Phages: Cleansing the gut & curing infection

Phages: cleansing the gut, curing infection

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Many men have experienced massive results with these phages.

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Phages: cleansing the gut & curing infections

This is a story about gut inflammation – and how to fix virtually every infectious disease including cleansing the gut.

In 1896, an English bacteriologist visited India.

While he was there, Ernest Hankin made some strange observations regarding the waters of the Ganges.

Through a number of experiments, Hankin proved that there was some unknown antibacterial agent present in the river.

It took about 20 years for scientists to find the antibacterial agent in the Ganges.

There were viruses (that we now know as bacteriophages) in the water – targeting bacterial cells exclusively.
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Without these bacteriophages, there would have been mass cholera in the region.

Scientists developed these antibacterial viruses into treatments for dysentery and skin infections.

These were used in many countries until the 1940s.

With the mass production of penicillin in 1942, bacteriophages fell out of the limelight.

Now, with our concerns about the effects of antibiotics on gut flora and the increasing problem of antibiotic resistance, phage therapy is back at the forefront of infectious disease treatment research.

A new study shows that bacteriophages can isolate and target certain strains of bacteria without killing other beneficial bacteria.

This mechanism also completely avoids the problem of antibiotic resistance.

This research, published in the journal of Gut Microbes, was conducted at the Department of Food Science at the University of Copenhagen. 

The scientists conducting this study were acutely aware of the problems of antibacterial resistance and gut dysbiosis.

Gut dysbiosis occurs because of the indiscriminate effect of antibiotics killing beneficial gut bacteria while they kill bad bacteria.

Gut dysbiosis could potentially cause many diseases such as diabetes and obesity.

“Antibiotics can indiscriminately kill beneficial microbes. In addition, many bacteria have developed or are developing resistance to antibiotics.”

Although phage therapy has been used for over 100 years, the scientific evidence for phage therapy in English literature is pretty limited.

There is a real (mostly unfounded) fear of phage therapy in the Western medical community.

Because of the hesitancy to use phage therapy in human trials, these scientists created a simulated gut with all the bacterial colonies you would find in a human gut.

In this way, they could test the effect of phages on gut bacteria without risking side effects.

The study tested the effect of a mixture of phages (a phage cocktail) against a commonly used broad-spectrum antibiotic.

“We analyzed the effect of a phage cocktail targeting against that of a broad-spectrum antibiotic, using a model of the small intestine.”

The study assessed how well these two methods targeted the E. coli strain of bacteria – while leaving other bacteria unharmed.

“We looked at a pre-chosen targeted E. coli strain, and the impact on the non-targeted bacterial population.”

You see, we can avoid diseases associated with gut dysbiosis if the antibiotic/phage treatment can target only the problematic bacterial strain.

This therapy was as effective as the antibiotic in killing E.coli bacteria in the synthetic intestine.

“Phage therapy was as effective as ciprofloxacin in reducing E. coli.”

Amazingly, phage therapy selectively killed the target bacteria but left other bacteria untouched.

“Phage therapy had a much milder (none) impact on the commensal, non-targeted bacteria compared to the antibiotic.”

The study shows that phage therapy is as effective as conventional antibiotics.

When this is used correctly, we can avoid the problems of gut dysbiosis and antibiotic resistance.

Phage therapy has been used in Georgia and Poland for a hundred years. Millions of people there used phages during that time.

They occur in water and soil – any place where bacteria hang out.

Historically, phages have been rushed into use before extensive scientific research has been conducted on them.

This has been due to necessity, to prevent masses of deaths from diseases like dysentery.

The most useful element of this research is the way in which the scientists have bridged the gap between the petri dish and human research.

The rigorous scientific and regulatory frameworks that control medicine today are very beneficial…but they do slow down the progress of medicine.

By creating a synthetic version of the human gut, with all of its complex bacterial interactions…

Scientists have creatively brought phage therapy one step closer to mass adoption.

The Eliava Institute in Georgia is the world’s leading center for phage therapy and research.

But in the US we still don’t use phage therapy very much – rarely, in fact.

Are there any alternatives to protecting yourself from dangerous infectious diseases?

Read below to find out…

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When I had an opportunity to have sex with a beautiful woman, I would imagine a long night of passion and pleasure…

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This simple change in focus changed everything and I learned it from a Russian guy named Yuri.

Here’s how you can use the simple change in focus tonight to get a long-lasting erection with no problem…

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Matt Cook is editor-in-chief of Daily Medical Discoveries. Matt has been a full time health researcher for 26 years. ABC News interviewed Matt on sexual health issues not long ago. Matt is widely quoted on over 1,000,000 websites. He has over 300,000 daily newsletter readers. Daily Medical Discoveries finds hidden, buried or ignored medical studies through the lens of 100 years of proven science. Matt heads up the editorial team of scientists and health researchers. Each discovery is based upon primary studies from peer reviewed science sources following the Daily Medical Discoveries 7 Step Process to ensure accuracy.
A bacteriophage cocktail targeting Escherichia coli reduces E. coli in simulated gut conditions, while preserving a non-targeted representative commensal normal microbiota https://www.tandfonline.com/doi/full/10.1080/19490976.2018.1447291

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