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Environmental Sciences and Ecology: Current Research
[ ISSN : 2833-0811 ]


Application of Biofield Concepts on Germination of Mung Bean Seedlings in an Electromagnetic Environment

Research Article
Volume 4 - Issue 4 | Article DOI : 10.54026/ESECR/1099


Benjamin J Scherlag1*, Ronald A Scherlag2, Sunny S Po1 and Tarun W Dasari1

1University of Oklahoma Health Sciences Center, Cardiovascular Section Department of Internal Medicine, 800 Stanton L Young Blvd, Suite 5400 Oklahoma City, OK 73104
2Unaffiliated Independent Scientific Investigator, Oklahoma City, OK

Corresponding Authors

Benjamin Scherlag, PhD, Department of Medicine, Email: benjamin-scherlag@ ouhsc.edu,800 Stanton L. Young Blvd, Suite 5400, Oklahoma City, OK

Keywords

Electromagnetic; Seedlings; Mung bean; Biofield concepts

Received : December 08, 2023
Published : December 27, 2023

Abstract

Introduction: The new concept of Biofields encompasses energy emissions and energy input into living systems, respectively. The external recording of electrical activity from the heart and brain are examples of such biofields. The Complementary and Alternative Medicine practices of Reiki and Therapeutic Touch represent the other aspects of the Biofield Concept. In the present study we observed the effects of negative and positive electromagnetic energy on the growth of Mung bean seedlings.

Methods: Five Mung bean seeds were put in each of 2 petri dishes. All were filled with 20 cc of distilled water. One petri dish was placed on the negative side of a plate magnet (3975 Gauss). The other was placed on the positive side of a second plate magnet. Both magnet plates were stored in a darkened desk drawer for up to 2 weeks.

Results: After the 2 weeks the seedlings on the negative plate showed substantial growth, whereas the positive side hardly grew.

Conclusions: Specific forms of electromagnetic energy from static magnets have distinctly different effects on the growth of Mung bean seedlings representing the energy input aspect of the Biofield responses to physiological regulation in living organisms.