Not exact matches
The
new study suggests that MDR1 is responsible for protecting TH17
cells in the
gut from bile acids — detergent - like molecules produced by the liver that break down fats.
Published in the Journal of Experimental Medicine online Oct. 31, the
new study found that infliximab prevents TNF alpha from speeding the death of Paneth
cells, which protect the
gut from microbes.
«Cultural revolution in the study of the
gut microbiome: Human
gut - on - a-chip technology used to co-culture
gut microbiome, human intestinal
cells could lead to
new therapies for inflammatory bowel diseases.»
Published last week in
Cell, a study by Santamaria and Kathy McCoy, PhD, from the University of Calgary's Cumming School of Medicine (CSM) reveals a
new mechanism in the
gut microbiome that regulates pro- and anti-inflammatory
cells.
BREAKING DOWN MULTIPLE SCLEROSIS Taking narrow aim at the immune system isn't enough, so researchers are looking for
new treatment targets within nerve
cells and even in the
gut.
But help may be on the way: Scientists report in next month's issue of Nature Medicine that rats unable to digest lactose, a sugar in dairy foods, are cured by a pill that stitches
new genes into the
cells of the
gut.
«
Gut bacteria that «talk» to human
cells may lead to
new treatments.»
«The
new model enables studies of the complex interactions between host
cells, mucus production, and
gut microbes in a system that closely mimics the situation in human patients,» Dawson said.
The
new Wisconsin study shows that a small set of short - chain fatty acids produced as the
gut bacteria consume, metabolize and ferment nutrients from plants are important chemical messengers, communicating with the
cells of the host through the epigenome.
A
new study describes research helping tease out the mechanics of how the
gut microbiome communicates with the
cells of its host to switch genes on and off.
Writing online in the journal Molecular
Cell, a team of researchers from the University of Wisconsin - Madison describes
new research helping tease out the mechanics of how the
gut microbiome communicates with the
cells of its host to switch genes on and off.
«Protection for the
gut barrier:
New approach may prevent graft - versus - host disease: Activating signal paths could protect patients from dangerous immune reactions after stem
cell transplantations.»
«This
new class of immunotherapy drug traps white blood
cells in the lymph nodes to prevent their escape into the
gut where they cause inflammation,» said William J. Sandborn, MD, professor of medicine at UC San Diego School of Medicine and director of the Inflammatory Bowel Disease Center at UC San Diego Health.
Although this human
Gut Chip recreated the villus epithelium of normal intestine and enabled
new insights into how flow and cyclic peristalsis affects intestinal differentiation and function, it could not be used to study processes that relied on normal intestinal
cells from individual donors, which, for example, is crucial for studying patient - specific responses for personalized medicine.
A
new study on the crosstalk between microbes and
cells lining the
gut of mice shows just how cooperative this environment can be.
Further experiments identified
new therapeutic options: Mice that are unable to produce Type - 1 interferon were protected against Listeria infection despite the migration of the
gut bacteria into the liver, because their immune
cells didn't produce high levels of Type - 1 interferon and IL - 10 after Listeria infection.
Writing online Nov. 23 in the journal Molecular
Cell, a team of researchers from the University of Wisconsin — Madison describes
new research helping tease out the mechanics of how the
gut microbiome communicates with the
cells of its host to switch genes on and off.
Of note today: non-exclusive breastfeeding increases the risk of HIV transmission via the alteration of
gut microbiome / T -
cell activation; Fasting altered the
gut microbiome in beneficial ways but only in mice previously fed a high fat diet; An investigation into
new species of the honey and bumblebee
gut commensal genus Gilliamella; Catfish development shapes
gut microbial community structure independent of diet; A metagenomic analysis of the skin microbiome of the frog, Craugastor fitzingeri; The microbiome is altered during the bioremediation of herbicide contaminated soil; The impact of urban density on the soil microbiome; A randomized placebo controlled clinical trial of a microbiota based drug for the prevention of Clostridium difficile Infection; and the virome of the Cuatro Ciénegas Basin of Mexico
The
new iPS
cells passed the standard tests for pluripotency: They formed tumors called teratomas when injected into immunocompromised mice, and they could differentiate into
cells from the three main tissue types in the body, including neurons, muscle and
gut epithelium.
July 21, 2016 Antibiotic treatment weakens progression of Alzheimer's disease through changes in the
gut microbiome Long - term treatment with broad spectrum antibiotics decreased levels of amyloid plaques, a hallmark of Alzheimer's disease, and activated inflammatory microglial
cells in the brains of mice in a
new study by neuroscientists from the University of Chicago.
Scientists taking a close look at how a dangerous food - borne bacterium invades the
gut have identified a
new culprit, a molecule that normally helps hold the intestinal lining and other sheets of epithelial
cells together.
ANN ARBOR, Mich — By combining engineered polymeric materials known as hydrogels with complex intestinal tissue known as organoids — made from human pluripotent stem
cells — researchers have taken an important step toward creating a
new technology for controlling the growth of these organoids and using them for treating wounds in the
gut that can be caused by disorders such as inflammatory bowel disease (IBD).
This
new understanding will accelerate studies of stem
cell biology,
cell therapy, as well as work related to multiple aspects of
gut physiology including the burgeoning field of the
gut microbiome.
**** This opens up
new avenues for preventing colorectal cancers by altering the relationships between the microbiota and immune
cells in the
gut microbiome.
The advent of
new technologies has allowed scientists to discover and even track the complex relationship with bacteria between our
gut and our
cells.
It is commonly understood that melatonin is produced by the pineal gland in the brain, however,
new research shows that we have up to 400x more melatonin in our
guts and that bacteria in the
gut are communicating with the
cells that produce sleep related hormones.
Therefore, the purpose of this study was to investigate the effectiveness of a
new stem
cell therapy for canine IBD and better understand how stem
cells work to limit inflammation and repair
gut tissue.
I explained how I felt after one night in room 608
New Wing, so small like a prison
cell, nicht so
gut: (Hotel employee immediately arranged a larger room fo Cons:
New - wing rooms are tiny, not really a 5 - star feeling.