The Intestinal Microbiota: Impacts of Antibiotics Therapy, Colonization Resistance, and Diseases.


According to a study by the Max-Delbrück Center for Molecular Medicine (MDC) in Berlin, https://www.mdc-berlin.de,  it takes about six months for the intestinal microflora to recover from antibiotic therapy. Experts suggest that up to 80% of all cells that protect against diseases are located in the mucous membrane of this digestive organ /intestine/.  

https://www.mdpi.com/1422-0067/22/12/6597

The main role of the intestinal microbiome is to ferment indigestible substrates and enhance the growth of beneficial microbes. 

The intestinal microbiota can prevent the colonization of pathogens through the mechanism of colonization resistance. A wide range of resistance is inherent in both beneficial and pathogenic microorganisms. The effect of antibiotics on the intestinal microbiome (both beneficial and hostile) can provoke a resistance response that affects colonization resistance. 

This review provides a mechanistic overview of the gut microbiome and the impact of antibiotic therapy on pathogen colonization and disease. 

In addition, the epidemiology of immunocompromised patients at high risk of hospital-acquired infections, colonization and decolonization of multi-drug-resistant organisms in the gut, and the direct and indirect mechanisms that regulate pathogen colonization resistance are explained.


OMARIDIN https://patmedtech.com is able to stabilize the intestinal microflora.



Key words: intestinal microbiota; antibiotics; pathogens; colonization resistance; disease


 

#The_secret to reducing the concentration of pathological metabolites in #the_blood.

The axle of microbiota-gut-brain.

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The bowels provide a major portion of energy, to initiate and support a heat shock response, reducing own activity. Japanese |1| scientists Nobuyuki |2| Sudo and Yoichi Chida scientifically established stress’ effect not only on physical state, but also directly on the psychic state through the reaction of gut microbiome to this event /stress/. This effect is expressed according to the following algorithm: Bowels → microflora → brain. It became known that bowels’ microbes, through the vagus nerve, has a direct impact on the development of the brain’s neural systems that control the endocrine response. It was also found that this impact could be shown in childhood |3|, if changes in composition of gut microflora, for a number of reasons /including artificial feeding/, took place at an early age. As it happens, the monotypic genus of parasitic protists - Toxoplasm |4|, is capable to change both psycho and somo, and not only human being. Thereby, male and female behavior is fu
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You will be interested to know about these scientific facts. /! Campo morfogenético!/

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    https://youtu.be/3t9DkhSaCrA                                                              https://youtu.be/us-henbamCU      Otto Loewi, the winner of the 1936 Nobel Prize [1] in Physiology and Medicine, has a direct link to the Immanent Therapy [2] programme patented by Volodymyr Naumenko in 2021. This programme prevents the aging process of the biological system. Morphogenetic field of the human body. Initially, this phenomenon was discovered in 1922 by the biologist Alexander G. Gurvich [3] , born in Ukraine, who discovered the superweak radiation of living systems (mitogenetic radiation) and created the concept of the morphogenetic field [4] . Hence the conclusion: absolutely the entire Universe is a derivative living being - a receptacle for countless potentialities of memory cells. According to this concept, a single existential photon accumulates so much information that it is difficult for the human mind to perceive, taking into account the fact that the complete gen
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The axle of microbiota-gut-brain

Image
                         The bowels provide a major portion of energy, to initiate and support a heat shock response, reducing own activity.           Japanese scientists Nobuyuki Sudo and Yoichi Chida scientifically established stress ’ effect not only on physical state, but also directly on the psychic state through the reaction of gut microbiome to this event /stress/. This effect is expressed according to the following algorithm: Bowels → microflora → brain.           It became known that bowels’ microbes, through the vagus nerve, has a direct impact on the development of the brain’s neural systems that control the endocrine response.           It was also found that this impact could be shown in childhood , if changes in composition of gut microflora, for a number of reasons / including artificial feeding /, took place at an early age.           As it happens, the monotypic genus of parasitic protists - Toxoplasm , is capable to change both psycho and somo, and not only
Read more