HHS-OASH-2026-0397-1896
https://www.regulations.gov/comment/HHS-OASH-2026-0397-1896

There are many studies regarding wireless radiation. Here are two for your consideration. The public deserves to be informed of dangers, and deserves to learn ways to mitigate cellular damage, especially for children, who are more effected because their brain cells are still developing. Thank you or looking into the dangers of wireless radiation. God Bless! 

A Narrative Review on the Influence of Electromagnetic Fields Below 100 kHz on the Endocrine System
https://www.mdpi.com/2076-3417/16/10/4910

Due to the ubiquity of low-frequency electromagnetic fields in everyday human environments, exposure to them is largely unavoidable. Their biological effects are still not fully understood. This work analyzes the relationship between low-frequency electromagnetic fields and the human endocrine system. As the endocrine system is responsible for regulating and maintaining the human body, its potential dysregulation may result in significant adverse health effects. This manuscript summarizes the existing studies addressing this topic and highlights several promising directions for future research.

Mobile telephony radiation exerts genotoxic action and significantly
enhances the effects of gamma radiation in human cells
https://pubmed.ncbi.nlm.nih.gov/38099580/

Experimental animal studies and in vitro (cell culture) investigations constitute the majority
of the research indicating that EMFs can influence hormone secretion and alter various
cellular processes [2]. These controlled environments offer significant advantages, allowing
for precise control over exposure conditions, including frequency, intensity, duration, and
waveform, and enabling detailed investigation of underlying biological mechanisms at the
cellular and molecular levels [4].
Consistent observations from these models include:
• disruption of melatonin secretion from the pineal gland [13],
• alterations in HPA axis activity and levels of stress hormones such as corticosterone
and ACTH [4],
• changes in thyroid hormone production, specifically fT4 [17],
• adverse impacts on reproductive function, encompassing disruptions to the estrous
cycle, changes in sperm quality, and altered hormone levels [2],
• identification of underlying cellular changes, such as increased oxidative stress, altered
ion channel activity, and DNA damage, which provide mechanistic explanations for
the observed endocrine disruptions [3].
The consistency of findings across numerous animal and in vitro studies, particularly
regarding specific endocrine disruptions and underlying cellular mechanisms like oxidative
stress and ion channel modulation, establishes a strong mechanistic plausibility for ELFEMF
effects on the endocrine system.