HHS-OASH-2026-0397-4932
https://www.regulations.gov/comment/HHS-OASH-2026-0397-4932

Tissue studies have already been concluded but if further detail studies would be conducted to understand functional parts per- tissue then a fuller assesment could be established.  Concurrently higher frequencies above gigahertz levels will cause membrane collage to loosen and become less dense making tissues more suseptable to hemorraging, deterioation or abraision from less strain or stress in inter operability of the domains of different tissues.  Higher the frequency becomes the more disfunctional the capability of the tissue to be a more durable collegiate structure in order to membrane it's coinciding structure to itself.  That is all concluded according to the fetal developmental studies in Stanford (coordinates in brain tissue studies).  I recommend to encourage further studies further internally to the individual tissue units itself for fuller integralatical inference in the components of difference according to the nominal environmental factors of hundreds of different tissue and the biological factory gland tissues and interworking symbiosis of workers such as red and white blood, macrophages, immune workers and their underlying tissue structures as well ect.