Even remote bacterial species around the globe share genetic material – including genes that lead to antibiotic-resistant bacteria – but how is this possible? Researchers at Rutgers University have a compelling new hypothesis.
At this year's conference of the European Wound Management Association (EWMA) in Gothenburg, Sweden, two new studies on the efficient treatment of chronic wounds were presented. The participating clinicians were very satisfied with the results - but above all, the findings help patients.
Every day, patients all over the world suffer avoidable harm or risk being harmed while receiving healthcare. Providing safe care is one of the main challenges on the road to universal health coverage. The purpose of the first World Patient Safety Day on September 17th is to raise global awareness of patient safety, and make it a priority for all stakeholders.
Sepsis is one of the most common, least-recognised illnesses in both the developed and developing world. Globally, 20 to 30 million patients are estimated to be afflicted every year, with over 6 million cases of neonatal and early childhood sepsis and over 100,000 cases of maternal sepsis. Worldwide, a person dies from sepsis every few seconds. Find more facts and the official World Sepsis Declaration here:
Hygienists, microbiologists, institutions and companies have been researching and developing measures to combat postoperative wound infections (surgical site infections, SSI) for years. Despite efforts to contain SSI, they remain one of the most common forms of nosocomial infections in Europe. With the aim of slowing down this development, experts from various disciplines are now working even more closely together to break down silos.
Stethoscopes are used in nearly every patient examination, and they belong to the basic equipment of general practitioners. To prevent the transmission of germs, medical specialists should disinfect the device after each patient contact. An invention by a 16-year-old girl could simplify this hygiene measure immensely.
You might say the norovirus is the ninja of the virus world: stealthy and highly efficient. Ten virus particles are enough to infect a human being. This makes the virus one of the most infectious pathogens out there. Especially during the colder winter months, the number of gastrointestinal diseases caused by the virus rises rapidly.
It is a figure that is significantly higher than previously thought: Around 33,000 Europeans die every year as a result of bacterial infections. The main reason is that antibiotics are no longer effective against many of these infections. Even last-line antibiotics are no longer able to cure almost 40 percent of all infections investigated in a recent study.
Increasingly, bacteria are becoming resistant to antibiotics. When no antibiotic is effective, even "simple" infections can lead to patient death. Researchers have found a new approach for eliminating the bacterium Pseudomonas aeruginosa.
Researchers from Vienna and Belfast have found out how the immune system slows down the growth of the multi-resistant germ Klebsiella pneumoniae. The results could lead to new therapeutic options for treating infections.
