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2021.10.22

Gut microbiota and liver diseases

In traditional perception, there is no obvious connection between the intestines and the liver, but in fact, the two are related in both structure and function. Blood from the intestines returns to the liver through the portal vein, which accounts for most of the liver's blood supply. If there is an imbalance in the gut microbiota, bacterial products and gut-derived toxins reach the liver via the portal vein, activating pro-inflammatory responses and triggering various diseases. Therefore, the gut microbiota provides new ideas for the treatment of liver diseases.

Gut microbiota and liver diseases

2021.10.15

Which is better for your health: fermented foods or high-fiber foods?

The latest findings come from a study published by researchers at Stanford University in the journal Cell. The study explored the potential effects of fermented foods on the gut and immune system, and compared them to a relatively healthy high-fiber dietary pattern (rich in fruits, vegetables, legumes, whole grains, and other fiber-rich foods).

Which is better for your health: fermented foods or high-fiber foods?

2021.09.22

Microbiome-gut-brain axis

Current research has demonstrated the interactive regulatory role of the gut microbiota with the brain and gut, collectively forming the microbiome-brain-gut axis. The gut microbiota, as the core of the microbiome-brain-gut axis, can influence the central nervous system through various pathways, while also being regulated by the central system.

Microbiome-gut-brain axis

2021.09.22

The role of gut microbiota in tumor occurrence and diagnosis, and the anti-tumor mechanisms of probiotics.

The human body contains a large number of microbial communities in the normal intestinal tract, and the intestinal microbiota is closely related to human health and the occurrence of tumors. Certain intestinal bacteria can induce tumor formation through colonization in specific areas and dysbiosis of the intestinal microbiota. At the same time, the intestinal microbiota can also play a role in tumor treatment. The anti-tumor effects of probiotics have attracted widespread attention from scholars both domestically and internationally, as they do not damage normal tissue cells, and have been studied in depth.

The role of gut microbiota in tumor occurrence and diagnosis, and the anti-tumor mechanisms of probiotics.

2021.08.13

The relationship between gut microbiota and bone remodeling.

The gastrointestinal tract is home to a vast and diverse community of microorganisms known as gut microbiota (GM), with numbers exceeding 10^14 and a gene count approximately 150 times that of the human host genome. The gut microbiota functions like an organ in the human body, changing in composition and quantity in response to external environmental stimuli and other factors, which affects the functions of the gut nervous system, gut endocrine system, immune system, and gut permeability. It plays a crucial role in food digestion, vitamin nutrition, defense against invading pathogens, and immune stimulation.

The relationship between gut microbiota and bone remodeling.

2021.07.05

Composition of the human small intestine microbiome in the context of inflammatory bowel disease

Research has found that the composition of the colonic microbiota in IBD patients is similar to that of the small intestine, indicating a possible autonomous selection of pathogenic microbiota. Pathogenic bacteria tend to preferentially inhabit the more favorable environment of the colon, which may promote the occurrence of the disease. This highlights the importance of beneficial gut microbiota, and appropriately supplementing beneficial bacteria can help regulate the homeostasis of the microbiota in the intestine.

Composition of the human small intestine microbiome in the context of inflammatory bowel disease
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