New Information About Bacterial Enzymes to Help Scientists Develop More Effective Antibiotics
November 13th 2015Scientists studying the biosynthesis and production of microbial natural products now have a greater insight into the process thanks to research conducted at the U.S. Department of Energy’s Argonne National Laboratory in collaboration with scientists from the Scripps Research Institute and Rice University.
Measles Vaccination Has Saved an Estimated 17.1 Million Lives Since 2000
November 12th 2015The number of measles-related deaths has decreased 79 percent from 546,800 at the beginning of the century to 114,900 in 2014. New data released by the World Health Organization (WHO) for the Measles & Rubella Initiative, estimates that 17.1 million lives have been saved since 2000, largely due to increased vaccination coverage against this highly contagious viral disease. Measles vaccination has played a key role in reducing child mortality and in progress toward Millennium Development Goal 4.
Kitchen Utensils Can Spread Bacteria Between Foods, UGA Study Finds
November 12th 2015In a recent study funded by the Food and Drug Administration (FDA), University of Georgia researchers found that produce that contained bacteria would contaminate other produce items through the continued use of knives or graters-the bacteria would latch on to the utensils commonly found in consumers’ homes and spread to the next item.
Using Copper to Prevent the Spread of Respiratory Viruses
November 10th 2015New research from the University of Southampton has found that copper can effectively help to prevent the spread of respiratory viruses, which are linked to severe acute respiratory syndrome (SARS) and Middle East respiratory syndrome (MERS).
Scientists Make Strides in Inhibiting Infection in Artificial Ebola Virus Model
November 9th 2015Different studies have demonstrated that the Ebola virus infection process starts when the virus reaches the cellular DC-SIGN receptor to infect the dendritic cells (of the immune system). European researchers have designed a "giant" molecule formed by 13 fullerenes covered by carbohydrates which, by blocking this receptor, are able to inhibit the cell infection by an artificial ebola virus model.