CAR - T approaches involve reengineering T - cells to find and destroy cancer cells, but that process can
cause cytokine release syndrome (CRS), a life - threatening immune response NantKwest hopes to sidestep.
Not exact matches
CAR - T treatments, including competing products from Novartis rivals Kite Pharma and Juno Therapeutics, come with the risk of potentially deadly side effects such as
cytokine -
release syndrome (CRS), in which a glut of T - cell - assisting
cytokines can
cause high fever, low blood pressure, and problems with lung oxygenation.
In the absence of pain, morphine interferes with normal body function and is viewed as a pathogen, activating the brain's innate immune cells and
causing the
release of inflammatory chemicals such as
cytokines.
One of the limitations of earlier compounds was their tendency to
cause iNKT cells to
release a rush of different
cytokines.
As wounds heal, white blood cells, such as those called macrophages, are attracted to the wound site and
release substances called
cytokines that
cause an inflammatory response.
Building on that work, the current paper looked at a less lethal strain, the H1N1 «swine flu,» that does not infect neurons, but which, the researchers showed, still
caused inflammation in the brain via inflammatory chemicals or
cytokines released by immune cells involved in fighting the infection.
They can provide a range of beneficial effects, such as lowering inflammatory
cytokines (chemicals
released by the immune system that can
cause problems in rheumatoid arthritis patients), reducing joint stiffness and pain, as well as lowering oxidative stress — the ability of the body to counteract or detoxify harmful chemicals.
This
causes the body's white blood cells to
release type 1 interferon - alpha, a small
cytokine protein that acts as a systemic alarm, triggering a cascade of additional immune activity as it binds with receptors in different tissues.
Watkins» work with glia, for example, has indicated that long - term opioid therapy may have an effect similar to that of chronic inflammation,
causing glial cells to
release an excess of
cytokines that actually reduce the drug's effectiveness in blocking pain.
In a typical immune response, for instance, inflammatory proteins called
cytokines will be
released by immune cells at a site of inflammation and then other immune cells will use these
cytokines like a trail of breadcrumbs to home in on the site of infection and destroy the pathogens that are
causing it.
As they die, these cells
release proteins, called
cytokines, that
cause inflammation and that attract healthy cellular targets promoting repeated rounds of infection and cell death.
This brain inflammation is
caused by the
release of
cytokines, chemical messengers in the body that trigger an immune response, similar to a viral infection.
An up - regulated inflammation system
causes the
release of even more
cytokines, which activate a hormone - like compound called c - Jun Terminal Kinase (JNK) that can
cause the cells to take in less blood sugar for energy.
Exercise
causes the
release of helpful chemical messengers called
cytokines as well as chemicals that are responsible for elation called endorphins.
Because of the dysfunction
caused by the
cytokines, these regulatory messengers are
released based on an incorrect interpretation by the brain of the hormone environment.
In the lab, tests revealed that exposure to refined salt
causes Th17 cells to
release up to 10 times more
cytokines than normal.
Diet - induced inflammatory reactions
cause mediator
release (
cytokines, histamine, leukotrienes, prostaglandins, etc.) from various white blood cells (lymphocytes, neutrophils, monocytes, eosinophils).
The
release of inflammatory
cytokines, or intercellular signaling molecules such as interleukin - 1 (IL - 1), interleukin - 2 (IL - 6), and tumor necrosis factor alpha (TNF - α) at the site of immune activation
causes other immune cells migrating throughout the lymphatic vessels of the body to express more cell adhesion molecules (CAMs).
Having chronic inflammation
causes a cascade of events — including
release of inflammatory markers called
cytokines.
These reactions
cause a
release of
cytokines and interleukins — which exacerbate the inflammatory response, opening the door for conditions like cancer.
It measures the inflammatory response and subtle changes in our immune cells (lymphocytes, neutrophils, monocytes, and eosinophils) as they
release chemical mediators (a substance
released from cells, e.g.,
cytokines, histamine, leukotrienes, prostaglandins, etc.), that regulate or
cause physiologic consequences during an immune response to an antigen.
The general ill health (cachexia) that malignant tumors and may other serious health issues
cause can lower blood cholesterol levels in a variety of ways (
cytokine release, poor appetite, etc.).
CBD has been shown to decrease the production and
release of inflammatory
cytokines that can
cause allergies, hypersensitivities and autoimmunity.