Millions of people visit airports every day. With so many people in one confined space, you have to expect some exchange of germs.
But, which area in an airport contains the most germs?
According to a new study from experts in the United Kingdom and Finland, not only can you catch a virus from airport security bins, they may actually be the biggest germ hotspots in airports.
Deadly cholera outbreaks have recently been plaguing many African countries, particularly those in the eastern and southern Africa region (ESAR).
With almost 25,000 cases and more than 350 deaths, questions about the overall impact of the illness remain.
How did these outbreaks happen? How likely are they to spread throughout the rest of the continent? Are other regions in danger of a cholera outbreak?
In recent years, we’ve seen the extreme dangers of foodborne illnesses. Cholera, typhoid and hepatitis A outbreaks can create epidemics that span whole countries and prove hard to stop.
An illness like listeria is no different.
The disease comes from processed meats that have gone bad, such as hot dogs, deli meats, canned smoked seafood. A person who even incorrectly refrigerates produce items can contract listeria. We’ve already seen the serious effects of listeria this year alone, with an outbreak in South Africa.
We change the flu vaccine every year, but what if we didn’t have to?
That would require the long-rumored universal flu vaccine. While it would prove groundbreaking, that kind of vaccine has been considered out of reach. But, according to research from the University of Pennsylvania, a universal flu shot could be ready for clinical trials within two years.
As we covered in the spring, exciting new developments are underway for the flu vaccine. With this new information, the vaccine may be closer than we thought.
Antimicrobial resistance (AMR) is a growing problem for patients with diseases such as tuberculosis, HIV, malaria and typhoid. Those illnesses are proving much harder to treat with current antibiotics. Researchers believe AMR could cause 10 million deaths every year worldwide starting in 2050.
While AMR also applies to antimalarials and antivirals, antibiotics are often the main subject.
Antibiotics changed healthcare dramatically after the discovery of penicillin in 1928. Since that development, various bacteria have slowly developed a resistance to the drugs. As this continues, common infections and injuries could be deadly once again.
