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Diabetes and the microbiome: how bacteria control sugar levels
Type 2 diabetes mellitus (T2DM) is a growing global health problem that is closely related to the obesity epidemic. It is one of the most common non-communicable diseases in the world, characterized by disorders of carbohydrate, lipid and protein metabolism, and arises from impaired insulin secretion, cellular resistance to insulin or a combination of these factors.


Chronic Fatigue and Insomnia: How Gut Bacteria Steal Your Energy and Why Coffee Doesn't Help Anymore
Millions of people wake up tired every day. They drink liters of coffee, take energy drinks during the day, and at night they can't fall asleep without a sleeping pill. The modern rhythm of life teaches us to attribute chronic fatigue and sleep disorders to stress, overwork, or age. However, evidence-based medicine makes a revolutionary discovery: the real generator of our energy and the "biological clock" are not in the brain, but in the gastrointestinal tract.


MICROBIOME BIOHACKING: How to hack the aging system using legal methods
The idea of eternal youth has long gone beyond the realm of science fiction films. Today, advanced scientists, investors, and entrepreneurs are actively implementing biohacking into their lives — a systemic approach to managing one's own biology. However, the most effective tool for "hacking" aging processes is not hidden in plastic surgery or cryochambers.


Running and the microbiome: benefits for digestion and immunity
In modern sports, running is increasingly viewed not only as a way to increase endurance, but as a tool for systemic health effects. One of the key, but long-underestimated mechanisms of this effect is the microbiome
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