Not exact matches
Dr Nachbur said faults in
how the NOD2 pathway was controlled could enable the
cell to continue to cause inflammation long after the bacterial threat has passed, leading to chronic
inflammatory diseases.
To understand the mechanism of
how Neu5Gc affects the human immune system, researchers analyzed various
cells of the immune system that play a role during an
inflammatory reaction.
In their report published in Science Immunology they describe
how expression of a specific molecule — complement C5a — is required to cause the immune
cells called neutrophils to adhere to joint surfaces and migrate into the joint, a process known to set off the
inflammatory cascade.
To understand
how and why, Artyomov, first author Monika Bambouskova, PhD, a postdoctoral researcher at Washington University, Alexey Sergushichev, PhD, a researcher at ITMO University in St. Petersburg, Russia, and colleagues treated
inflammatory cells from mice and people with dimethyl itaconate, a modified form of itaconate.
«ILCs were discovered less than a decade ago, but the parallels between them and T
cells will enable us to more quickly understand
how they work and to develop ways to enhance or inhibit their function in treating a variety of immune and
inflammatory diseases.»
Professor Bowles, who referred to the research in a panel discussion on «Nature's Marvellous Medicines» at the recent Royal Society Summer Science Exhibition, said: «We were measuring
how flavonoids affected the production of
inflammatory mediators by
cells stimulated by microbial products.
In obesity, a stressed ER in visceral fat
cells leads to production of
inflammatory molecules called cytokines — but exactly
how was unclear.
«By exposing human colonic organoids to
inflammatory triggers, we can now learn
how the
cell lining of the colon and the supporting
cells beneath cooperate to respond to inflammation,» Munera said.
Using
cells from mice and human livers, Toronto General Hospital Research Institute researchers demonstrated for the first time
how under specific conditions, such as obesity, liver CD8 + T
cells, white blood
cells which play an important role in the control of viral infections, become highly activated and
inflammatory, reprogramming themselves into disease - driving
cells.
Cardiologists have well - developed ideas for
how plaque rupture works *; see the concept of â $ œvulnerable plaque.â $ Cholesterol and
inflammatory cells build up in the coronary arteries over several years.
We focus on understanding
how cancers
cells thrive by exploiting
inflammatory processes, corrupting surrounding normal
cells and avoiding immune detection.
Topics covered will include
how the immune system and commensal microbes interact in the context of health and disease;
how dendritic
cells respond to infectious or
inflammatory stimuli and the roles they play in the induction and polarization of adaptive immune responses against pathogens;
how the innate immune pathways regulate inflammation at mucosal barrier tissue sites and
how the macrophages are involved in intestinal inflammation.
Thus, given its deep history in understanding
how organisms counter infection, LJI is well prepared to lead the charge against
inflammatory disease, because often the same
cells that rid us of infection are the ones that destroy healthy tissue in
inflammatory or autoimmune disease.
how dendritic
cells respond to infectious or
inflammatory stimuli and the roles they play in the induction and polarization of adaptive immune responses against pathogens.
In addition to providing novel insights into
how the deleterious effects of senescent
cells are controlled, this pioneering drug screen opens the way for discovering new anti-aging therapeutics aimed at eliminating senescent
cells or their
inflammatory secretions.
Through a joint UNC School of Medicine - NC State research project shows
how to harvest lung stem
cells non-invasively and then multiply healthy
cells — a potentially powerful therapy against
inflammatory lung conditions.
Through a joint UNC School of Medicine - NC State research project shows
how to harvest lung stem
cells non-invasively and then multiply healthy
cells — a potential powerful therapy against
inflammatory lung conditions.
Today, several animal studies have been done to learn more about
how saponins can inhibit production
inflammatory molecules and promote white blood
cell activity.
This study demonstrates a snoball effect and shows
how the
inflammatory response in overweight people actually blocks their ability to burn fat and lose weight by converting white
cells to brown
cells.