The relationship between the body's own immune system and intestinal flora is not only
coexisting, but also affecting each other. Recent studies have shown that metabolic …

Intestinal flora can participate in and influence the physiological function and disease
process of the organism as part of the host. The symbiotic relationship between intestinal …

The quantity of intestinal flora is large and diverse, its interaction with the host. The intestinal
flora is closely related to the development and the recovery of many human diseases …

The largest microbial community of the human microbiome is located in the digestive tract
and performs vital functions. The changes in the composition and function of intestinal …

Gout is an inflammatory disease caused by purine metabolism disorder, characterized by
increased uric acid, paroxysmal joint swelling and pain, gout stone formation, and joint …

Intestinal microorganisms are the most complex and abundant microbial ecosystem in
human body. Human physiological and metabolic characteristics are affected by the …

The intestinal flora is an important" endocrine organ" and" metabolic regulator" of human
body. It can participate in the regulation of metabolism, immunity, endocrine and other …

Gouty arthritis (GA), a metabolic and immunologic disease, primarily affects joints. Dysbiosis
of intestinal flora is an important cause of GA. The metabolic disorders of intestinal flora …

The human body contains a large number of microorganisms, and the gut microecology
environment contains the largest number and types of microorganisms. The structure and …

There are trillions of bacteria in the human′ s intestine, these bacteria constitute the largest
human microbiota what are called intestinal flora, the intestinal flora participate in or affect …