They cite the fact that the state of Bihar, known to have the worst rates of human progression in this country of 1. 3 billion people, has shown a COVID mortality rate of 0. 5%, about one-third of the national average.
Published on October 19 in MedRxiv, the study awaits peer review, but boldly states: “Paradoxically, increased sanitation leads to poorer ‘immune training’ and can lead to an increase in deaths consistent with millions. “
Although several development parameters were concerned about the Array in particular, it was discovered that as water and sanitation rates decreased, deaths were consistent with millions.
This would possibly seem like a blow to hygiene speculation that, as the incidence of infections decreases in the evolved and future countries, there is a corresponding accumulation of allergies and autoimmune diseases.
However, the study was quick to warn against continued poor hygiene as a strategy to control COVID-19 or other diseases. “While we provide a imaginable explanation based on sanitation practices on the differences in CFR (mortality) between the most powerful and the lowest economically, this deserves not to be infiated that we are advocating for a shift towards reducing hygiene practices to manage long-term pandemics.
So what are the researchers pushing? They are exploring new probabilities of “immune training” and microbiome treatments that can complement traditional hygiene and sanitation practices.
Previous studies have also warned that exposure to pathogens stimulates background infections of the immune formula, but this still wants to face extensive clinical scrutiny. with limited access to WASH, an acronym for Water, Sanitation and Hygiene.
Therefore, anyone seeking solace on the Indian stage with poor WASH rates is doomed to disappointment. India has embarked on a crusade for outdoor defecation and other practices that are related to a large burden of waterborne infections related to stunting and preventable infections.
In a quick peer review, Manu Raj, professor and senior representative of the Amrita Institute of Medical Sciences and Research Center, Kochi, Kerala, argues that he has too many hypotheses. “I’m sure the wave for now will destroy all its conclusions and new hypotheses will come into play,” Raj told SciDev. Net.
“The biggest impediment to this knowledge is that poor countries are not accurate for the variables we use in the model. These are just a few hypotheses, while in countries they are more accurate,” Raj says, noting “differential reports of deaths from countries like China, Iran, Russia, Turkey and many Latin American countries. “