However, a research scientist from the Fraunhofer Institute for Cell Therapy and Immunology IZI in Leipzig, Germany, has discovered that simple, natural amino acids work better than antibiotics at treating infections, and they do not cause harm to healthy cells in the body.
For their study, Dr. Andreas Schubert and his colleagues from Fraunhofer tested the effects of amino acids in vitro and found that they broke through bacterial membranes and penetrated them quicker and with less of a required concentration than antibiotic drugs. And the best part of all was that the amino acids caused no cell damage, unlike antibiotics which kill off beneficial bacteria in the system as well as harmful bacteria.
“Antibiotic peptides (from amino acids) unlock their microbicidal effect within a few minutes. They also work at a concentration of less than 1 microliter, compared with conventional antibiotics which require a concentration of 10 microliters,” said Schubert as part of his test results. “The spectrum of efficacy of the tested peptides includes not only bacteria and molds but also lipid-enveloped viruses. Another key factor is that the peptides identified in our tests do not harm healthy body cells.”
The findings are revolutionary, because they show that amino acids work on virtually every infection, including even MRSA and CRKP. And because amino acids occur naturally in various foods like nuts, grass-fed meats and dairy products, beans, seafood, eating more of these foods regularly can help boost levels of these vital nutrients without the need for drugs. Amino acids supplements are also a great way to boost amino acid levels to optimal levels in order to prevent or treat infections.
“We have already identified 20 of these short chains of amino acids which kill numerous microbes, including enterococci, yeasts and molds, as well as human pathogenic bacteria such as Streptococcus mutans, which is found in the human oral cavity and causes tooth decay,” said Dr. Andreas Schubert, group manager of Fraunhofer. “Even the multi-resistant hospital bug Staphylococcus aureus is not immune, and in our tests its growth was considerably inhibited.”
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