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EXPERIMENTAL STUDY TO EVALUATE HAEMODYNAMIC ACTION OF HERBO-MINERAL COMPOUNDS
Author(s) -
Apoorva Prashant Sane
Publication year - 2019
Publication title -
ayurlog: national journal of research in ayurveda science
Language(s) - English
Resource type - Journals
ISSN - 2320-7329
DOI - 10.52482/ayurlog.v7i02.312
Subject(s) - chronotropic , inotrope , medicine , hemodynamics , traditional medicine , cardiology , cardiac output , heart rate , blood pressure
:  Aim: Every ¼ individuals die due to cardiac failure. Cardiac diseases are increasing and ranks 1st in top 10 causes of death as per WHO. In order to increase life span and mortal period we must find an alternative treatment and so we have the rich ancient wisdom from Ayurveda. We have to utilize this knowledge scientifically so that we can understand their action and use them to cure diseased person. Objective: To evaluate the heamodynamic action of herbo-mineral compound in healthy individual. Material & Method: Four healthy individuals were selected for the study. Each healthy individual consumed a different bhasma and post consumption the following parameters were checked Heart Rate (HR), Systolic blood pressure (SBP), Stroke volume (SV) , Cardiac output(CO), Systemic vascular resistance (SVR) ; were recorded at intervals of immediately after consumption, after 1 hour and after 2 hours. Rasa bhasma administered tamra bhasma, abhrak bhasma, suvarna makshik bhasma, mauktik bhasma. Method Of Evaluation: Deviation in parameters was observed from normal standard value leading to conclusion of heamodynamic effect. Result: Sr no Bhasma name Chronotropic effect Inotropic effect Tamra bhasma                                                   Positive Negative Abhrak bhasma                                                  Negative Negative Swarna makshik bhasma                                  Neutral Negative Mauktik bhasma                                                Neutral Negative Conclusion : Herbomineral compounds have a significant haemodynamic effect on the human body.

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