July 7th, 2024

First study to measure toxic metals in tampons shows arsenic and lead

A UC Berkeley study found toxic metals like lead, arsenic, and cadmium in tampons, raising health concerns due to high absorption potential. Manufacturers urged to test products and improve labeling. Future research planned.

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First study to measure toxic metals in tampons shows arsenic and lead

A recent study led by a UC Berkeley researcher has revealed that tampons from various brands contain toxic metals such as lead, arsenic, and cadmium. The study, the first of its kind, highlights concerns about potential health risks associated with these contaminants, especially considering the high absorption potential of the vaginal skin. Metals like arsenic and lead, known to pose health risks including dementia, infertility, and cancer, were found in all types of tampons tested. The concentrations varied based on factors like organic vs. non-organic and store- vs. name-brand tampons. The study emphasizes the need for manufacturers to test their products for toxic metals and for better labeling on menstrual products. While the study did not determine if these metals lead to negative health effects, future research will investigate the leaching of metals from tampons into the body and explore the presence of other chemicals in these products. Funding for the study was provided by various institutes, and the full paper can be accessed for more details.

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Link Icon 6 comments
By @defrost - 3 months
Study measuring toxic metals in tampons shows arsenic, lead, other contaminants

Article: https://medicalxpress.com/news/2024-07-toxic-metals-tampons-...

Full paper: https://www.sciencedirect.com/science/article/pii/S016041202...

HN: 2 days ago | 3 comments | https://news.ycombinator.com/item?id=40879497

By @noisy_boy - 3 months
I am genuinely curious about such not-so-infrequent reports of finding metals like arsenic/lead etc in various commonly used items. Are these metals such essential/common part of modern industrial processing that chances of them being everywhere is inherently higher? If so, is it that much cost prohibitive to change the processing to remove them from the final product? Even if so, how come they haven't been removed due to the massive scaling/improvement of production process that we have witnessed in the last few decades?
By @complaintdept - 3 months
Can anyone with access to the paper list the results by brand?
By @RecycledEle - 3 months
120 nanograms of lead per gram = 0.1 PPM lead levels