WORLD MICROBIOTA BILLIONS OF YEARS OLD

Living microorganisms have been the source of life for billions of years since the formation of the Earth.

Biologically, bacteria carry the genetic codes of living life.

Beneficial bacteria have very important roles in human health and nutrition.

This usefulness starts with breast milk and continues with the structuring of the immune system that will last a lifetime.

The microbiota organ formed by bacteria from the mouth to the end of the intestines is the center of the immune system.

With more than 100 years of research and the discovery of probiotic bacteria, health and nutrition are of vital importance for humans.

HUMAN MICROBIOTA FOR TENS OF THOUSANDS OF YEARS

In recent years, a new page of human history has been opened with the discoveries made in the field of microbiome with New Generation Probiotic bacteria.

New Generation Probiotics are anaerobic probiotic bacteria that can only live in the human intestine without oxygen.

In general, the richness of the whole probiotic diversity and their role in human health has become the focus of all research.

Thousands of scientific researches are conducted every year and new information on probiotics emerges as a result of each research.

Today, probiotics are microorganisms accepted in the concept of preventive health; in the regulation of the digestive system and strengthening the immune system.

Today, it is explained in scientific researches that they can provide positive support in the treatment of diseases in the therapeutic direction as well as preventive health.

21ST CENTURY AND AKKERMANSIA

Akkermansia muciniphila is a new generation of anaerobic probiotic bacteria, discovered in 2004 by Dr. Muriel Derrin, a PhD student at Wageningen University.

It has been determined in studies that it passes from breast milk to the intestines of babies.

It is one of the first founding probiotic bacteria of the microbiota in the baby's intestines.

Unlike other probiotic bacteria with its effectiveness, it has been explained in scientific studies that it ends intestinal permeability by providing mucin degradation and mucosal regeneration and increasing the thickness of the mucosa in the provision of the intestinal barrier.

This role of Akkermansia muciniphila has been recognized by the medical community as important in the prevention of diseases caused by intestinal permeability.

The 21st century is poised to be the century of probiotics.

At the beginning of this century, Akkermansia muciniphila may play a pioneering role in the next generation of probiotic bacteria.