A type of onion could help the fight against antibiotic resistance in cases of tuberculosis, a UCL and Birkbeck-led study suggests. Researchers believe the antibacterial properties extracted from the Persian shallot could increase the effects of existing antibiotic treatment.
Crowdsourced research project led by University of Nottingham will help scientists better understand and address one of world’s deadliest diseases ARMONK, NY & NOTTINGHAM, UK – 24 Mar 2016: IBM’s World Community Grid and scientists at the University of Nottingham are launching a study to … Continue reading →
At the end of a recent “Medical Microbiology” class taught by Dr. Sheldon Campbell, students clapped, cheered heartily, and stomped their feet on the floor. A couple of them even shouted “Encore!” It’s not quite the reaction one would expect … Continue reading →
Mycobacterium tuberculosis, the bacterium that causes tuberculosis may have an Achilles’ heel: It needs a particular enzyme to survive. Inhibiting that enzyme’s function, researchers have shown, will kill the bacteria, pointing toward a design strategy for new TB drugs. PROVIDENCE, … Continue reading →
Microsoft Research develops biometric monitoring system to help patients complete tuberculosis treatment programs. BANGALORE, India — Dec. 3, 2012 — Giri Prasad, a 33-year-old tailor who lives in Delhi, first noticed the pain below his ribs. He went to see … Continue reading →
Tuberculosis can be a serious threat to monkeys and apes. A new technique for detecting the tuberculosis -causing bacteria could help in protecting the health of primate populations. The method can spot TB even among infected primates that show no … Continue reading →
ANN ARBOR, Mich.— A new study of rabies in vampire bats in Peru has found that culling bats—a common rabies control strategy—does not reduce rates of rabies exposure in bat colonies, and may even be counterproductive. The findings may eventually … Continue reading →
Brown University researchers have created a reliable and fast flu-detection test that can be carried in a first-aid kit. The novel prototype device isolates influenza RNA using a combination of magnetics and microfluidics, then amplifies and detects probes bound to … Continue reading →