Unexpected questions appear in science. If you were asked by a secular who could find the second brain, he would think very little about looking in the intestine. However, the gastrointestinal system has a hundred million neurons, more than just a dog or a spinal cord. That is, a certain number of neurons definitely meets a certain function. This brain-enteral system is mainly associated with the massive nervous system, but nevertheless it is quite independent from the central nervous system.
That is to say, although a long-term operation (where, for example, the psychological issues that affect the stress situation, for example, the study or risk), the relationship between brain and enteral is very important. charged a lot of importance. This path is considered once again, that is, the intestine can be modified by millions of neurons, through its neurotransmitters and microbials.
Therefore, the vascular nervousness is the main connection, a long-acting interaction between the intestines and the brain. But a relationship is also established with the central nervous system cord, with all the local autonomic system, which regulates body balance and intestinal functioning. A regulator that connects the spinal cord (with neuronal neurons), a diffuse diffusion system of a gastrointestinal system.
The gastrointestinal system has a large number of neurons that regulate intestinal movement, with special rhythmic and sequential activity. It also regulates digestion with the digestion of substances and enzymes. It also synthesizes neurotransmitters, found in the intestine, such as neuropeptides. The human intestinal cells produce 90% of the total serotonin of the body's total neurotransmitters. This substance is essential in the functioning of different physiological processes, including the state of mind, anxiety and pain in the nervous system. Its reduction affects the affective state and reduces the physiological anxiety, the proper function of human behavior. At the intestine, however, the serotonin creates a synchronous regulation of the colon movement (peristalsis).
Because it occurs in the brain with the hyperbial nervous system, it participates in different diseases. There are depression, anxiety, obesity and bowel irritability. There are causal hypotheses that are more serious, such as neurodegenerative diseases (Parkinson's disease), autism and schizophrenia; Explicit non-debates.
This system is more complex, especially when the intestinal colon or colon maintains a specific intestinal flora, which is necessary for proper digestion, as well as the proper functioning of the enteric nervous system. Thirty million microorganisms exist in the intestine (microbioma). This place is very common and unconventional. Today, it is mainly anaerobic, which contains oxygen-absorbing organisms, which is different in diseases and treatment. They metabolize these bacteria, for example, carbohydrates for short-chain fatty acids, which boosts and maintains an active digestive system, but also transcendental activity in neurological function, enhances the blood-brain barrier that separates the rest of the organ.
Rebecca Knickmeyer from North Carolina University studies a relationship with mycobiotic neurodevelopment: it improves the glia of the central nervous system (cell support and neurons) and improves my origin. This project analyzed animals raised in ester conditions, given the physiological changes of neurodegeneration.
Man introduces normal liver that comes from birth and builds human life symbiotically. Many animals need to live in a different way of life. Man needs bowel, vagina, skin and mouth. This symbiosis is essential and we do not have pathological germs (saprofitas) to live in our lives. They will be from different people, but they will be very similar throughout the life of each person. In general, a third of the microbial is similar to that of different people, the rest is different.
The Karolinska Institute team (Pettersson and Diaz Heijtz) have studied the non-germ modifications of the rats intestinal. They change their behavior, they respond less stress stress and change their routines. Before substitutions of the germ, it returns to the normal behavior of the animal, except in the neuro-development sterilization, as a neurological marker.
Depression, anxiety, obesity and irritable bowel appear in the relationship
We have hunger for ten million and fifty million years. Later, evolution divides us and makes the evolution easier for the internal cells of our organism as unicellular, millions of them. This antimicrobial set starts at the beginning and is generally stable. It is an original central birth canal with common origin (which causes Caesarean analysis). Health and coexistence are necessary for our existence.
A major news on disasters flourished in the US Neuroscience Congress. In 2018 San Diego, California was held. Rosalinda Roberts, Courtney Walker and Charlene Farmer, at the University of Birmingham, Alabama Department of Pediatric Psychiatry and Behavioral Neurobiology, found that intestinal bacteria were found in the human brain. If we develop pathology, we do not know how they arrived there, perhaps due to vagus nervousness or the brain's brain barrier.
Some scientists suggest that entertaining nervous systems are required before the nervous system and their complexity in the development of the human brain. Microbioma is also a genetic transfer between the body and the nervous system. In our opinion, intrusions that give us vital information on our brain.
These microorganisms have three millions of genes (genes called microbiota), all thirty-three thousand human genes and structures and functions. This includes an excellent source of genetic information. There are bacterial billions that are related to the digestive system, but very actively with the nervous system. Similarly, there are ten body organs of inflammatory microorganisms, and our small visitors are the body of the human being.
Doctor in medicine and philosophy.
Prof. Uba Tit. Pte Humanas Foundation