Materials and methods
Two established biological models were evaluated: L-929 connective-tissue fibroblasts (assessing tissue regeneration and wound healing in a scratch assay) and differentiated HL-60 cells (serving as a model of functional immune neutrophils).
Cell cultures were exposed to continuous mobile phone radiation and WLAN transmission for four hours. Testing compared cell cultures protected by Medic Amber against exposed unprotected cultures and unexposed control cultures.
Measures and analysis
- Cell migration and scratch closure across a 500 μm cell-free space over time.
- Basal metabolic vitality of cells under radiation exposure.
- Functional generation of reactive oxygen species (ROS) in neutrophil models.
- Statistical evaluation performed using a two-tailed Wilcoxon–Mann–Whitney test.
Reported results
- Fibroblast cultures protected by Medic Amber achieved 80.1 ± 7.4% scratch closure, compared to only 63.6 ± 7.5% in exposed unprotected cultures (statistically significant at p ≤ 0.05).
- Basal metabolic activity and functional cellular vitality in the neutrophil model were significantly higher in the Somavedic-supported cultures.
- The findings demonstrated marked compensation of mobile phone radiation effects at the cellular level.
Discussion and conclusion
The study documents that Medic Amber exerted a clear protective effect on cultured cells against high-frequency electromagnetic radiation, significantly improving cell migration and preserving cellular vitality.
These findings provide valuable laboratory evidence supporting the biological plausibility of Somavedic environmental harmonization.