Monday , June 14 2021

Living in Our Mines Bacterial Communities That May Affect Us?



The brain bacteria, located on the left side of the vein. Photo: Rosalinda Roberts, Courtney Walker and Charlene Farmer

Neurobiologists want bacteria found in human and mice's brain. Is there a brain microbium other than the intestinal microbium?

Now we know that our body is home to many guests. Our body is a shared flat, the number of people living in the room is much higher than the number of body cells. Everywhere or body has microorganisms that live in the small intestine, mouth, skin, lungs, or vaginal tract, where they live more or less. In some homes, parasites are parasites which can be dangerous for their owners, but they do support many physical functions or prevent the colonization of other microorganisms.

In particular, the presence of bacteria is so great as well as personalized that it is parallel to the gene of the microbium previously, which includes viruses, fungi or protozoids. In the microbium, there are not only many cells in the human body, but also genetic information.

Microbiomy in the intestine, which is home to many of the most popular and largest bacteria. They have a direct connection not only to the digestive system or the immune system, but also to intestines and the brain to affect intestinal microbium physiological or neurochemical feelings, emotions or solutions, including neurological disorders or mental disorders. Conversely, the contact also speaks about the axis of the intestine brain. For example, the intestinal microbial was attracted by shy mice, which were even more susceptible to mice. Intestinal microbiosis in people with anxiety increases the mice's discomfort. It is also believed that the intestinal microbium affects the development of an early brain.

However, the brain is protected from microbial hosts, and it is assumed that the interaction will be accompanied by chemicals or signals indirectly. The cerebral cerebral hemispheres are protected by the tops that prevent additional bleeding from microorganisms. However, viruses, bacteria, protozoa, or parasite can penetrate the brain through the brain's resistance, leading to severe headaches or headaches.

In the brain of many people, for example, the so-called cats' parasites are called "toxoplasma goni" because their ultimate owner is cats, and humans are intermediaries. Here, parasites can penetrate the cerebral hemispheres and form cysts as in other parts of the body. In most cases, implantation does not have any consequences, and can lead to influenza-like symptoms or toxoplasmosis, enzymatic activity. Also, as the mice have shown, parasites should have an impact on behavior and memory (Toxoplasma, parasites that can change behavior).

But now scientists are talking about the potential microbium in the brain. Neurobiologists from the University of Alabama presented the results of the preliminary research with the annual Neuroscience Society. And they were so exciting, even scientific journals, Science and Nature, reported this. At the presentation, researchers at the neuroanatomine Rosaline wrote that Roberts may now have an impact on the brain and behavior of intestinal microbes, even though it does not really matter. In addition, bacteria claim that they can penetrate the brain and brain and / or enter the brain through the nerves that lead to the intestine. They also reported that they found bacteria in the human brain and mouse without infection or injury.

First, bacteria were found in 34 cases of dead bodies. Half of the dead were schizophrenia, and the other half were clever. They were of different sizes. These are bacteria bacterial bacteria, nuclei, DNA, ribosomes and vacuoles. They are found in hippocampus, prefrontal cortex, and mainly in the brain and mice of the nigraine, and in the intestinal area, especially in the bloodstream, astrocyte and glial cells. Scientists argue that specific locations are not contaminated with such deadly surgery. There is no inflammation center, which means that the bacterial community is living in the brain. Bacteria that form in the stomach: Fibrous preparations, Proteobacteriums and bacteroids. This can indicate why the brain and the intestine have a close relationship.

Despite the fact that scientists have questioned how bacteria can affect blood, it is not unclear how the bacterium infects the brain. It would be great to see how the human brain – or some of them – owners of bacterial communities – will have an impact on neuronal processes. Of course, the results of the study should be confirmed by additional studies.
(Florian Roser)


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