Can Activated Charcoal Benefit Your Body?
Introduction
You might have come across activated charcoal in news or your social media feed recently, or used a product like a toothpaste or whitening cream with activated charcoal as its active ingredients. So what exactly is activated charcoal, and can it actually benefit your body? We’ll find out today with the help of experts at a leading hospital in Gurgaon.
Activated charcoal is a fine, odourless, black powder known for its toxin absorbing properties. It is used in the emergency room by doctors to treat drug overdoses or poisonings, its other medicinal or cosmetic uses haven’t been scientifically proven. So, how can activated charcoal benefit your body? Gastroenterologists in Gurgaon working at one of the best hospital for gastroenterology there, tell us certain benefits activated charcoal can offer when ingested in the form of pills.
1. Kidney Health
Activated charcoal may be able to assist kidney function by filtering out undigested toxins and drugs. Activated charcoal seems to be especially effective at removing toxins derived from urea, the main by-product of protein digestion. Experts who deal with gastric treatment Gurgaon, say that that activated charcoal may help improve kidney function and reduce gastrointestinal damage and inflammation in those with chronic kidney disease. The kidney specialist in Gurgaon who works at the same hospital agrees with this fact.
The activated charcoal powder is thought to be able to disrupt intestinal gas, although researchers still do not understand how, although they do have an idea. Liquids and gases trapped in the intestine can easily pass through the millions of tiny holes in activated charcoal, and this process may neutralize them.
3. Diarrhoea
Given its use as a gastrointestinal absorbent in overdoses and poisonings, some people also propose activated charcoal as a treatment for diarrhoea. Researchers concluded that it might be able to prevent bacteria and drugs that can cause diarrhoea from being absorbed into the body by trapping them on its porous, textured surface.
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