| RESEARCH ARTICLE |
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| Year : 2009 | Volume
: 30
| Issue : 1 | Page : 1-4 |
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The Radioactivity-Magneto Radio Frequency-Activated Nano Excitations In Quality Growth Medicinal Plants
R Swarup
U. P. Technical University, Lucknow & AICTE, New Delhi; Director, D.S.Institute of Technology & Management, Ghaziabad, India
Correspondence Address:
R Swarup
U. P. Technical University, Lucknow & AICTE, New Delhi; Director, D.S.Institute of Technology & Management, Ghaziabad
India
 Source of Support: None, Conflict of Interest: None  | Check |
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The plants developed with the disease fighting inherited natural character on the basis of specific chemical condensations are called 'medicinal plants'. The drug potential of the medicinal plants however, is restricted with the limited concentrations of chemicals responsible for disease curing character. Making use of this criteria our experts in medical sciences developed the modern medicines as the dense concentrations of disease fighting chemical drugs either by chemical synthesis or extracting from the medicinal plants. Now, since such chemical condensations are not natural, hence they decay with time. In order to make the modern medicines sustainable, an extra combination of chemicals is artificially attached, hence their expiry date is elongated a bit. Since this extra attachment of chemicals is not natural, that is why the allopathic medicines become time barred and imposing side effects on the patients treated with these medicines. An attempt is being made to enrich the medicinal plants with the disease fighting chemicals having their grown up medicine-index (MI) under Radioactivity Magneto-Radio-Frequency (MRF) interactions activating nano-excitations in these species. The nano-structurings in medicinal plants had been experimentally confirmed by trans-conductance second derivative peak structures using their magneto-potential records under Radioactivity & MRF-perturbations. Radioactivity-MRF-Nano excitations on medicinal plants Aloe Vera, Catharanthus Roseus had grown up their medicinal index (MI), 11 & 8 times greater respectively. |
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