HHS-OASH-2026-0397-5947
https://www.regulations.gov/comment/HHS-OASH-2026-0397-5947

See attached file(s) Katie Webb, QuantaX Technology
HHS-OASH-2026-0397

HHS must act now to reduce unnecessary wireless radiation exposure and protect biological fidelity: the precision with which living systems develop, regulate energy and information, repair damage, and recover. I support and present John Coates's complete comment, included in the attached PDF with my position statement and our illustrated plausible pathways.

Low-fidelity biology is the upstream vulnerability HHS must investigate and prevent. Mistimed calcium signals, mitochondrial and redox mismatch, impaired repair, and persistent compensation can reduce the reserve needed for healthy development and later challenges. The S4–Mito–Spin framework connects these processes through specific molecular targets and measurable functions. A standard based on average absorbed energy cannot, by that number alone, characterize biological timing, recovery, or developmental susceptibility.

The cancer evidence demands action. NTP and the Ramazzini Institute reported malignant heart schwannomas in male rats. The WHO-commissioned animal review rated evidence for increased glioma and heart schwannoma as high certainty. Melnick and Moskowitz (2026), applying EPA risk-assessment methods, calculated that the public whole-body limit is 15–900 times above modeled exposure levels for one additional cancer per 100,000 people, depending on daily exposure duration, and 8–24 times above their male-reproductive protection estimates. HHS and EPA must derive health-based limits and reduce avoidable exposure while completing that assessment.

Put the Yale developmental findings at the center. Aldad and colleagues found hyperactivity, impaired memory, and altered prefrontal-cortex synaptic transmission in mice exposed prenatally to cellular-phone radiation. Yale's senior author described the experiment as showing that prenatal cell-phone exposure caused ADHD-like behavioral problems in mice. Cakir and colleagues subsequently identified delayed radial-glial differentiation and BET-mediated developmental effects in human cortical organoids. A developing child gets one chance at each developmental window. HHS must respond with prenatal protection and a funded developmental research program.

Test the full pathway. Measure the S4/channel and CYB5B interfaces, calcium timing, mitochondrial reserve, spin-sensitive chemistry, chromatin responses, and later function together. Kim and colleagues' CYB5B gene-switch study identifies a molecular route from a defined field to rhythmic calcium-dependent gene regulation. The CACNA1C sleep study identifies genotype-dependent response. Use sham, carrier-only, and pulsed exposures at matched SAR with temperature control, then apply molecular blocking, rescue, and timed replay to establish the sequence.

Protect future generations now. RF experiments already warrant offspring follow-up: Yan and colleagues reported sex-specific offspring growth and metabolic changes after paternal RF exposure. Separate diet and toxicant experiments demonstrate molecular transmission through sperm RNA and persistence of environmental effects across generations. HHS must directly test RF-associated germline transmission, following maternal gestational lines through F3 and paternal preconception lines through F2, with unexposed descendants and molecular mediation tests. Also measure repeated direct exposure across successive pregnancies. Continued exposure and inherited effects are distinct routes that both require investigation and prevention.

My requests are concrete:

1. Publish a federal quantitative RF risk assessment using current cancer and reproductive evidence and established EPA methods.
2. Restore sustained NTP research, independent replication, prospective pregnancy cohorts, and multigenerational studies linked to early fidelity measurements.
3. Reduce unnecessary exposure in pregnancy, childcare, schools, healthcare, and sleeping environments. Fund practical wired and optical alternatives.
4. Require realistic body-contact testing and disclosure of test distance, dose averaging, active radios, and waveform conditions.
5. Reinvigorate Public Law 90-602. Ask Congress to place RF health-protection standards under HHS/EPA and repeal Section 704's health-based siting restriction.
6. Advance the Clean Ether Act through interoperable optical networks, wired-first procurement, independently evaluated pilots, and measured reductions in unnecessary transmissions.

Publish a ninety-day work plan, a one-year assessment and research program, named responsible officials, and annual results. The accompanying 5,000-word statement, pathway images, and John Coates's complete comment provide the evidence and implementation requests. Protect biological fidelity before the developmental window closes.

Katie Webb
QuantaX Technology