Abstract

Overview

The study explores the presence of intrinsic bioelectromagnetism within DNA, which remains a significantly underexplored area in biology.

Methodology

• Analysis focused on isolated prokaryotic and eukaryotic DNA.
• Utilization of ultra-low-noise trans-impedance amplifiers and high-precision data acquisition systems.
• Measurements aimed to record faint electromagnetic signals from both concentrated and diluted DNA samples in vitro.
• Additional tests assessed the electromagnetic effects of high-frequency (HF) RF fields on the DNA samples.

Findings

Through meticulous experiments and precise measurements, no intrinsic or induced electromagnetic activity was detected in the DNA samples when compared to control samples of simple water or from empty chambers.

Conclusion

The study concludes with the significant finding that there is no measurable intrinsic electromagnetic activity or fields in the tested DNA material. If any such activity or fields exists, they are too minuscule to be detected with current scientific methods. This finding underscores the challenges in measuring faint bioelectromagnetic phenomena and suggests a reevaluation of methodologies or technologies for future research in EMF safety and bioelectromagnetism.