In a bid to prove that showering is overrated, an American scientist hasn't had a bath in 12 years. Instead, he sprays his skin with a mist containing live bacteria, which he claims has kept him clean all these years!
为了证明洗澡是小题大做,一位美国科学家12年没洗澡。他把一种含有活性微生物的喷雾喷洒在皮肤上,以代替洗澡。他声称,这些年他就是靠这来保持清洁的!
Dave Whitlock, a chemical engineer and MIT graduate, says that there is no basis for assuming that bathing is a healthy practice. "No one did clinical trials on people taking showers every day," he said. "I have not taken a shower in 12 years." In fact, he says that the chemicals in our soaps and shampoos have destroyed all the friendly bacteria that once inhabited our skin and kept us clean.
Whitlock first started thinking about good bacteria when a woman he was dating asked him why horses liked to roll around in the dirt during summer. "The only way that horses could evolve this behavior was if they had substantial
evolutionary1 benefits from it," Whitlock explained. That's when he realised that for the horses, this was actually a way of keeping clean.
Until then, no one had considered that skin bacteria was important and could be helpful to the body. "I didn't have a biology degree - I wasn't at an institution that was
renowned2 for its biological research," Whitlock said. "And I was proposing something completely off the wall." But he went ahead and invented a one-of-a-kind spray - called 'Mother Dirt AO+ Mist' - consisting of 'good' bacteria.
According to Whitlock, the bacteria in the spray can serve as personal groomers, eating through sweat and oil on our skin. They feed off urea and ammonia in the sweat from the skin, turning them into nitric
oxide3, which is very good for the body. Nitric oxide
molecules4 dilate5 blood
vessels6 and help regulate blood pressure, along with a host of other benefits.
The spray is manufactured through AOBiome, a company that Whitlock helped found. According to the company, "Modern
hygiene7 has selectively
depleted8 the natural balance of the skin microbiome particularly affecting AOB. By restoring the appropriate AOB levels, we believe a range of human health conditions could be impacted."