An integrative analysis reveals the mechanism of plastic stabilizers inducing breast cancer
An integrative analysis reveals the mechanism of plastic stabilizers inducing breast cancer is drawing significant interest across the industry.
Author summary Plastic stabilizers are ubiquitous chemical additives used to prevent plastic degradation, yet their potential role in cancer development has been largely overlooked. This study integrates computational network toxicology with biological validation to examine the carcinogenic risks of three common stabilizers: 2,6-DTB, TBHQ, and UV-328. We discovered that these chemicals specifically target and activate core genes—including MAPK14, PIM1, and TRDMT1—associated with breast cancer. Our experiments demonstrate that these stabilizers bind directly to these molecular targets, thereby driving cancer cell proliferation and migration. Furthermore, clinical analysis indicates that elevated levels of these genes correlate with poorer survival outcomes in breast cancer patients. These findings provide evidence that plastic stabilizers are not merely inert additives but potential environmental drivers of tumor progression. By elucidating the molecular mechanism linking plastic additives to cancer aggression, this research offers a scientific basis for re-evaluating the safety of these chemicals and underscores the urgent need for stricter risk assessment of plastic-associated compounds.
Experts suggest this could influence future trends and innovation in the sector.
More updates are expected as the story develops.
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