My complaint was more about the baity title. Nevertheless cancer tissues generate more blood vessels around them to transport more resources to the tissue. A better metric would likely be something that normalizes the amount of microplastics by inflow of total particles. Even other tissue resource densities might serve the purpose. But anything else is either bad science communication or bad science.
It’s definitely not establishing causation, I agree. But showing a correlation isn’t bad science. It could just be that because tumors are more resource intensive they accumulate more plastics. But at the very least they should have identified the specific plastics they found.
It’s about 2.5x more than the surrounding non-cancerous prostate tissue.
My complaint was more about the baity title. Nevertheless cancer tissues generate more blood vessels around them to transport more resources to the tissue. A better metric would likely be something that normalizes the amount of microplastics by inflow of total particles. Even other tissue resource densities might serve the purpose. But anything else is either bad science communication or bad science.
It’s definitely not establishing causation, I agree. But showing a correlation isn’t bad science. It could just be that because tumors are more resource intensive they accumulate more plastics. But at the very least they should have identified the specific plastics they found.
And what are the systematic errors on that? Cancer cells are abnormal in many ways per se, specially growing stats…