Most public restrooms are grungy in the best of times. Now, we have the coronavirus risk to contend with, too. There are lots of risks – dirty sinks and door handles, airborne particles and other people in small, enclosed spaces who may or may not be breathing out the coronavirus.
So, how do you stay safe when you’re away from home and you’ve really got to go?
As a medical doctor and epidemiologist, I study infectious diseases involving the gastrointestinal tract. Here are four things to pay attention to when it comes to any public restroom.What goes into the toilet doesn’t always stay there
Have you ever thought about what happens when you flush a toilet?
Not bad for a company with three employees and 170 Twitter followers.
Yellowstone is one of those scenarios doomsday "preppers" worry about. They are right to be concerned if it does happen, but they don't understand hazard (what could happen) and risk (the likelihood of the hazard) any better than environmentalists worrying about weedkillers do.
Do No Harm? Doctors Are Giving Out 9X As Many Hydroxychloroquine Prescriptions, And That Puts People Who Need It At Risk
Cover crops are touted for their soil and water quality related benefits. A new paper found that incorporating cover crops with tillage results in increased cover crop decomposition rates and increased mineralization of nutrients from cover crop biomass.Other studies have reported mixed results for corn-soybean grain yields when planted after cover crops.
Enrollment began on March 17th, 2020. To be eligible, people had be enrolled within 3 days after confirmed exposure. 821 asymptomatic participants, 719 who had reported a high-risk exposure to a confirmed Covid-19 contact, were enrolled.
Science is back, and that may be why Business Insider published what can perhaps be described as an advertorial for environmental groups who have to be sweating now that their campaigns against the modern world are being laughed at.
The Emperor Has No Clothes: The Failure Of Hydroxychloroquine As A COVID-19 Treatment And The Science That Explains It
SARS-CoV-2, which causes the COVID-19 disease, has killed nearly 400,000, and given the risk factors it is hard to say how people would have been killed by any respiratory disease, but one question is not philosophical: is this the new normal?
Though chemicals are most common, they are not always practical or portable. Ultraviolet radiation in the 200 to 300 nanometer range will destroy the virus, it just requires UV radiation sources that emit sufficiently high doses of UV light. Current devices are things like expensive mercury-containing gas discharge lamps, which require high power, have a relatively short lifetime, and are bulky.
The giant caveat is that the study was in mice, and despite what you may read in corporate media, mice are not little people, so this research is firmly in the "exploratory" part of science.