Connecting wireless signals, ion channels and oxidative pathways

What this paper brings together

A 2025 synthesis of laboratory and epidemiological literature proposing an ion-channel-to-oxidative-stress pathway for ELF and wireless exposures.

The authors’ synthesis or proposal

Extends the ion forced-oscillation/voltage-gated ion-channel hypothesis to wireless carrier signals and their ELF/ULF modulation, linking disturbed ionic regulation to mitochondrial and enzyme-generated oxidative stress.

Reading the connections carefully

An explanatory proposal built from heterogeneous earlier studies. Authors acknowledge that details connecting ionic perturbations to ROS production need further exploration.

Study records to read alongside

These are topical connections within this library. A link does not mean the review cited this particular paper or independently confirmed its result.

• RF-006 Reduced sperm function and oxidative DNA damage in vitro
• RF-008 Cell-stage differences plus transient mature-sperm DNA damage and motility loss
• RF-046 Oxidative mitochondrial DNA markers in primary cortical neurons
• RF-005 DNA damage in selected rodent tissues
• RF-016 Different genotoxic responses across human cell types