Can beneficial bacteria be willingly introduced into the human body and improve health? Of course! It’s a word bacteriophage (meaning “bacterium eaters”) or simply phages. These special viruses they can lift you naturally, safely and efficiently immune system because they are a virus that infects (and destroys) other bacteria.
It is possible to use these little fighters for intentional use – in essence. It is about inserting phage into a person who is fighting a bacterial infection. This is called phage therapy.
In a study published in the journal Antimicrobial Agents and Chemotherapy, the researchers said: “Bacteriophages are very specific and very effective in breaking down (diluting) targeted pathogenic bacteria, safely as highlighted by their extensive clinical use and can be quickly modified to combat the emergence of new pathogenic bacteria leading to bacterial threats. “
It is a viable alternative to antibiotics.
There has been a lot of talk about the growing threat of antibiotic-resistant bacteria. The World Health Organization did not spare a word on that issue. “Antibiotic resistance is one of the greatest threats to global health, food safety, and development today.”
History of phage therapy
Bacteriophages were first identified by an English microbiologist Frederick Twort in 1915 and 1917. year of the French-Canadian microbiologist Felix Derel. Over the next decade, bacteriophage has successfully treated dysentery, cholera, and staphylococcal skin diseases.
During World War II, military doctors in Russia used phage therapy to treat wounds and gangrene.
The idea has remained alive in Russia and the Eastern Bloc, where bacteriophage therapies are regularly used. There was even some interest in the West, but doctors and scientists lost interest after discovering antibiotics during the 1930s and 1940s. (This was the case with Rife’s machine and other antibiotic alternatives).
Today, with the collapse of antibiotics and the emergence of dangerous drug-resistant bacteria, phage therapy is becoming popular again. Phage therapy has many potential applications in human medicine and dentistry, veterinary medicine, and agriculture.
There may come a time when your life (or the life of your loved one) will depend on the billions of beneficial bacteriophages that will be released into your body! People need to overcome their natural behavior in a viral infection. There are good guys out there too! We even developed oncolytic viruses, which means yes, destroy cancer cells.
Specificity of bacteriophages
Bacteriophages are much more specific than antibiotics because one bacteriophage will only attack and “eat” one particular bacterium and no other. Each infection requires a specific bacteriophage to treat. Bacteriophage mixtures are often used to improve the chances of success. Samples can be taken from the infection and identified and bred bacteriophage appropriately.
Bacteriophages are considered harmless to the host organism (human, animal, or plant) and other beneficial bacteria (such as intestinal flora), which reduces the chances of opportunistic infections. Their high safety factor means far fewer possible side effects.
Another great advantage is that since bacteriophages replicate within the patient, you may initially use a lower effective dose, and a repeated dose may be unnecessary.
Bacteriophages are currently used to treat bacterial infections that do not respond to conventional antibiotics. They are also effective in leaking the polysaccharide layer of biofilms through which antibiotics cannot penetrate.
Bacteriphage therapy and cancer
As stated for years, conventional cancer treatment methods with surgery, chemotherapy, and radiation (cuts – poisons – burns) are not the right choice for every patient. That is why many millions of people still die every year.
Cancer has been found to have an immune component – because your body wants to destroy cancer cells before it takes root. It’s something that your immune system does (and works well) every minute of every day. If this were not the case, mutated or damaged cells within our body would predominate.
In the past few years, two studies have been done explaining a lot about bacteriophage therapy, which leads to deeper research.
Researchers from the Institute of Immunology and Experimental Therapy in Poland summarized their findings as follows: “Bacteriophages are a very differentiated group of viruses, and at least some of them can affect cancer processes. Bacteriophages can also affect the immune system. They activate the immune response, for example, the secretion of cytokines. They can also change the microenvironment of the tumor to suitable anti-cancer treatment. “
Additional research backed by the Department of Genetics at Iran’s Tarbiat Modares University indicated that there are even more reasons to include beneficial bacteria in cancer treatment. “The genetic flexibility of bacteriophages to go through various surface modifications serves as the basis for the phage display methodology. Moreover, these viruses’ excellent safety profile paves the way for their potential use as platforms for cancer therapy. Undoubtedly, bacteriophages will play an impressive role in the future of medical oncology. “
Summary
Effective cancer therapies that use beneficial bacteria (instead of toxins that destroy cells or radiation) have been possible since 1915. years – but they were not as popular (nor profitable) as other methods that were developed. We are literally pushed into a corner when it comes to antibiotic resistance. We have made very little progress in anti-labor treatment that can actually save lives.
We must once again consider safe and efficient bacteriophages.
Alternatives – such as phage therapy – will soon become the norm, not the exception, because our current antibiotics have become ineffective.
