Whether occupationally, recreationally, or induced by a run-of-the-mill activity, ocular issues involving objects is not rare. And the summer is a prime time for things, propelled by the wind, to land in the eye.
Given the difficulty of discovering new antibiotics to treat resistant bacteria, microbiologists are exploring non-traditional approaches. ACSH advisor Dr. David Shlaes discusses a webinar in which "You couldn’t have a more authoritative and experienced set of presenters."
We don't know if probiotics are a good idea during antibiotic therapy. So eat plenty of fiber -- such as fruits, vegetables, and whole grains -- instead.
Triclosan has garnered a bad reputation due to its overuse. But it may still serve a purpose in treating cystic fibrosis infections.
When business models drive medical systems, low-value care ensues. The concern is compounded by the tremendous growth in urgent-care and retail clinics. These facilities are now contributing to 40 percent of outpatient antibiotic prescriptions.
A team of researchers wants patients to shorten their antibiotic course. This suggestion is problematic, and possibly dangerous, both to individuals and the larger battle against antibiotic resistance. And it goes against the recommendations of many organizations.
Did our lost presidents surpass the life expectancy of their respective generations because of their access to superior medical care? The answer might surprise you.
Baking soda, bicarbonate, is a household staple. Does it have a role in treating sepsis? An in vitro study may point to a new treatment.
C-diff is a bacterium that causes a life-threatening infection. Though the bacterium can infect healthy individuals, it is of particular concern to those who are hospitalized or are taking antibiotics.
Truth is stranger than fiction. House of Cards has been cancelled. MSNBC fired journalist Mark Halperin. The long-anticipated Russia investigation has resulted in its first charges. And a dog bit my dad in the butt. What do you do when a dog bites you?
When it comes to finding new antibiotics, no place is too weird to look. Three separate teams of researchers have identified potentially useful antibiotics from some of the strangest places imaginable: Sponges, sea snails, and marine worms.
University of Montana researchers discovered that when grown in co-culture, two different species of the fungus Penicillium – the same genus that produces the antibiotic penicillin – cooperate to synthesize an antibiotic that neither species produces when grown alone.