Dysbiosis
(also called dysbacteriosis) is a disruption to the microbiota homeostasis caused by an imbalance in the microflora, changes in their functional composition and metabolic activities, or a shift in their local distribution.
Much of our well-being and immune system depends on the ratio of good to bad bacteria throughout our body, but especially in the digestive tract.
The human gut is home to a large number of different microorganisms that enjoy its ideal temperature, acidity and food supply. The benefits of bacteria are insanely great and important to us. Without them, our body would not be able to cope with many tasks.
The Alpha-F2 is adopted to correct the immune states that were not provoked by the presence of HIV infection in the body. This probiotic is often accepted for correction, restoration, and prevention of dysbacteriosis, after taking antibiotics.
Dysbiosis can theoretically be improved through improved dietary and lifestyle habits, such as eating a balanced, nutritious diet but for many this is just not the case. The addition of yogurts from the supermarket just do not do much to populate the gut with good bacteria.
It is not enough to just eat a tub of yogurt daily and hope to fix your gut issues.
Alpha-F2 when used in humans with dysbiosis has been shown to help good bacteria set up and grow in the gut, especially with the "unwillingness" of lacto- and bifido bacteria to multiply.
Bacterial function or microbiota functions in the gastrointestinal tract
Internal Causes of Dysbiosis
The more processed and sugary foods we eat, the more we live in a stressful environment, the more we are physically overworked, the more bad bacteria take over our bodies and our health deteriorates. This is why we are susceptible to all kinds of viruses and infections.
(also called dysbacteriosis) is a disruption to the microbiota homeostasis caused by an imbalance in the microflora, changes in their functional composition and metabolic activities, or a shift in their local distribution.
Much of our well-being and immune system depends on the ratio of good to bad bacteria throughout our body, but especially in the digestive tract.
The human gut is home to a large number of different microorganisms that enjoy its ideal temperature, acidity and food supply. The benefits of bacteria are insanely great and important to us. Without them, our body would not be able to cope with many tasks.
The Alpha-F2 is adopted to correct the immune states that were not provoked by the presence of HIV infection in the body. This probiotic is often accepted for correction, restoration, and prevention of dysbacteriosis, after taking antibiotics.
Dysbiosis can theoretically be improved through improved dietary and lifestyle habits, such as eating a balanced, nutritious diet but for many this is just not the case. The addition of yogurts from the supermarket just do not do much to populate the gut with good bacteria.
It is not enough to just eat a tub of yogurt daily and hope to fix your gut issues.
Alpha-F2 when used in humans with dysbiosis has been shown to help good bacteria set up and grow in the gut, especially with the "unwillingness" of lacto- and bifido bacteria to multiply.
Bacterial function or microbiota functions in the gastrointestinal tract
- Digestion of food – The microflora breaks down proteins, carbohydrates and fats. Saprophytic bacteria form various enzymes that increase the activity of the digestive tract. Acids and gases produced by bacteria promote normal intestinal function and the production of faeces, thus releasing residues from the body.
- Synthesis and development of certain useful and important substances (vitamins, hormones (more than 20 different), enzymes, elements of the immune system, etc.) – Vitamins can only be produced in the body by a healthy microflora. The main workers there are bifidobacteria, bacteroides, lactic acid bacteria and E. coli. The E. coli can form many vitamins, such as B1, B2, B6, PP, B12 and K. Bacteria in the cecum synthesize the most vitamin B12 and contribute to the absorption of the same vitamin found in meat foods. The microflora also creates conditions for the absorption of fat-soluble vitamins such as A, E and D. This is especially important in children, as children develop a vitamin deficiency if the microflora is out of balance.
- Water uptake
- Protecting the body and repelling dangerous bacteria – E. coli (mainly) form bactericidal and bacteriostatic (bacterial proliferation inhibiting) substances, which are similar in properties to antibiotics. In this way, they prevent the multiplication of serious infectious diseases.
- Neutralization of toxins and harmful substances
- Maintaining normal cholesterol levels
- Sustaining normal intestinal gas levels
- Maintaining a stable metabolic and hormonal balance
- Preventing the formation of stones in the organs and even the development of more serious issues
- Developing immunity – In addition, the intestinal microflora participates in the formation of immunity by promoting the synthesis of protective bodies – immunoglobulin.
Internal Causes of Dysbiosis
The more processed and sugary foods we eat, the more we live in a stressful environment, the more we are physically overworked, the more bad bacteria take over our bodies and our health deteriorates. This is why we are susceptible to all kinds of viruses and infections.
- Drinking too much alcohol (two or more alcoholic beverages per day)
- Eating too much protein, sugar, or consuming high amount of food additives
- High-fat and high sugar diets, and diets that are low in fermentable fiber also lead to dysbiosis
- Accidental consumption of chemicals, such as lingering pesticides on unwashed fruit
- Poor dental hygiene, which allows bad bacteria to grow out of balance in your mouth
- High levels of anxiety or stress, which can weaken your immune system
- Cancer and chemotherapy
- The use of antiviral drugs and radioactive isotopes
- Hormone therapy
- Chronic and acute infections (HIV, Hepatitis C and B)
- Diabetes mellitus
- Diseases of liver and pancreas
- New medications, especially antibiotics, that affect your gut flora
- Presence of intestinal parasites (helminths)
- Uncontrolled rectal cleansing with enemas
- Inflammatory processes in the intestines
- Dysbiosis on your skin can be caused by exposure to harmful bacteria or an overgrowth of a single type of bacteria. For example, Staphylococcus aureus bacteria can grow out of control and lead to a staph infection. Gardnerella vaginalis bacteria can overtake healthy bacteria in the vagina and cause vaginal burning, itching, and discharge.
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