Using biomarkers analyzed in blood serum before and after the exposure this single blinded randomized counterbalanced study, including 24 healthy subjects aged 18 30 years that all underwent three exposure conditions (SAR10G = 2 W/kg, SAR10G = 0.2 W/kg, sham), tested whether microwaves from an 890-MHz phone-like signal give acute effects on the integrity of brain-shielding barriers.
Sham testing gave no false positives and no false negatives.
Sham testing showed that the dogs did not anticipate the experiment.
Shams tested out his tech startup in other ventures, like Telezoo.
Using data combined over pairs of successive sessions, the ATNx group was significantly impaired compared with Sham animals: test, F 1, 20) = 61.5, p <.001; re-test, F 1, 20) = 20.1, p <.001.
Control subjects were given a sham cold test after demonstrating soft tissue signs.
Rats (SNL and sham) were tested for tactile sensitivity immediately prior to surgery (baseline) and before tissue extraction 4 weeks post-surgery to ensure SNL rats were hypersensitive.
*P < 0.05 and **P < 0.01 vs. OVX (Mann-Whitney U - test) SHAM = Sham-operated Control rats; OVX = overictomised non-honey treated Control rats THL = Tualang Honey, low dose; THM = Tualang Honey, medium dose; THH = Tualang Honey, high dose All values are expressed as the median (IR).
There were no significant differences in survival time (log-rank test, sham vs. CVVH; p = 0.49, sham vs. HVHF; p = 0.33) or neurological deficit scores (ANOVA, p = 0.14) between the groups.
Both groups, however, were above chance at the beginning of Session 2: one-sample t test, Sham, t(6) = 6.493, p =.001; PRh, t 8) = 4.731, p =.001.
