What is the gut microbiome and why is the human microbiota important? What is the effect of active zeolite on body health? Does active zeolite have an effect on gut health?
The human body hosts trillions of microbes or bacteria. Some of these bacteria are beneficial and some are harmful. We have tried to provide information about the microbiome and how it affects, as well as the positive effect of active zeolite on your health.
Some scientists have estimated that the body’s microbial cells outnumber human cells, while others say the ratio may be closer to 1:1. Recent scientific advances in genetics mean that humans know more about the microbes in their bodies.
Many countries have invested heavily in research into interactions within the human body ecosystem and their relationship to health and disease.
The two terms microbiota and microbiome are often used interchangeably. This article explains the difference between them and how both are used and researched in modern medicine.
Facts about gut microbiota
Human microbiota consists of trillions of cells including bacteria, viruses and fungi. Most of the microbes live in the gut. Other popular habitats include the skin and genitals. Microbial cells and their genetic material, the microbiome, live with humans from birth. This relationship is vital for health.
Microorganisms that live inside the digestive tract, each person has a unique composition of species.
What is the human microbiome?
The gut microbiota is with humans from birth and affects the functioning of the whole body. The human microbiota consists of a wide range of bacteria, viruses, fungi and other single-celled animals that live in the body. Microbiome is the name given to all the genes inside these microbial cells.
Each human contains between 10 and 100 trillion microbial cells in a symbiotic relationship. This is beneficial for both the microbes and their host, as long as the body is in a healthy state. Estimates vary, but more than 1,000 different species of microorganisms may make up the human microbiota.
There are many projects trying to decipher the human genome by sequencing all human genes. The microbiome has been subjected to intensive efforts to uncover all of its genetic information.
Microbes in the body are so small that despite their number of cells, they make up only about 2-3% of the total weight of the human body.
Microbial samples in the mouth and feces are very diverse. In contrast, samples from sites such as the vagina show a simple microbiome. This study demonstrates the great diversity of the human microbiome among a large cohort of healthy Western individuals, but raises questions for further research.
An immunologist at the University of Manchester says: Microbiomes have many functions in the body, including helping to digest food, producing vital vitamins, protecting against infections, and training the body’s immune system to fight pathogens. .
He emphasizes: microbiomes help to strengthen the protective barriers against foreign microbes in the human intestine and also actively protect the body against microbes that attack directly.
In this situation, the type of diet that we choose plays a significant role in the formation of different types of colon microbiomes.
What is gut microbiota?
Gut microbiota used to be called gut microflora. In 1996, doctors from the Department of Microbiology and Immunology at Louisiana State University collected information about the gut microbiota and its “deep” importance.
The microflora of the gastrointestinal tract has profound effects on the anatomical, physiological, and immune development of the body. The native microflora stimulates the host’s immune system to respond more quickly to the pathogen challenge, and through bacterial antagonism, inhibits the colonization of the digestive tract by apparent exogenous pathogens.
This symbiotic relationship benefits humans, and the presence of this natural flora includes microorganisms that are so abundant in the environment that they are found in virtually all animals from the same habitat. However, these indigenous microbes also include harmful bacteria that can overcome the body’s defense system that isolates them from vital systems and organs.
In summary, there are beneficial bacteria in the gut, and there are harmful bacteria that can enter the wider system and cause local GI infections. These infections include food poisoning and other gastrointestinal diseases that lead to diarrhea and vomiting.
Gut microbiota contains more than 3 million genes, which are genetically 150 times more different than the human body. Each person’s gut microbiota is unique. This difference can greatly affect how a person fights disease, digests food, and even mood and mental processes.
Why is the human microbiota important?
There is a link between gut microbes and heart disease. Microorganisms have evolved alongside humans and are an integral part of life, performing a wide range of vital functions.
They play a role in both health and disease, and research has found links between bacterial populations, either normal or disturbed, and the following diseases:
Asthma
obesity
diabetes
eczema
colitis
autism
cancer
Malnutrition
Heart disease
Celiac disease
Multiple sclerosis
The human microbiome affects the following four important areas for health:
Nutrition
Sickness
Immunity
Behavior – ethics
Nutrition
In addition to absorbing energy from food, gut microbes are essential for helping humans obtain nutrients. For example, gut bacteria help us break down the complex molecules found in meat and vegetables. Without the help of gut bacteria, plant cellulose is indigestible.
Gut microbes may also use their metabolic activities to influence food cravings and feelings of satiety. Microbiota diversity is associated with dietary diversity. Adults who sample a wide variety of foods exhibit a more diverse gut microbiota than those who follow a distinct dietary pattern.
Behavior – ethics
Microbiota can influence the brain, which also plays a role in digestion. Some have even called the gut microbiota the “second brain”. Small molecules that are released by the activity of intestinal bacteria stimulate the response of nerves in the digestive system.
Sickness
Bacterial counts in the digestive system have provided insights into gut conditions, including inflammatory bowel diseases (IBD), such as Crohn’s disease and ulcerative colitis. Low microbial diversity in the gut is associated with IBD as well as obesity and type 2 diabetes.
Gut microbiota status is associated with metabolic syndrome. Changing the diet using prebiotics, probiotics and other supplements has reduced these risk factors. Gut microbes and their genetics influence energy balance, brain development, and cognitive function. Research into exactly how this happens and ways in which this relationship can be used for human benefit continues.
Disrupting the microbiota with antibiotics can lead to disease, including infections that become resistant to antibiotics.
The microbiota also play an important role in resisting intestinal overgrowth of introduced populations that would otherwise cause disease. “Good” bacteria compete with “bad” and some of them even release anti-inflammatory compounds.
Immunity
From the moment an animal is born, they begin to build their own microbiome. Humans acquire their first microbes from the entrance of their mother’s cervix at birth.
Without these early microbial hosts, adaptive immunity would not exist. It is a vital defense mechanism that teaches you how to respond to microbes after you encounter them. This allows for a faster and more effective response to pathogenic organisms.
Rodents that are completely free of microorganisms exhibit a wide range of pathological effects, including an underdeveloped immune system. The microbiota is also related to autoimmune diseases and allergies, which are more likely to develop when exposure to microbes is disrupted at an early stage.
New information about the microbiome;
Research continues into the impact of gut microbiota on overall health. Huge investment is being made in research into the microbial populations in the body and their genetics, and links to health and disease are explored.
The National Institutes of Health (NIH) launched the Human Microbiome Project in 2007, a research project that aims to define the microbial species affecting humans and their relationships to health by generating large, publicly available data sets from genetic studies.
Most of the microorganisms in humans are found in the digestive tract. This is where most new discoveries are made. Recent advances include further validation of ways to introduce a new strain into the existing microbiota by exploiting nutrient availability without affecting the overall balance and function of the microbiome.
But Docan Zeolite (Active Zeolite):
The positive impact of zeolite on gut bacteria contributes to the above benefits but also helps relieve diarrhea and improves overall health.
-Cuban doctors have developed a drug for diarrhea (Enterex) made of clinoptilolite. They proved its safety and efficacy in 4 clinical trials and additional cell experiments. The ability of clinoptilolite to restore healthy gut flora played a crucial role in this effect [55].
-When added to chicken feed, zeolite cut the number of harmful bacteria in their gut without disturbing the good bacteria. Chicken infected with Salmonella, a major cause of food poisonings, recovered faster and suffered less oxidative damage [56, 11, 57].
-Another natural zeolite, chabazite, showed similar action in dogs. It even raised the number of probiotic Lactobacillus and Bifidobacterium strains while fighting intestinal pathogens [10].
-In cell studies, zeolite inhibited the growth of 2 viral strains (coxsackievirus and echovirus) that invade us through the gut [58].
-Zeolite may promote the growth of beneficial gut bacteria and inhibit the growth of pathogenic bacteria and viruses.
You can view and check Docan Pharma products in our website store [ Active Zeolite ( Docan Zeolite ) – Lozenges (Pastil) – Beauty and Personal Care ].
We are waiting for your valuable comments.
Source:
source 1 , source 2 , source 3 , source 4 , source 5 , source 6 , source 7
0 comments on Gut microbiome and the positive effect of active zeolite on health