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Preclinical Candidate AVJ16 Blocks IGF2BP1 to Halt Lung Tumor Growth in Models

Peer-reviewed findings in Oncogene highlight a selective attack on cancer cells by inhibiting an RNA-binding protein.

Overview

  • The research, led by Nadav Wallis in Prof. Joel K. Yisraeli’s lab at Hebrew University Hadassah Medical School, is published in Oncogene.
  • AVJ16 inhibits the RNA-binding protein IGF2BP1, which is reported to be present in many aggressive tumors and absent in healthy adult tissue.
  • In cell studies, the compound slowed growth, curtailed invasion, and triggered tumor cell death without harming healthy lung cells.
  • In models implanted with human lung adenocarcinoma cells, AVJ16 injections almost completely prevented tumor growth and metastasis.
  • Patient-derived tumor organoids showed selective killing of IGF2BP1-expressing cancer cells, and researchers note the findings are preclinical pending safety and efficacy trials.