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And this is EHV at KX, and here at Science and TechNet in Transatlantic Control Ontario, Canada. Any stations out there, if you'd like to join us, you have a comment to come on in. So the very first main topic for tonight about microplastics. I don't think there's many science that have to go past, or go by where I'm not mentioning something about microplastics, something new that's finding out about microplastics specifically and how they're affecting human beings. If you'd like to join us, have a comment, come on in. And microplastics, they're now not only found in our soft tissue, but they're now being found in our bones. This is repeater station Kilo Kilo 7, November Quebec November, All Star Node 6222, located in Shelton, Washington. And as I just said, not only are these plastics found in multiple organs inside our bodies, but they're now being detected in our bones. And there were 62 studies that revealed microplastics and nanopastics affecting the skeletal health of human beings. And once inside the bones, they tend to migrate to the bone marrow, and it interferes with the metabolism. Animal studies have shown that the accumulations can reduce bone growth by disrupting osteoplasts, these are cells that help bone growth and repair. And studies also have shown that plastics and animal studies can give itself a viability and also accelerate cell aging and even cell differentiation, that stem cells, and promote inflammation. And humans, research is suspected microplastics may be part of the problem for the increasing global prevalence of osteoporosis. Copy?