Sentences with phrase «gut bacterial diversity»

Antibiotics, the diabetes drug metformin and antacids can cut down on gut bacterial diversity, the researchers found.

Human chronic heart failure patients have also been shown to have reduced gut bacterial diversity and lower abundance of key bacterial genera (20).

Not exact matches

Various HMO sugar types and concentrations influence bacterial diversity, keeping strains of Bifidobacterium longum subsp infantis in highest abundance in the first few months of life and preventing pathogens from binding to the gut [20].

The researchers also noted signs of increased gut permeability — or leaky gut — and a decrease in the diversity of gut bacteria and anti-inflammatory bacterial metabolites, such as short - chain fatty acids, said Jairam K.P. Vanamala, associate professor of food sciences, Penn State.

«Women with polycystic ovary syndrome have less bacterial diversity in gut: Study finds elevated testosterone levels in women linked to changes in microbiome composition.»

However, the fiber supplements could not completely return the mouse gut bacteria to its original bacterial diversity after eating the low - fiber diet.

Rectal swabs contained all of the diversity present in fecal samples, along with additional taxa, suggesting that fecal bacterial communities may only represent a subsample of the complex bacterial communities inhabiting the gut.

For example, lower diversity of the gut microbiome has been associated with obesity and inflammatory bowel disease (IBD), and higher diversity in the vagina with bacterial vaginosis.

In general, research from this and other groups suggests it is better to have a high diversity of bacterial species living in the gut.

Today, we know that children who are not breastfed have low levels of healthy bifidobacterium in their guts, suffer from chronically low bacterial diversity (which is very important for achieving digestive health), and are more prone to developing autoimmune diseases.

In one study, scientists discovered that a lack of bacterial diversity in the guts of 3 - month - old babies was associated with a high risk of developing asthma, which is often triggered by an allergen.

This study showed that «About a quarter of us have up to 40 % fewer gut bacteria, reduced bacterial diversity, and harbor more bacteria causing a low - grade inflammation of the body which is reflected in blood samples that reveal a state of chronic inflammation, which we know affect metabolism and increase the risk of type 2 diabetes and cardiovascular diseases.»

You should take action to eat foods that both increase healthy bacterial strains in your gut and encourage a wide diversity of those strains.

Each successive generation's gut - bacterial ecosystem declined in diversity.

Conducted on mice, the study found that low - fiber diets not only deplete the microbiota of the gut, but can cause loss of bacterial diversity within those ecosystems in as few as three or four generations.

All forms of insoluble fiber are digested through bacterial fermentation, but some of us don't have the diversity of gut flora for this fermentation.

Combined with the lack of fibre to feed the beneficial gut bacteria and promote more bacterial diversity, a prolonged Ketogenic diet may be a recipe for gut dysbiosis.

All acne patients need a healthy diversity of good bacterial strains in their gut to protect against inflammation from unhealthy bacteria, to prevent leaky gut syndrome, and to increase nutrient absorption.

Eating a variety of good - for - you foods can play an important role in promoting greater bacterial diversity in your gut.

Less Diversity in Gut Bacteria Increases Obesity and Disease Risk: An international team of scientists have established links between the number of different bacterial species in the gastrointestinal tract and obesity, further weight gain, and the development of obesity - and inflammation - related diseases.

This study reinforces both reduced use of antibiotics, which decreases gut flora diversity, and the use of probiotics to reestablish normal bacterial populations.