{"id":"HHS-OASH-2026-0397-0995","body_sha256":"723ff3b838b5ffa22533278df799fa1e689abc60b7a2478ab6c7e4795c7ba551","status":"ai_reviewed","primary_topic":"mechanisms","topics":[{"id":"mechanisms","evidence":"n chemistry. Since his earlier work with Leonard K. Kaczmarek, a biochemist, on calcium ions had suggested that highly non-linear effects must be involved—effects that would allow large r"},{"id":"cancer","evidence":" suppress the ability of cultured T-lymphocyte cells from mice to kill cultured cancer cells; and when the four researchers published their findings in the journal Bioelectromagnetics, i"},{"id":"children","evidence":"mer and the physicist Ed Leeper which found an increased incidence of cancer in children in the Greater Denver area who had been exposed to low-level magnetic fields from high-current elec"},{"id":"research","evidence":"c-fields-ii-something-is-happening\nexcerpt: Meanwhile, Adey was pushing on with research aimed at finding out how weak electromagnetic fields might trigger amplified changes in brain chemi"}],"summary":"Discusses older research on weak electromagnetic fields, calcium signaling and immune-cell activity. Raises cancer and childhood-exposure concerns and asks that historical findings receive attention; quoted and linked material is not independently appraised.","reviewed_at":"2026-09-28T16:09:15Z","review_method":"Source-matched AI review of 101 new complete comment bodies with exact supporting passages; three attachment-dependent covering notes remain pending. Attachments and external links not reviewed.","review_source_sha256":"83152d8214993ab7cfe4e3b6ca2e171488a3fdcdf5f368b211b837ad1706a8ae","source_url":"https://rfsafe.net/hhs-comments/data/catalog.json","scope":"Original comment body; attachments excluded"}