This indicates they may be promoting different species of bifidobacteriaand probably
other gut microbes within the complex gut microbial population.
«It's able to use the sugar molecules in mom's milk better than
any other gut microbe, including commensal and pathogenic bugs.»
Not exact matches
I have been distraught for days, but I am looking up
other labs where I might be able to do work in line with my obsession with beneficial
microbes in soil and in the
gut.
«This [new work] explains quite nicely the two - way interaction between
microbes and us, and it shows the relationship going the
other way — which is fascinating,» says Spector, author of The Diet Myth: Why the Secret to Health and Weight Loss Is Already in Your
Gut.
«Like zebrafish, we have this rich source of
gut microbes that have figured out how to coexist with us and soothe the immune system,» she says, adding that «there is enormous potential to harness those mechanisms» to address ailments such as inflammatory bowel disease and
other chronic inflammation.
Two studies — one in mice and the
other in human subjects — offer the first definitive evidence that exercise alone can change the composition of
microbes in the
gut.
While scientists have made great progress in identifying the individual members of the
gut microbiome, it's much harder to determine exactly what they do — both individually and in concert with
other microbes.
Finally, besides promoting the evolution of drug - resistant
microbes, antibiotics increase the risk of side effects such as tendon rupture or kidney damage, and can damage
gut and
other microbiomes that are essential to overall health.
This kind of drug also holds promise because it would affect only Salmonella and leave the trillions of
other microbes in the
gut unaffected.
Others came from the mouse
gut bacteria, suggesting adult beetles regurgitate some of the
microbes they consumed from the carcass.
That's not good because there, normal,
gut - dwelling
microbes will feast on the sugar and belch out hydrogen and
other gases.
But developing therapeutics will be harder than just mixing the
microbes together into pill form, Wills - Karp says, because babies already have
guts that are teeming with
other bacteria.
Their findings show that most of the
microbes responsible for decomposition come from the soil, not from the
gut as
other researchers have suggested.
When they compared S. typhimurium's 4300 genes to those of eight
other gut - wrenching
microbes, including ones that infect birds or reptiles and not humans, they found about 350 genes unique to the
microbes that infect warm - blooded organisms.
This approach is also being used to reverse engineer even more complex
gut environments by integrating
other cell types, such as immune cells, neuronal cells, and commensal
microbes into the device.
The surprising outcome, however, was that «within one generation, the flies developed mate preference for their own group, ignoring the
others, and that this was dependent on the
microbes in the
gut that helped them utilize the food,» he said.
Researchers sequenced the DNA of the termite
gut microbes and compared the DNA with all
other kinds of
microbes on earth, including from agriculture and industrial plants.
Scientists increasingly realize the importance of
gut and
other microbes to our health and well - being, but one University of California, Berkeley, biologist is asking whether these
microbes — our microbiota — might also have played a role in shaping who we are by steering evolution.
Studies like these are possible because of technological advances in high - throughput sequencing, which allows scientists to survey
microbes in the
gut and
other parts of the body.
Researchers discover why
gut microbe increases stomach cancer risk in some Colombians, but not
others
«Since we found previously that the
gut microbiome — the communities of bacteria and
other microbes living there — can influence liver disease risk, we wondered what effect gastric acid suppression might have on the progression of chronic liver disease.
It's possible, say scientists who have studied these symbiotic bacteria, fungi and
other microbes, that
gut microbiomes might be less ubiquitous than previously assumed.
Left: The
gut of a mouse that received a transplant of
microbes from the
gut of four - day - old normal mice, and then was exposed to Salmonella, while the
other received a transplant of the four - day - old mouse
microbes along with added Clostridia bacteria, before being exposed to Salmonella.
The
microbes that live in our
gut could prove to be a fertile source for new antibiotics and
other useful drugs
Terry Hwa's lab has been working on quantitative descriptions of how genes, proteins and chemicals work together to coordinate the physiological responses of the
gut bacterium E. coli, and is more recently studying the interaction of
gut microbes with each
other and with the host environments.
By joining American
Gut, your sample and diet and lifestyle data will be merged with thousands of
other folks and will allow us to explore population - level patterns that will hopefully lead to a better understanding of why we carry the
microbes we carry and what aspects of our behavior and disease state drive these microbial patterns.
BACTERIA AND
OTHER MICROBES interact in diverse populations everywhere from the human
gut to the oceans.
The
gut microbiome — a collection of bacteria and
other microbes in the
gut — could be a highly accurate predictor of hospitalizations for patients with cirrhosis, according to a recently published study led by a researcher at Virginia Commonwealth University.
Compared to the brains of normal mice, those with
microbe - free
guts had more of some types of microRNAs and fewer of
others.
While genetic and epigenetic factors play between the host organism and the microbiota — determining which
microbes successfully colonize the
gut and
other organs — the ultimate dictating force of the composition of an organism's microbiome is diet and environment.
Your
gut contains trillions of bacteria and tiny
microbes — collectively called the microbiome — that mainly help with digestion and
other bodily functions.
This suggests that some
microbes in a hamster's
gut might influence how it behaves and interacts with
others.
As recent advances in scientific understanding of Parkinson's disease and cancer immunotherapy have shown, our
gut microbiomes — the trillions of bacteria, viruses and
other microbes that live within us — are emerging as one of the richest untapped sources of insight into human health.
More than 100 trillion bacteria, fungi and
other microbes live as squatters in your
gut.
After the
other males began squaring off, however, their
gut microbes did change — and in both the winners and the losers.
When your
gut is leaky, toxins,
microbes and undigested food particles — among
other things — escape from your intestines and travel throughout your body via your bloodstream.
On the
other hand, when you're lacking the numbers of good
microbes in your
gut that you need to effectively keep your digestion moving along, one of the first places issues will materialize is on your skin.
Two common factors emerged in urine that had a better ability to resist bacterial growth: it had a high pH — one that's more alkaline, in
other words — and higher levels of certain metabolites formed by
gut microbes.
Nourish Your Cells: A robust inner ecosystem that's teeming with friendly
microbes requires healthy mucosal tissue — in
other words, the lining of the
gut needs to be strong.
«In parallel with beneficial
microbes in the healthy
gut, scientists have found thousands of different species of downright pathogenic disease - causing
microbes; bacteria, viruses, fungi and
other microbes.
Specific
gut microbes may have
other benefits beyond the intestine.
It needs building blocks for them, because they're made out of certain nutrients (proteins, certain fats, vitamins, enzymes, and
other active molecules)... Second, it needs the whole process to be orchestrated by the beneficial
microbes in your digestive system; by the beneficial healthy
gut flora.»
Our
gut microbes also promote the de-conjugation and detoxification of proliferative, carcinogenic estrogen species and
other exogenous toxins, reducing their enterohepatic recirculation (Gorbach, 1984).
«In our modern world where people are regularly taking antibiotics and
other pharmaceutical drugs, where food is laced with chemicals alien to the human physiology, an increasing number of people have damaged, abnormal
gut flora dominated by pathogenic [disease - causing]
microbes.
In fact, exactly how the
gut microbiome «interacts with foods to produce health conditions» is considered a new and dynamic area for further research by individuals on all sides of the red meat - colon cancer debate.10 For example, researchers at Harvard Medical School are studying fecal samples to assess the impact of red meat intake on
gut microbes and their byproducts, which the researchers speculate may influence «biological pathways associated with colorectal cancer and
other digestive diseases.»
Instead, it could be your own
gut flora — those tiny
microbes living in your intestinal tract — sending you strong signals to devour sweets, salty snacks or
other less - than - desirable foods.
The unbalancing of the
gut that occurs allows pathogenic fungal strains like Candida to become dominant over beneficial, friendly
microbes, get into the blood and infect
other tissues.
Because they have the
gut microbes that dine on grass, passed to them by their mothers, eating grass is normal behavior among wolves and
other wild canides.