The Food and Drug Administration has ordered "antibacterial" ingredients to be removed from consumer soaps, citing a lack of evidence that they are effective in making soap work any better and that the industry has failed to prove they're safe. The banned chemicals include triclosan, triclocarban and 17 others (PDF) typically found in hand and body soaps. Companies have until late next year to remove the ingredients from their products, the FDA said. "Companies will no longer be able to market antibacterial washes with these ingredients because manufacturers did not demonstrate that the ingredients are both safe for long-term daily use and more effective than plain soap and water in preventing illness and the spread of certain infections," the FDA said in a statement. NBC News reports: "In 2013 FDA gave soapmakers a year to show that adding antibacterial chemicals did anything at all to help them kill germs. It made the rule final Friday. The FDA started asking about triclosan in 1978. Environmental groups and some members of Congress have been calling for limits on the use of triclosan. The Natural Resources Defense Council (NRDC) sued and the FDA agreed to do something about triclosan by 2016. There's no proof that triclosan is dangerous to people, but some animal studies suggest high doses can affect the way hormones work in the body. The proposed rule only affects hand soaps and body washes. Triclosan is often used in toothpaste and it's been shown to help kill germs that cause gum disease."

BarbaraHudson writes Times Live is reporting that while doctors have usually been blamed for bacterial resistance because of over-prescribing, Karl Rotthier, chief executive of the Dutch DSM Sinochem Pharmaceuticals, claims lax procedures at drugs companies are the real cause. "Most antibiotics are now produced in China and India and I do not think it is unjust to say that the environmental conditions have been quite different in these regions. Poor controls mean that antibiotics are leaking out and getting into drinking water. They are in the fish and cattle that we eat, and global travel and exports mean bacteria are traveling. That is making a greater contribution to the growth of antibiotic resistance than over-prescribing", Rothier said. "We cannot have companies discharging untreated waste water into our environment, contributing to illness and, worse, antibacterial resistance. We cannot accept that rivers in India show higher concentrations of active antibiotic than the blood of someone undergoing treatment."

barlevg writes "It's long been a concern that the widespread use of antibacterial soaps is contributing towards the evolution of drug-resistant 'superbugs,' but as the Washington Post reports, the Food and Drug Administration also does not believe that there is any evidence to support that the antibacterial agents in soaps are any more effective at killing germs than simply washing with soap and water. Under the terms of a proposal under consideration, the FDA will require that manufacturers making such claims will have to show proof. If they fail to do so, they will be required to change their marketing or even stop selling the products altogether."

First time accepted submitter Josiah Zayner writes "Katie Drummond at The Verge reports that 'the Infectious Diseases Society of America warned that the pipeline of new antibiotics was "on life support," with only seven drugs in advanced stages of development to treat multidrug-resistant gram-negative superbugs. That's in part because, unlike drugs prescribed to treat chronic conditions, antibiotics are only taken for a few days or weeks at a time — meaning they're less profitable for pharmaceutical companies.' Dr. Josiah Zayner, a synthetic biology fellow at NASA, and Dr. Mark Opal, a neurobiologist and drug development specialist have started an Indiegogo campaign: The ILIAD Project. ILIAD stands for the International Laboratory for Identification of Antibacterial Drugs. Contributors to the project will receive Science kits with all the materials needed for testing environmental samples, such as plants, insects, and bacteria, for antibiotic properties. The information will then be documented in Open manner on Wiki-style website to create the first Massively Multi-Scientist Open Experiment."