A healthy gut is much more important than just good digestion!

Our gut and its 100 trillion resident microorganisms – also known as the microbiome – control a range of essential processes: Here, not only is our food broken down and the nutrients contained within absorbed through the gut walls, but also energy is provided, the water and salt content regulated, and vitamins and hormones produced.

At the same time, our gut is the largest immune organ, as an astonishing 80% of our immune cells are located here. Furthermore, it is surrounded by around 100 million nerve cells that connect it to our brain via the so-called gut-brain axis. The fact that the gut has a significant influence on our mental balance is also reflected in its production of over 90% of the happiness hormone serotonin.

Imbalances in our microbiome can not only cause a variety of digestive complaints and lead to critical nutrient deficiencies. They also weaken our immune defenses, thereby increasing susceptibility to illness. Even the smallest changes in our lifestyle can impair our gut balance and the natural protective barriers, consisting of gut flora, intestinal mucosa, and the immune system. This includes, in particular, medications (especially antibiotics), stress, improper/unbalanced nutrition, environmental influences, and chronic diseases.

When should the health status of the gut be examined?

Due to their enormous impact on our entire body, it is generally advised to pay attention to gut health. However, action should be urgently taken when there are specific complaints, such as recurring bloating, diarrhea, frequent infections, or food intolerances.

The exact causes of emerging complaints can often be determined through a microbiome analysis. This allows for effectively counteracting the complaints and significantly improving overall well-being.

How does the Microbiome Sensor work?

With our Microbiome Sensor, our laboratory examines the submitted sample, among other things, for the balance between “good” and “bad” gut bacteria.

Additionally, we check whether absorption disorders are hindering nutrient uptake, whether permeable gut walls can cause problems, or whether the gut is infected with health-damaging yeast fungi.

We summarize the analysis results in a detailed written report that explains in which areas problems exist and how they can be resolved.

Thus, the Microbiome Sensor can contribute valuablely to restoring gut health and relieving affected individuals of their complaints.