Digestive problems?
The right pro- & prebiotics can help and provide relief.
The breakthrough in probiotics and prebiotics research
The microbiome - the world of microorganisms on our skin and mucous membranes
We are inhabited by 100 trillion inhabitants, the so-called microorganisms consisting of bacteria, numerous fungi and some viruses. 99% of the body's microbiome is found in the digestive tract and weighs around 1.5 kilograms. There are probably 500 to 2000 different microorganisms living in and on the healthy body. At least 1000 different types of bacteria are found in our intestines. Modern humans only harbour around 200 of these species, while members of very primitive Indian tribes have 400 to 450 species. They are constantly in contact with our human organism via our human surfaces, skin and mucous membranes. As the host, we provide the microorganisms with a habitat and food and they decide what is considered good from the air, food and drink and enters our body. In the course of a lifetime, our intestines process around 30 tonnes of food and 50,000 litres of liquid. You are what you eat. However, our microorganisms play a major role in deciding what is good and not good for us.
How does a gut microbiome develop?
Every person has a completely individualised gut microbiome. It is individually composed from the way we are born to every contact with everything in the world. Our lifestyle, the air and environmental pollution contribute significantly to the colonisation of our gut microbiome. What we eat and drink every day influences the composition of our microbiome and determines our physical health, mental state and vitality.
Children who have grown up on a farm usually have a better health constitution in adulthood than children who have grown up sterile in the big city. The more diverse our gut microbiome is, the more balanced, cheerful, stress-resistant, peaceful and social we are. Microbiome diversity lowers the risk of depression and anxiety, Parkinson's, Alzheimer's and dementia, prevents obesity, high blood pressure and elevated cholesterol levels. It makes us look younger and gives us radiant skin. We are healthier, fitter and more energised.
What are the functions of the gut microbiome?
The intestinal microbiome breaks down indigestible food. In the large intestine, the remains of the digestive mash are processed by the bacteria living in it. The excretions are the nutrients that are supplied to the body cells via the blood. The large intestine needs about 16 hours for the bacteria (probiotics) to eat the fibre. The excretions of the bacteria diffuse as super molecules (nutrients) through the intestinal mucosa into the blood and are transferred to the cells in the mitochondria. There they form adenosine triphosphate, or ATP for short, our life energy molecule, with ionised oxygen.
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Approximately 70 - 80 % of the immune system is located in the gastrointestinal tract and is constantly being trained there. The combination of the large intestine and the microbiome provides us with minerals such as calcium, energy-rich fatty acids, folic acid, vitamin K, vitamin B1, B2, B12 and much more. The gut is the only organ system that can fulfil its function without the supervision of the brain. 90% of the visceral nerve (vagus nerve) of the intestine carries information from the intestine to the brain, where it is interpreted as emotions. Hormones and neurotransmitters are mainly developed in the gut microbiome. These include the enthusiastic neurotransmitter dopamine, the happiness hormone serotonin, the cuddle hormone oxytocin, the sleep hormone melatonin and the neurotransmitters histamine and oestrogen.
What harms the gut microbiome?
Stress, medications, cigarettes, air pollution, junk food, fast food, convenience food, fast, poorly chewed food and too little exercise damage the gut microbiome. The intestinal flora becomes imbalanced between friendly and unfriendly intestinal bacteria. The harmful microorganisms displace the beneficial ones with all the negative consequences for our health.
The revolution in probiotics research. Tyndalised probiotics. The most modern and effective form of probiotics currently available.
The unique Tyndalisation process from 17 years of research. Thanks to the unique application of this process, the bacteria are put "to sleep" and can therefore be optimally administered at the same time as the appropriate dietary fibre in the syrup. This is because the dormant bacteria do not "eat" the fibre! In this unique state, the probiotics can optimally "pass through the stomach acid" and thus reach the intestinal microbiome in the largest possible quantity. They also do not trigger an allergic reaction or histamine intolerance compared to live bacteria. Cancer patients can safely consume this form of probiotics!
The DNA of the dormant bacteria is activated with the appropriate prebiotics (dietary fibres) supplied in the environment of the intestinal microbiome. This means that the newly colonised bacteria remain in the intestine and can colonise there in the long term and harmonise the intestinal microbiome. Without the "right" probiotics (bacteria) and the appropriate prebiotics, the absorption and production of vitamins, trace elements and hormones will not function properly! Prebiotics precisely matched to the probiotics from a single source.
Personalised, individual gut microbiome treatment. The closest thing to a faecal transplant without the known side effects.
A one-year probiotic treatment consisting of a sequence analysis of the human microbiome and a hand-made individual preparation. Two microbiome analyses are carried out - one at the beginning of the treatment and the second comparative analysis in the middle of the treatment to produce the second half of the probiotics. A detailed evaluation and personalised advice are provided. The sequence analysis (DNA) of the stool sample recognises the complete lineage of microorganisms in the microbiome and the proportion of friendly and unfriendly bacteria. Up to 50 bacterial strains are used in the production of your customised probiotic, which is equivalent to a stool transplant. The daily dose contains 40 billion friendly bacteria.
Up to 50 strains of bacteria are used in the production of their customised probiotic, which is equivalent to microbiome therapy. The daily dose contains 40 billion friendly bacteria. The production time is 12 weeks from receipt in the laboratory and is carried out by hand. A healthy diet, sufficient clean ionised oxygen and exercise are important for your overall health and your gut. Personal initiative in lifestyle is essential!
An interesting lecture on the topic
