Author: Rastogi, Rohit; Saxena, Mamta; Chaturvedi, D. K.; Satya, Santosh; Arora, Navneet; Gupta, Mayank; Singhal, Parul
Title: Fog Data Based Statistical Analysis to Check Effects of Yajna and Mantra Science: Next Generation Health Practices Cord-id: bitwmlhb Document date: 2020_6_11
ID: bitwmlhb
Snippet: As we all know that our neighboring country China is facing Corona Virus, and common symptoms of this virus is common cold and flu which become life threatening. So what is the solution? First is wearing good quality mask in public places and maintaining good hygiene. Other is environmental purification which one can do by medicinal havan with Geloye and Pragya pey, herbal tea along with common Havan Samagri, made by one cup decoction of Geloye along with Vasa and kalmegha which can boost up the
Document: As we all know that our neighboring country China is facing Corona Virus, and common symptoms of this virus is common cold and flu which become life threatening. So what is the solution? First is wearing good quality mask in public places and maintaining good hygiene. Other is environmental purification which one can do by medicinal havan with Geloye and Pragya pey, herbal tea along with common Havan Samagri, made by one cup decoction of Geloye along with Vasa and kalmegha which can boost up the immunity of individual. The smoke of Mango wood and Googgal can kill a deadly virus like corona; a person infected with corona and other deadly viruses can be cured by such smoke. It can be a matter of debate about Indian culture. It is about biological science. Havan Samagri specially was designed for Asthmatic patients with 3:1 ratio, and Surya Gayatri Mantra chanting was performed 24 times and Nadi Shodhan Pranayam was executed for half an hour duration daily. Subjects were asked to take kwath of Havan Samagri twice in a day. Lung Function Test (LFT) was experimented on 18 Dec 2018 up to 24 Dec 2018 to check the efficacy of Yagyopathy. Three important parameters were tested in LFT which were FVC-Forced vital capacity, FEV-Forced expirartory volume, and FEV1/FVC known as MER-measured expiratory rate. FVC is used to calculate the capacity of human lungs/volume of air which is exhaled after deep inhalation. MER is directly related to proportion of lung size to be exhaled per second. The results were measured for one year and nine months and demonstrated a significant improved performance in lung function parameters. It was noted that if experiments are done twice in a day results are more improved.
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