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<\/p>\nElectromagnetic radiation, or electromagnetic field (EMF), is an invisible form of energy. While only a subset of people, such as those with Electromagnetic Hypersensitivity (E.H.S.), directly experience symptoms like headaches, insomnia, fatigue, stress, muscle pain, or skin issues, its effects are widespread.<\/p>\n
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Scientific Evidence from Research<\/b><\/p>\n
Using data from experiments like the \u201cOne Drop of Blood\u201d test and Bioscan, conducted in Hong Kong and Haikou, we\u2019ve explored EMF\u2019s effects on blood and the protective role of Vivobase.<\/p>\n
Blood Analysis Results<\/b><\/p>\n
Before using Vivobase, red blood cells exhibited both positive and negative ions on their surfaces, causing them to clump together. This led to viscous blood, impairing microcirculation, nutrient\/oxygen delivery, and detoxification. After using Vivobase, red blood cells carried only negative ions, repelling each other, preventing clumping, and restoring normal blood circulation.<\/p>\n
Bioscan Energy Assessment Results in Hong Kong<\/b><\/p>\n
Among participants, 78% showed elevated EMF levels. After using Vivobase, 91% experienced varying degrees of improvement in their health metrics.<\/p>\n
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Haikou Consumer Expo<\/b> (346 Participants, Ages 12\u201379)<\/p>\n
Testing revealed 79% of participants had excessive EMF levels, consistent with Hong Kong findings, highlighting EMF\u2019s significant impact on urban populations.<\/p>\n
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Experimental Design: Vivobase\u2019s Protective Effects<\/b><\/p>\n
To evaluate Vivobase Home\u2019s impact, researchers designed a controlled study with three scenarios, manipulating two devices\u2014Wi-Fi and Vivobase Home\u2014to assess EMF exposure and protection. Devices were concealed in boxes to ensure participants were unaware of their on\/off status. Physiological parameters (heart rate, muscle tone, skin conductance, respiratory rate, and finger temperature) were monitored using a special device.<\/p>\n
Study Principles:<\/p>\n
1. Prospective: Predictions were based on prior data.<\/p>\n
2. Placebo-Controlled: Participants were unaware of device states.<\/p>\n
3. Double-Blind: Assistants were also unaware of device states.<\/p>\n
4. Randomized: Scenarios were presented in random order.<\/p>\n
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Scenarios:<\/b><\/p>\n
Scenario 1 (Vivobase + Wi-Fi): Both Vivobase Home and Wi-Fi router on. Participants were exposed to environmental and Wi-Fi EMF but protected by Vivobase.<\/p>\n
Scenario 2 (Wi-Fi Only): Vivobase off, Wi-Fi on. Participants were exposed to environmental and Wi-Fi EMF without Vivobase protection.<\/p>\n
Scenario 3 (Control): Both Vivobase and Wi-Fi off. Participants were exposed only to environmental EMF, without Vivobase protection.<\/p>\n
Study Details:<\/b><\/p>\n
Participants: 30 individuals (ages 19\u201374), randomly selected.<\/p>\n
Duration: August 8 to September 5, 2022.<\/p>\n
Protocol: Participants avoided meals 1 hour prior and coffee, alcohol, or energy drinks 3 hours prior to testing to minimize data interference. Measurements were taken on three different days at the same time to control for fatigue consistency.<\/p>\n
Setup: Participants sat for 35 minutes, connected to a biosignal device. Wi-Fi was placed 1 meter away, Vivobase 5 meters away. The first 5 minutes were excluded to allow stabilization, with data analyzed in two phases: 6\u201320 minutes (Phase 1) and 21\u201335 minutes (Phase 2).<\/p>\n
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Key Findings<\/b><\/p>\n
Significant Differences (Scenario 1 vs. Scenario 2):<\/p>\n
When Wi-Fi EMF exposure was consistent, Scenario 1 (Vivobase + Wi-Fi) showed statistically significant improvements across all five physiological parameters (heart rate, muscle tone, skin conductance, respiratory rate, finger temperature) compared to Scenario 2 (Wi-Fi only). Larger numerical differences underscored Vivobase\u2019s effectiveness.<\/p>\n
Comparative Analysis:<\/b><\/p>\n
Comparing Scenario 1 (Vivobase + Wi-Fi) and Scenario 3 (Control) to Scenario 2 (Wi-Fi only), four parameters (muscle tone, skin conductance, respiratory rate, temperature) showed similar improvements, indicating Vivobase mitigates Wi-Fi EMF effects.<\/p>\n
Time-Dependent Effect:<\/b><\/p>\n
Vivobase\u2019s protective effects became more pronounced over time, with stronger results in Phase 2 (21\u201335 minutes).<\/p>\n
Conclusion<\/b><\/p>\n
The experiments confirm that Vivobase Home effectively counteracts Wi-Fi-induced EMF\u2019s adverse effects on physiological health. By reducing red blood cell clumping and improving circulation, as well as lowering EMF-related stress on the body, Vivobase offers a scientifically validated solution for mitigating EMF exposure in urban environments.<\/p>\n","protected":false},"featured_media":338,"parent":0,"menu_order":0,"template":"","blog-categories":[12],"class_list":["post-343","blog","type-blog","status-publish","has-post-thumbnail","hentry","blog-categories-research","en-US"],"acf":[],"yoast_head":"\r\n