Not exact matches
Rather than an activator of T cells, the
molecule acted
like a brake, stopping the
immune system from its attack.
The idea is that routine exposure to harmless microorganisms in the environment — soil bacteria, for instance — trains our
immune systems to ignore benign
molecules like pollen or the dandruff on a neighbor's dog.
By the early 1990s, Swedo and the NIMH team were treating the Sydenham group and pioneering some of the same types of treatments used for patients
like Paul Michael today: steroids such as prednisone to stanch the tide of
immune molecules; plasmapheresis, a technique to filter the blood, cleanse it of autoantibodies, and return it intact to the patient; and intravenous delivery of a new, healthy
immune system with IVIG.
Allergies, including food allergies, are caused when our
immune system produces antibodies to destroy «enemy»
molecules,
like those from bacteria and viruses.
The standard approach to making such
molecules immunogenic is to link them to a larger biological
molecule like a protein in such a way that an individual's
immune system is able to detect the drug
molecule and mount a response to it.
The
immune system includes primary
immune organs, such as the thymus and bone marrow, where immunocytes differentiate; secondary
immune organs
like the lymph nodes and spleen, where immunocytes identify foreign
molecules and initiate responses against them, then radiating and patrolling through the body.
Rather than an activator of T cells, the
molecule acted
like a brake, stopping the
immune system from its attack.
The sugar
molecules in reishi mushrooms stimulate the
immune system, giving a kick in the pants to
immune cells
like T - cells and macrophages, whose job it is to attack cancer and other foreign cells.
Over time, this can turn into an autoimmune issue by which your
immune system thinks your thyroid — or any other gland or tissue, for that matter — looks
like the piece of steak
molecule it's been fighting off for the past few years.
This amino acid also supports the
immune system; it interacts with other nutritional cofactors to deactivate harmful
molecules like homocysteine, aids in the prevention of muscle weakness, helps to prevent brittle hair, and is beneficial in the regulation of allergenic chemical sensitivities.
Yeast overgrowth also protects us from toxins, chemicals, & metals as it acts
like a sponge and absorbs the harmful
molecules (protects our tissue) Candida isn't the enemy Bacteria aren't the enemy Suppressing your
immune system through exposure to toxins and crap food IS the enemy.
So if a person deficient in digestive enzymes consumes animal protein (meat, dairy, eggs, and fish) these animal proteins can't be properly digested and indigested and too big
molecules of protein enter the bloodstream where the
immune system treats them as foreign proteins and start
immune reaction and simultaneously decides to attack certain own body's proteins which look
like those dietary proteins.
Glycoproteins and polysaccharide
molecules like glycosaminoglycans are important structural components of the body; certain cell types rely on glucose for energy; and the
immune system relies on glucose for generation of reactive oxygen species to kill pathogens.
The
immune system is made up of a team of different types of cells that, while each having their own specific function, work together to protect the body from foreign invaders: B - cells produce antibodies; T - cells conduct surveillance for potentially dangerous
molecules and kills dangerous cells such as disease - causing bacteria; and macrophages are the scavenger cells of your body acting
like garbage trucks, cleaning up residue and removing potentially dangerous substances.
Although our
immune system is supposed to protect us, it mistakes non-threatening
molecules like allergens as harmful.