Medicine & TechnologyWhile many factors play into the development of a viral or bacterial outbreak, including herd immunity and preexisting healthcare practices, current outbreaks of the Ebola virus and the measles have many wondering exactly what’s causing the reemergence of such lethal diseases. Well, the obvious answers of vaccinations and poor sanitation conditions are readily available, but many may not consider an even more significant culprit—climate change.
Antibiotic-resistant bacteria has become a growing problem around the country for both doctors and hospitals, causing an estimated 2 million illnesses and 23,000 deaths around the United States each year. And in an effort to combat these resistant forms of bacteria, the Obama administration wants to double the amount of federal funding dedicated to fighting these superbugs.
This holiday season you may want to steer clear of the sweets—or at least caramel apples. Though the caramel sweets are often an Autumn/Winter treat, health officials with the US Centers of Disease Control and Prevention (CDC) are saying that they may be the link between a multi-state Listeria outbreak that has to date led to more than four deaths, and dozens of hospitalizations. Reporting this morning, Dec. 19, on the condition of the outbreak, the CDC says that at least 28 individuals spanning the states of Arizona, Texas and Minnesota have been infected and are facing the life-threatening illness.
Through the use of simple components, sugar, oxygen and transfer molecules, the mitochondria are able to create and store energy through the simple movement of electrons from one bond to another. And in spite of conflicting theories describing their possible origins, a new study at the University of Virginia is proving that the energy creators weren’t always self-sustaining components.