Baseline Blood

Wi-Fi Exposure Blood

Blood after Quantum Bloc

This exploratory pilot study assessed the effects of microwave radiation from a 4G Wi-Fi router on human blood and examined the potential protective benefits of the Quantum Bloc device. Four healthy adult subjects, aged 42 to 80, were exposed to Wi-Fi radiation, and live blood samples were analyzed under a dark-field microscope for changes in blood morphology. The study compared the effects of radiation alone with those observed when using the active Quantum Bloc device versus a sham device.

Study Design: The study was randomized, double-blinded, and sham-controlled. Blood samples were taken from the subjects before radiation exposure (baseline), after 10 minutes of Wi-Fi exposure, and again following an additional 10 minutes of exposure while using either the active Quantum Bloc or a sham device. The samples were analyzed for red blood cell clumping, rouleaux formation, membrane disturbances, and white blood cell motility.

Results: The active Quantum Bloc device demonstrated significant protective effects, reducing red blood cell aggregation, rouleaux formation, and early fibrin production, while enhancing white blood cell motility. In contrast, the sham device showed only minimal protective effects, likely due to partial activation. These results suggest that the Quantum Bloc device may help mitigate the negative impact of Wi-Fi radiation on blood morphology.