Bad Gut Bacteria Types – Scott dibben chemist, Gut microbes can be picky eaters, What is the ‘map’ of the human microbiome?, Foods to restore your intestinal flora, Can the bacteria in your gut explain your mood?, How gut bacteria may help curb your heart disease
In previous articles, we have seen that about 100 trillion good and bad bacteria live in the digestive system, and they are generally called intestinal microbiota. The number of bacteria in our digestive system is approximate. It is ten times more than the total number of cells in our body. Each person’s intestinal microbiota is unique. A person’s eating and lifestyle habits determine the type of bacteria that are present in the digestive system, many of which are good (friendly) or bad (harmful). Then it will affect his health. When the number of good (friendly) bacteria exceeds the number of harmful (bad) bacteria, it helps to maintain good health. But on the contrary, a person must suffer from many health problems.
Our gut microbiota plays many roles. This includes the metabolism of nutrients and some medications, from vitamin k production, which serves as a protective barrier against intestinal infections.
Bad Gut Bacteria Types
There are many eating and lifestyle habits (type of food, age, environmental conditions, medications, etc.) that determine which bacteria will be present in the digestive system. Friendly (good bacteria) or infectious (bad bacteria). We discussed these factors in the article (friends and enemies of intestinal bacteria)
Normal Gut Flora (gut Bacteria): A Necessity For Good Health
Having more friendly bacteria and a minimum amount of harmful bacteria in our digestive system is important for health! How? Let’s see:
Having a healthy microbial flora (good intestinal bacteria) in our digestive system is important for heart health. It helps increase good cholesterol (HDL) levels and reduce bad cholesterol (LDL) levels in the blood, which has a beneficial effect on the heart and circulatory system.
An increase in the number of harmful (harmful) bacteria in the digestive system increases the risk of developing atherosclerotic plaques and the risk of further blockage of blood vessels.
This increases the risk of chest pain and heart attack. Improving the number of beneficial (friendly) bacteria in the digestive system through changes in diet and lifestyle can reduce the risk of plaque formation and subsequent risk to heart health.
Good Vs. Bad Bacteria In Your Mouth
When the number of friendly (good) bacteria in our gut reaches a sufficient level, it helps to reduce the number of harmful (bad) gut microbes and improve our health.
The presence of healthy (friendly) intestinal bacteria in the digestive system is very important for good digestive health. These bacteria break down complex nutrients into simple and easily digestible parts. It also improves the motility of the digestive system. These mechanisms help to improve the digestive system:
Harmful intestinal bacteria cause inflammation in the digestive system. This inflammation damages the protective barrier of the intestinal tract, allowing inflammatory chemicals to flow into the bloodstream and reach the liver. These chemicals in the liver damage liver tissue, which increases the risk of fatty liver.
Good gut bacteria prevent the growth of harmful bacteria in the gut, thus preventing further damage to the liver and improving its health.
Good And Bad Bacteria. Poster About Probiotics And Health Of Intestines. Gut Microbiota, Or Gut Flora. Vector Illustration Stock Vector Image & Art
An unhealthy gut full of harmful gut bacteria can cause depression, anxiety, and more. may be one of the causes of psychological diseases such as. Having a healthy gut flora helps to improve mental illness through several mechanisms:
Healthy (good) gut bacteria help produce the hormone serotonin. The hormone serotonin is responsible for positively improving our mood. Thus, the presence of a sufficient number of healthy intestinal bacteria in the digestive system is important for psychological well-being.
Many harmful bacteria in our intestines increase the risk of Alzheimer’s disease or dementia. This causes chemical changes that cause plaque to form between the nerve cells in our brain. The presence of enough beneficial bacteria destroys harmful microbes in the gut and reduces the risk of dementia or Alzheimer’s disease.
When there are enough beneficial / beneficial intestinal bacteria, it prevents harmful / disease-causing microorganisms from entering our body through the digestive system. They also signal the normal development and maturation of our immune cells. Thus, it helps our immune system to function properly and improve our immunity.
Hard Facts About Your Gut Bacteria And Weight Loss
Having enough beneficial / healthy gut bacteria helps the immune system to function properly without affecting the body’s normal cells and tissues. Thus, it keeps the immune system under control (prevents aggression) and reduces the risk of autoimmune diseases such as SLE. Rheumatoid arthritis, etc.
When there are many harmful intestinal bacteria in our gut, these bacteria cause inflammation in the gut when we eat and release some toxic chemicals. The skin is the largest organ in the body and is exposed to these chemicals, resulting in acne, dry skin, rashes, eczema and more. such as skin problems.
But if we have enough friendly / beneficial microflora (bacteria) in our gut, it will reduce harmful bacteria. Thus, there is a reduced risk of inflammation and subsequent skin problems associated with it, and the skin texture improves.
Having enough healthy bacteria in the digestive system improves the overall health of our body. It also reduces the development of cancer-related risk factors, thus reducing the risk of suffering from cancer.
Ways To Improve The Gut Microbiome
Bacteria in the body produce vitamin K from the digestive system, which is needed for adequate blood clotting. Contains proteins needed for blood clotting mechanism
“Wealth” is something that enriches, and “Divine Wealth” is wealth, and this wealth comes with the gratitude of realizing that we are indebted to “Divine.” Here we are talking about divine wealth, that is, “health.” A group of researchers took the idea of food as a medicine one step closer. They identified some common foods that change our microbiome.
Food and intestinal bacteria are two topics that will intensify interest and discussion in science today. Of course, the two are interrelated, and new research focuses on some of the subtleties of this relationship.
The lack of a healthy population of gut bacteria is detrimental to our health; The same is true if we do not consume healthy foods. However, scientists do not fully understand the effects of specific foods on intestinal bacteria.
Dysbiosis: The Facts On Gut Dysbiosis And How To Heal Your Gut
This knowledge gap is partly due to the incredible complexity of the microbiome. One of the factors causing water turbidity is bacteriophages or short phages.
Each phage attacks only a certain type of bacteria, ie it can affect the level of intestinal bacteria. Phages need bacteria to survive, so phages cannot live without bacteria.
This means that any food that affects phages can affect intestinal bacteria and vice versa. For example, if the population of one species of phage increases, the bacteria they consume will decrease, leaving room for other species to multiply.
In this way, viruses can affect the overall microbiome – cutting off one species and providing space to fill other species.
Common Foods Alter Gut Bacteria By Influencing Viruses
Most phages in the gut exist in an immobile form – their DNA is integrated into the bacterial genome. In this form they are called profags.
Scientists have identified some compounds that encourage progesterone to return to active form. When this happens, hundreds of new phages emerge from the bacterial cell, killing the host and attacking other bacteria; These compounds include soy sauce, nicotine, and some antibiotics, such as ciprofloxacin. To date, the list of phage stimulating compounds is relatively short.
It is important to determine which chemicals increase phage activity. If phages attack and kill bacteria, and we understand how to control them, they can work like powerful, natural antibiotics.
A recent study aims to expand the list of compounds that cause phage activity. Scientists from San Diego State University (CA) have published their findings in the journal
The Gut Microbiota
. They hope that their results will provide an “opportunity to use the diet to deliberately improve the human intestinal microbiome through the induction of proges.”
“By regulating the foods we consume, we can address specific conditions that affect microbial diversity, which in turn affects health and disease.” Researcher Lance Boling
For the study, the researchers selected a wide range of compounds that could affect phage activity. They selected a number of bacteria from two filaments that are common in the gut: Bacteroidetes and Firmicutes. They contain beneficial and pathogenic bacteria.
Of the 117 food compounds, the search was narrowed to only 28. The researchers observed the growth of bacteria in the presence of each specific compound; they also observed its growth without merging as a control. They then used flow cytometry, which was sensitive enough to detect unimaginably small virus particles.
Intestinal Flora Gut Health Vector Concept With Bacteria And Probiotics Icons. Human Flora Good And Bad Microorganism Illustration Stock Vector Image & Art
Of the 28 candidates, 11 compounds rapidly lost control of virus particle levels, indicating that they affected phage activity.
The spread of the most important phages occurred in the presence of cloves, propolis (a compound produced by bees), uva ursi (also known as kinnikinnik or fruit) and aspartame.
The most powerful inductor was stevia, a plant-based sugar substitute. With some types of bacterial strains, stevia increased the number of virus particles by more than 400%.
Conversely, some foods reduce the number of virus particles; Most importantly, these were rowan, fernet (a type of Italian liqueur), coffee and oregano.
Metagenomics Of Human Gut Microbiota
Some combinations to complicate matters
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