SAR · Specific Absorption Rate
Energy absorption measurement
FCC-defined unit measuring radio-frequency energy absorbed by tissue from a wireless device. Tested under federal SAR protocol with sugar-based brain-tissue simulant.
An overview of how Bodywell®'s research is structured — testing philosophy, methodology, categories, and the institutions and contributors involved.
Bodywell®'s research and testing program is designed around a single principle: every product claim should be traceable to a specific measurement, conducted by a named contributor at a named institution.
This page describes the testing philosophy, the methodology framework, and the categories under which research is conducted. For full results and underlying data, see All Test Results.
Testing Philosophy
Research is conducted across deliberately different methods, instruments, and institutional structures. Each result is documented in isolation and evaluated on its own terms.
Two of the four study categories rely on instrument-only measurements with no human-subject input, reducing observer or subject bias. The remaining categories follow standard FCC and clinical protocols.
Institutional context varies across the program — third-party FCC-accredited testing, public-university research, independent clinical investigation, and industry-supported research with explicit funding disclosure on the manuscript.
Each study identifies the institution and contributors responsible for the work.
Equipment, protocol, and conditions are recorded with each measurement.
Each study includes documented limitations, scope, and applicability boundaries.
Methodology and analysis are reviewed by named experts at academic institutions.
Testing Categories
Each category examines a distinct dimension of how RF energy interacts with biological systems. Full results, data tables, and source documentation are available on the all-results page.
SAR · Specific Absorption Rate
FCC-defined unit measuring radio-frequency energy absorbed by tissue from a wireless device. Tested under federal SAR protocol with sugar-based brain-tissue simulant.
EEG · Bioelectrical Brain Activity
Clinical EEG measurement of alpha-rhythm parameters across multiple subjects under defined cellphone-exposure conditions. Conducted under International 10-20 electrode placement.
pH · Cellular Bio-Stabilization
Continuous pH monitoring of water under cellphone exposure, documenting changes in hydrogen-ion activity. Recorded with a custom-built differential pH meter.
Thermal · FLIR Imaging
Infrared imaging of skin and underlying tissue temperature during sustained cellphone use. Conducted under IAMT head-and-neck protocol with subjects oriented by Reid's base line.
Curated Findings
A summary of the most significant documented findings. Full data tables, charts, and underlying measurements are on the all-results page.
SAR
Up to 80%
Documented reduction in absorbed RF energy across six independent device measurements at an FCC-accredited lab. Range: 58.9–80.1%.
EEG
6 of 6
Subjects in the clinical EEG pilot recorded an increase in alpha-rhythm index when the BioCard was applied during cellphone exposure.
pH
≈ 0 drift
With the MobileTek BioCard in place, water pH remained stable across the 20-minute exposure window. Without it: −0.45 pH unit drift.
Thermal
≈ ½
Approximately 50% reduction in peak skin temperature increase over a 45-minute cellphone exposure window.
Validation and Expert Review
Each study is associated with a named institution and contributor with documented professional history.
City University of New York, Beaumont Health Research Institute, RF Exposure Lab (FCC-accredited), Ariel University, Holon Institute of Technology, Technion — Israel Institute of Technology.
Each contributor is publicly identifiable with documented academic history: Prof. Aron Goykadosh (CUNY), Dr. Mark Krinker (CUNY), Dr. Nachaat Mazeh (Beaumont), Prof. Moshe Einat (Ariel), Prof. Motti Haridim (HIT), Regina Shmelkina (clinical EEG).
Specific Absorption Rate testing conducted at RF Exposure Lab, San Marcos, California — FCC Accreditation #2387.01. Independent TRP/TIS verification performed in the same lab.
Next Step
For full results, data tables, and source documentation across all four research categories, see the all-results page.