
The Air You Breathe Is Full of Microplastics
A 2026 critical review documents how airborne microplastics affect human respiratory health through inhalation exposure.


A 2026 critical review documents how airborne microplastics affect human respiratory health through inhalation exposure.


A 2026 study found inhaled polystyrene nanoplastics cause fibrotic lesions in the lungs through immune and energy system disruption.


A 2026 study in EMBO Molecular Medicine found microplastics act as environmental modifiers that worsen existing lung diseases.


A 2026 study documents how styrene migrates from polystyrene food containers into your food, especially with heat.


A 2026 review found alternative plasticizers, marketed as safer DEHP replacements, are toxic to placental tissue.


The ECHO cohort, one of the largest US pregnancy studies, links PFAS exposure during pregnancy to gestational diabetes risk.


A 2026 cohort study found prenatal PFAS exposure creates specific metabolic signatures linked to gestational diabetes subtypes.


A 2026 case-control study found PFAS disrupts PPAR and L-FABP pathways, linking forever chemicals to gestational diabetes.


A 2026 modeling study found PFAS transfers from mother to baby through placenta and breastmilk, building up in early life.


A 2026 review details how microplastic exposure triggers molecular pathways that lead to liver tumor development.


A 2026 study found microplastics are absorbed by vegetables from soil and water, entering the food chain before harvest.


A 2026 study found PET microplastics strip the protective lining of blood vessels and cause early structural damage to the aorta.

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