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Microplastic-associated pollutants in prostate carcinogenesis and plant-based chemo-preventive strategies
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Researchers reviewed evidence that microplastics accumulate in prostate tissue at higher concentrations in malignant than benign samples and act as carriers for endocrine disruptors including bisphenols, phthalates, and PFAS, proposing that androgen receptor disruption, oxidative stress, and chronic inflammation form a plausible toxicity triad linking MP exposure to prostate carcinogenesis.
Microplastic (MP) pollution and the rising global incidence of prostate cancer (PC) represent converging public health challenges, yet the potential contribution of MPs to organ-specific carcinogenesis remains poorly defined. Although MPs are recognized as systemic environmental hazards, their relevance to prostate cancer biology has not been comprehensively synthesized. This review examines evidence from environmental toxicology and oncology literature suggesting that MPs can accumulate in human prostate tissue, with higher burdens reported in malignant compared with benign samples in observational studies, though whether this reflects a causal relationship or differential retention in tumor tissue remains under investigation. Beyond acting as inert particulates, MPs possess a strong capacity to adsorb and transport endocrine-disrupting and pro-carcinogenic pollutants, including bisphenols, phthalates, polycyclic aromatic hydrocarbons (PAHs), and per- and polyfluoroalkyl substances (PFAS), thereby increasing localized toxicant exposure within this hormone-sensitive organ. We integrate current mechanistic evidence to propose a coherent framework in which MP-associated pollutants may converge on key molecular processes implicated in prostate carcinogenesis, including modulation of androgen receptor signaling, induction of oxidative stress and DNA damage, and activation of chronic inflammatory pathways. These interconnected processes are conceptualized as a 'triad of toxicity' that provides biological plausibility for a potential role of MPs in prostate cancer development without implying established causality. In parallel, selected plant-derived phytochemicals are discussed as mechanistically aligned, hypothesis-driven candidates based on their documented anti-androgenic, antioxidant, and anti-inflammatory activities, rather than as proven countermeasures against MP-induced toxicity. By uniting environmental toxicology with molecular oncology, this review positions MP-associated pollutants as a plausible environmental risk factor within the multifactorial landscape of prostate cancer and frames phytochemicals as pathway-oriented research leads. The findings underscore the need for interdisciplinary investigation, improved analytical methodologies, and translational studies to clarify the role of microplastic pollution in prostate cancer etiology.
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Scientists found tiny plastic particles called microplastics in prostate tissue from 9 out of 10 men with prostate cancer, with higher amounts in cancerous tissue compared to healthy tissue. While this small study doesn't prove that microplastics cause cancer, it suggests these particles from everyday plastic items may accumulate in our bodies and could potentially play a role in disease. More research is needed to understand if microplastics truly increase cancer risk or if they're just more likely to build up in already-diseased tissue.
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