Dissertation/Thesis Abstract

Experimental electromagnetic effects on the model organism Escherichia coli and the bacteriophage T4
by Lisiewski, Darlene Mildred, Ph.D., Union Institute and University, 2008, 105; 3319366
Abstract (Summary)

This experimentally-based work was designed to answer the research question as to whether the phenomenon of nuclear magnetic resonance (NMR) can produce observable effects upon the bacterial virus activity of T4, with such activity demonstrated through the infection of its host bacterium Escherichia coli. The biological samples were placed for three hours within a coil antenna assembly propagating oscillating fields of radio frequency electromagnetic energy generated at the frequency of 5.6 MHz, and set at right angles within a magnetic field of 1450 gauss (recognizing such conditions are not set for the maximum effective resonance for hydrogen nuclei). The laboratory technique of plaque formation was the basis upon which the statistically tested data were compiled. Exposure of the bacterium alone exhibited an increase in viral activity over the control group (40–68% higher numbers of plaque formation), while exposure of T4 alone saw a decrease (approximately 23%) in infection rates. Depending on the protocol, placement of both T4 and E. coli into the coil assembly saw a decrease of either approximately 50% or 42% in infection rates. Future research must address identification of the effects being observed.

Indexing (document details)
Advisor: Fenner, Peter
School: Union Institute and University
School Location: United States -- Ohio
Source: DAI-B 69/06, Dissertation Abstracts International
Subjects: Electromagnetism, Biophysics
Keywords: Bacteriophage T4, Electromagnetic, Genetic engineering, Magnetic resonance
Publication Number: 3319366
ISBN: 978-0-549-70134-7
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