-emitting radionuclides that cannot typically be used with conventional antibody-based therapies. This strategy may significantly improve treatment precision while minimizing damage to surrounding healthy tissue.
“By separating the targeting step from the therapeutic phase, we open up new possibilities for designing more precise and effective cancer treatments,” says Marika Nestor, CEO of Akiram Therapeutics. “This innovative therapeutic modality builds on our CD44v6 platform and represents an opportunity to expand our pipeline beyond beta-emitting radiotherapies.”
“Participating in this project presents a remarkable opportunity to further validate our pretargeting approach, which leverages the targeting properties of antibodies for radioligand therapy. This advancement allows us to broaden the scope of potential treatments for various types of cancer,” says Francesco Sergi-Lindell, CEO of PreTT. “Collaborating with the consortium will enable us to enhance our platform technology, as well as expand our pipeline. This collaboration will enable us to further develop our TetraKit platform and expand its application into new and highly exciting areas,” says Andreas Jensen, CEO of TetraKit Technologies.
The PRE-CISE collaboration is co-funded by the Eurostars program with a total grant of EUR 1 million. Preclinical results are expected in 2026.
