On radar and radio exposure and cancer in the military setting
Abstract
Overview
In a comprehensive exploration of the effects of high-intensity whole-body radiofrequency radiation (RFR) on military personnel, this study presents a new series of cases highlighting significant health risks associated with such exposures.
Introduction
Following our 2018 report, this study revisits 46 young cancer patients from Israeli military services who experienced high-intensity RFR. The analysis builds upon historical data from similar groups in Belgium, Poland, and Israel, emphasising increased rates of all cancers.
Materials and Methods
- Participants: Self-selected Israeli soldiers exposed to occupational RFR, aided by an NGO.
- Method: Analysis of cancer type distribution and risk ratios, compared to other occupational groups across three countries.
Results
Patients had a median diagnosis age of 23, with exposure durations between 1 to 3 years and short latency of 4.6 years. Significantly higher proportions of hematolymphoid (HL) cancers were observed:
- HL cancer: 41.3% occurrence, significantly higher than the 22.7% expected in non-exposed populations.
- Hodgkin Lymphoma: 21.7% versus the expected 11.6%.
A subdivision analysis estimated the overall cancer risk ratio after 8 years as 8.0, highlighting a strong connection between RFR exposure and increased cancer risk.
Conclusions
The findings underscore the critical need for reduced RFR exposure and improved protective measures for military personnel. These measures should align with community standards and include comprehensive safety instructions and regular health monitoring. The study supports the reclassification of RFR as a high-level carcinogen, reflecting its significant implications for public health.
Further Action
- Reduction of RFR exposure to community standards.
- Implementation of radiation safety and regular medical monitoring.
- Reclassification of RFR exposure to reflect its carcinogenicity.