The scientific study carried out by the BION Institute in 2023 aimed to investigate the potential protective effect of the VIVOBASE HOME against electromagnetic radiation.
The VIVOBASE HOME is designed to protect users from the potentially harmful effects of WLAN radiation and other sources of electromagnetic radiation.
In order to scientifically verify this claim, the institute conducted a series of tests under controlled clinical conditions as part of a double-blind study.
The study involved 30 volunteers of different ages, each of whom underwent three test scenarios: exposure to Wi-Fi radiation with the VIVOBASE HOME switched on, exposure without the device and a control situation without any electromagnetic radiation.
The main objectives of the study were to measure and compare various physiological parameters of the test subjects under these conditions.
The aim was to determine possible differences and the protective effect.
VIVOBASE Home Protects against electromagnetic radiation according to study
The results showed significant differences in the physiological reactions of the test subjects between the situations with and without the VIVOBASE HOME.
In particular, when the device was switched on, the test subjects showed physiological values that were similar to those of the control situation without WLAN radiation.
This indicates that VIVOBASE HOME protects the human organism from the effects of WLAN radiation.
At the very least, its influence is significantly reduced.
The physiological parameters examined included heart rate, muscle activity, skin conductance, respiratory rate and body temperature.
Statistical analysis of the data showed that there were significant differences in muscle activity, skin conductance and respiratory rate in particular.
This indicates a potential protective effect against electromagnetic radiation.
In summary, the scientific study confirms that VIVOBASE HOME can offer a certain degree of protection against the negative effects of WLAN radiation.
The significant differences in the physiological parameters of the test subjects with the device switched on compared to the situations without the device or without WLAN radiation support the claim of a protective effect.
Further research could help to deepen our understanding of the mechanisms of the protective effect and expand the possible applications of such devices.
