
Tungsten and Antimony Are Linked to Depression
A 2026 NHANES study of 8,814 people found tungsten and antimony exposure increase depression risk by up to 42%.


A 2026 NHANES study of 8,814 people found tungsten and antimony exposure increase depression risk by up to 42%.


A 2026 study of 909 people found copper exposure is the main driver of coronary artery calcification, doubling risk at high levels.


A 2026 study of 8,565 adults found cadmium is the dominant heavy metal linked to depression, driving 75% of the mixture effect.


A 2026 study found polystyrene microplastics cause muscle atrophy comparable to dexamethasone by shutting down muscle-building signals.


A 2026 study found microplastics carrying PAHs cause more lung cell damage, oxidative stress, and cell death than plastic alone.


A 2026 study found chemicals in personal care products share molecular targets with IBS, arthritis, fatty liver, and Parkinson's.


A 2026 review links microplastics to lupus, rheumatoid arthritis, and IBD through immune cell disruption and chronic inflammation.


A 2026 study found DINCH, the phthalate replacement, is linked to higher rheumatoid arthritis risk, especially with low vitamin D.


A 2026 review found long-term PM2.5 air pollution exposure increases lupus risk, especially in genetically predisposed people.


A 2026 review explains how environmental toxins interact with estrogen to trigger autoimmune diseases more in women than men.


A 2026 review links environmental pollutants and chemical exposures to rheumatoid arthritis, lupus, and other autoimmune diseases.


A 2026 study found nanoplastics from packaging and chemicals from grilled meat cause synergistic brain damage together.

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