«New drug combinations could significantly
improve tuberculosis treatment: Therapies selected using feedback system control may shorten treatment time and combat drug resistance, research shows.»
This innovative method constitutes an important building block for optimal diagnostics and could lead to
improved tuberculosis treatment in future.
Not exact matches
Today he directs the Innovations in International Health program at MIT, and his inventions (including an inhalable measles vaccine and a system that monitors
tuberculosis treatment) are helping to
improve medical access in the developing world.
As part of the long effort to
improve treatment of
tuberculosis (TB), microbiologists led by Yasu Morita at the University of Massachusetts Amherst report that they have for the first time characterized a protein involved in making a glycolipid compound found in the TB cell wall, which is critical for the disease - causing Mycobacterium to become infectious.
The solutions examined were: fighting
tuberculosis through drugs and
improved case identification; getting cheap drugs that treat acute heart disease to developing countries; combining a malaria prevention package (mosquito nets, DDT spray, etc.) with subsidies on new
treatments; expanding immunization and micronutrient coverage for children in developing nations; tobacco taxes in developing nations; and a multiple ‐ intervention approach to preventing and treating H.I.V. / AIDS; making investments in hospitals.