Showing posts with label anthrax. Show all posts
Showing posts with label anthrax. Show all posts

Thursday, July 30, 2009

Beta-Glucan May Prevent Anthrax When Taken Orally


In a 2002 study, a group of researchers used oral Beta Glucan to treat mice infected with Bacillus Anthracites. With the high incidence of anthrax vaccine complications, an alternative preventative approach is sorely needed to deal with this frightening disease. Non specific immune stimulation methods, such as macrophage activation would be an excellent option.

The way that anthrax works is by secreting two toxins: edema toxin and lethal toxin. The first of these stimulates an outpouring of fluid into the lungs, while the latter inhibits nuetrophil phagocytosis and triggers destructive intracellular reactions, destroying macrophage cells. This is especially threatening because of the fact that the lethal toxin prevents the macrophages from releasing their immune messengers, including TNF-alpha.

The study in question showed that orally administered Beta Glucan greatly stimulates the levels of TNF-alph released from the macrophage, which overcomes the inhibition caused by the anthrax lethal toxin. Because of this, the mice that were treated with Beta Glucan experienced a significantly higher survival rate.

Beta Glucan was also shown to stimulate the effectiveness of neutrophils. In fact, one study indicated that the efficiency of neutrophils was increased as much as 50-fold by this powerful supplement, allowing for much faster and more precise immune reactions.
by: Jeremy Maddock

Thursday, May 21, 2009

Anthrax

Anthrax is primarily a disease of herbivorous mammals, although other mammals and some birds have been known to contract it. Until the introduction and widespread use of effective veterinary vaccines, it was a major cause of fatal disease in cattle, sheep,...

goats, camels, horses, and pigs throughout the world. Anthrax continues to be reported from many countries in domesticated and wild herbivores, especially where livestock vaccination programmes are inadequate or have been disrupted.

Humans generally acquire the disease directly or indirectly from infected animals, or occupational exposure to infected or contaminated animal products. Control in livestock is therefore the key to reduced incidence. The disease is generally regarded as being non-contagious. Records of person-to-person spread exist, but are rare.