Milen I. Georgiev, who delivered the report, pointed out, that for thousands of years, indigenous populations in southern Africa have the devil’s claw as a remedy for a variety of symptoms such as fever, diarrhea, and blood diseases. Today there are dozens of medicinal and herbal products in the world that are derived from chemicals to the Devil’s Claw. In particular, studies suggest that two chemicals – the so-called iridoid glycosides and harpagoside harpagide – can have positive effects in the treatment of degenerative rheumatoid arthritis, osteoarthritis, tendonitis, and other conditions have said Georgiev.
Georgiev notes that hairy roots improvement over traditional improvement over traditional, greenhouse – based plant cultivation. The transformed root cultures possess fast growth rates, genetic and biochemical stability and the capacity for synthesis of plant materials should also be mentioned commercialized, but active metabolites in naturally grown plants in greenhouses significantly vary depending on the season, ‘says Georgiev hairy root culture biofactories, on the other hand, could produce consistently high level of plant materials throughout the year. ‘develop develop objective of this technology so that we, the attention not only to fundamental scientific tasks but also those who joined in connection with some of the technical problems with hairy root cultures biofactories, ‘Georgiev said.The American Academy of Sleep Medicine announced that it launched a new blog at, to member, media and the public live enter updates from the Baltimore Convention Centre, if SLEEP 22, 2008 Annual Meeting of the Associated Professional Comfort Societies meeting dated 9 to 12 Jun. Source: Jennifer Marcus University of California at – Los AngelesIt California NanoSystems Institute at UCLA and nanotechnology Holdings Pacific Inc. Is announced a partnership agreement is a a mechanized, nanoparticle-based to that might life life, of improved quality of millions of cancer patients.
Due to its unique properties of, tumor cells mechanization nano able on pre-programmed cancerous cells cancer cells while avoiding of the another rapidly growing cells. In addition, it allows the robots – like nanoparticle to the triggered release of pharmaceuticals for cancer that present are difficult to administer administered intravenously for their low solubility in blood circulation.. The first use of the new partnership are the use of of technology for the involve targeted supply of Food and Drug Administration allowed chemotherapeutics at cancer cells.