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This study reveals that bisphenol F exposure aggravates cardiomyopathy under hemodynamic stress through gut microbiota metabolism, highlighting a novel gut-heart axis involving N-acetylputrescine and potential therapeutic targets.
Microplastics detected in thyroid tissues show higher concentrations in autoimmune thyroiditis patients, suggesting a potential environmental link to thyroid autoimmunity.
New animal research links oral microplastic exposure to dramatic increases in arterial plaque—especially in males—by injuring endothelial cells and provoking inflammation and oxidative stress.
Microplastics, tiny plastic particles under 5mm, have silently infiltrated our bodies through drinking water, air, and food. They accumulate in organs, accelerate cell aging, and increase inflammation. Learn hidden sources and practical tip
Recent studies reveal alarming accumulation of microplastics in human brains, urging urgent research to understand health risks. Microplastics infiltrate the body through daily exposure, potentially impairing brain function and health.
Recent research shows microplastics present in 100% of 62 human placentas analyzed, raising concerns about prenatal exposure and future health implications.
Recent research reveals that microwaving plastic food containers can release billions of micro- and nanoplastic particles into food, posing potential health risks, especially to infants and young children. Understanding this silent contamin
Over 45 years, male physiological function has declined by 62%, possibly due to microplastic pollution. This article explores the science behind microplastics’ impact on male health and emerging approaches for prevention and treatment
Three prospective human studies report micro‑ and nanoplastic (MNP) detection in coronary blood, cardiopulmonary bypass–exposed blood, and carotid atheroma; associations with inflammation and adverse cardiovascular events raise biologic pla
A multi‑institutional Advanced Science study links PTFE microplastic bioaccumulation to impaired spermatogenesis via SKAP2 suppression and shows that SKAP2‑rich milk‑derived extracellular vesicles restore sperm structure and function in hum
A global plastic pollution treaty is crucial as microplastics and toxic additives pose escalating risks to human, animal, and environmental health.