STUDY ON DIABETES USING ELECTRO PHOTONIC IMAGING TECHNIQUE
Date
2018-03-14
Authors
Journal Title
Journal ISSN
Volume Title
Publisher
SVYASA
Abstract
BACKGROUND: The GDV instrument is becoming popular to measure the subtle energy level
in human subjects. The instrument Gas Discharge Visualization measure using fingertip electron
emission, the variation in which correspond to changing health status in different organ system,
here we determined the characteristics in Diabetes participant.
Diabetes mellitus is the most challenging health conditions of the modern world and is spreading
like an epidemic causing serious health hazards. According to the International Diabetes
Federation reports that more than 382 million People would be living with Diabetes by 2015.
India is second for the Diabetes population with 60 million individuals currently diagnosed with
the Disease.
AIM: To study using the Electro Photonic Imaging Technique to assess the effect of one week
Integrated Approach of Yoga Therapy (IAYT) on Diabetes participants.
METHODOLOGY: Thirty participants with the age range from 20 to 70 years Diabetes
participants at Arogyadhama of SVASA College in Bangalore, India all participants were given
Integrated Approach of Yoga Technique (IAYT) practice every day for one week according to
Arogyadhama Schedule for Diabetes participant using Gas Discharge Valuation. Mean age.
RESULT: From the Electro Photonic Imaging using GDV showed the changes in variables like
Endocrine system, chakras, Digestive system, and Immune system. Data were normally
distributed; we have conducted a parametric t-test to see within the group. The result shows a
highly significant change (p<0.001) in male, female, and together combined. Thus the hypothesis
is accepted that the practice of seven days IAYT programmed has affected in Diabetes Mellitus
patients.
CONCLUSION: Using Electro Photonic Image we can able to show the changes in different
variable in Diabetes participant.
Description
Keywords
Gas Discharge, Visualization, Character, Diabetes, IATY programmed