> Rather than introduce just the number of particles released by one container, the researchers instead exposed the cells to particle concentrations that infants and toddlers might accumulate over days or from multiple sources. > After two days, just 23% of kidney cells exposed to the highest concentrations had managed to survive So they used concentrations that they believe toddlers might accumulate over two days an…
The article is only presenting that: 1. nano/microplastics kill kidney cells in a lab environment 2. nano/microplastics come from microwaving containers Regardless of whether you agree with the conclusion _you_ are drawing from reading the article, the article is saying those things. In order to make a real-world-ish experiment, we'd have to start experimenting on children. I feel that while you're expressing outrage…
So while your point 1. is technically true, it comes with the caveat of heavy concentrations.
We know of thousands of "factors" that become dangerous or toxic in big concentrations but are innocuous or even beneficial in small doses. I'm not saying that plastic is either of these but to leave out the dose concentration is clearly misrepresenting from your part.
So I don't know if you haven't read the article till the end (because this caveat of the concentration comes later after the sensational part you emphasized) or you are purposely trying to mislead others.
The discrepancy of their result ("three-quarters of cultured embryonic kidney cells had died") with reality also clearly points to something very wrong with this study. That high level of cell mortality is not observed anywhere in reality.