Studies have shown that vitamin B12 can help improve digestion by contributing to the «structure and function of
human gut microbial communities» (21.)
Not exact matches
The team found that the microbes lurking on the forearm, palm, index finger, back of the knee and sole of the foot were often more diverse than those in the
gut, «traditionally considered to be very diverse», says David Relman, who researches
human microbial ecology at Stanford University in California but was not involved in the research.
In this latest advance reported in PNAS, the Wyss team showed that the
human gut - on - a-chip's unique ability to co-culture intestinal cells with living microbes from the normal
gut microbiome for an extended period of time, up to two weeks, could allow breakthrough insights into how the
microbial communities that flourish inside our GI tracts contribute to
human health and disease.
«The distal
gut of a
human is one of the densest
microbial ecosystems on the planet,» says Stanford University microbiologist David Relman, a pioneer in
human microbiome research.
Jackson was studying
microbial communities around the world, including in the Amazon, when he realized that the ecological balance in those environments was not so different from the balance present in a healthy
human gut.
The
human gut consists of up to 100 trillion
microbial cells that influence metabolism, nutrition and immune function.
We identify ocean
microbial core functionality and reveal that > 73 % of its abundance is shared with the
human gut microbiome despite the physicochemical differences between these two ecosystems.
The research examining the differences in infant
gut microbial populations arising from differences in human milk oligosaccharides (sugars), «Maternal Fucosyltransferase 2 Status Affects the Gut Bifidobacterial Communities of Breastfed Infants,» is published online today in the journal Microbiome, a BioMedCentral journ
gut microbial populations arising from differences in
human milk oligosaccharides (sugars), «Maternal Fucosyltransferase 2 Status Affects the
Gut Bifidobacterial Communities of Breastfed Infants,» is published online today in the journal Microbiome, a BioMedCentral journ
Gut Bifidobacterial Communities of Breastfed Infants,» is published online today in the journal Microbiome, a BioMedCentral journal.
Only bacteria in the Bacteroidaceae and Bifidobacteriaceae families showed cospeciation with their ape hosts, with
gut microbial diversity lowest in
humans and highest in gorillas.
In addition, cohousing coprophagic mice harboring transplanted microbiota from discordant pairs provides an opportunity to determine which bacterial taxa invade the
gut communities of cage mates, how invasion correlates with host phenotypes, and how invasion and
microbial niche are affected by
human diets.
Billions of
microbial cells live in the
guts of
humans and other animals.
These bursts were found in phylogenetic trees created for 22
microbial communities, chosen to represent a breadth of habitat types: plant, marine, and
human gut and skin.
Related work by DeBruyn, Kathleen Hauther, a doctoral student in DeBruyn's lab, and others suggests that
microbial sampling of the
human gut itself might also serve as a time - since - death stamp.
Scientists have scoured cow rumens and termite
guts for microbes that can efficiently break down plant cell walls for the production of next - generation biofuels, but some of the best
microbial candidates actually may reside in the
human lower intestine, researchers report.
To detect NAFLD earlier and more easily, researchers in the NAFLD Research Center at University of California San Diego School of Medicine,
Human Longevity, Inc. and the J. Craig Venter Institute report that the unique
microbial makeup of a patient's stool sample — or
gut microbiome — can be used to predict advanced NAFLD with 88 to 94 percent accuracy.
Scientists are only beginning to understand what role the billions of
microbial cells colonizing the
human gut play in diet and disease.
This suggests that the existence of Treponema «is likely a good indicator of a general high level of
microbial diversity in the
human gut,» says evolutionary anthropologist Stephanie Schnorr of the Max Planck Institute for Evolutionary Anthropology in Leipzig, Germany.
«There's tons of questions around just how this whole system might control
microbial populations in the
gut, which have increasingly been shown to be important in obesity and diabetes, and all sorts of
human conditions.»
A valuable result of this work, they both agree, is that it sets up a way to test the effects of
microbial therapies on
human gut bacteria (even though the bugs are living in a mouse).
The findings illuminate the specialized roles played by key members of the vast
microbial community living in the
human gut, and could inform the development of tailored microbiota transplants to improve intestinal health after antibiotic use or illness.
«
Microbial diversity is found everywhere from deep sea vents to the
human gut or in association with plant roots.
For example, the large - scale sequencing program has already started to sequence the genomes of 100 microorganisms found in the
human gut, and will build on this by using genomic sequencing to characterize the complex
microbial communities found at many sites in and on the
human body.
«The
Human Microbiome Project will help us better understand the
microbial environment in the
gut, as well as provide us with the tools and technology to expand our exploration into this field of research.»
A few interesting articles in early life
human microbiome, plus: A comparison between Staphylococcus epidermidis commensal and pathogenic lineages from the skin of healthy individuals living in North American and India; A new tool to reconstruct
microbial genome - scale metabolic models (GSMMs) from their genome sequence; The seasonal changes in Amazon rainforest soil microbiome are associated with changes in the canopy; A specific class of chemicals secreted by birds modulates their feather microbiome; chronic stress alters
gut microbiota and triggers a specific immune response in a mouse model of colitis; and evidence that the short chain fatty acids profile in the
gut reflects the impact of dietary fibre on the microbiome using the PolyFermS continuous intestinal fermentation model.
When
human beings travel around the world, their
gut flora change in composition, shifting the ratios of different
microbial species and even introducing new species.
One of the first indications that
microbial therapy might help re-balance the
human gut arrived in 1910, when the Journal of Advanced Therapeutics reported briefly on a new technique for treating «chronic intestinal putrefactions.»
The
human gut has an estimated surface area of a tennis court (200 m2) and, as such a large organ, represents a major surface for
microbial colonization.