Included in recent news about COVID-19, hospital isolation rooms have made headlines. Retrofitting of regular hospital units and emergency construction of public spaces to increase capacity for treating highly contagious patients are just some of the areas utilizing innovative technologies. But isolation rooms are not just for protecting the uninfected - they also create a clean environment for the patient whose immune system may be compromised. What goes into designing and building an isolation room? What can we learn from the best practices in these rooms to apply to our lives as the world starts to exists extreme self-isolation?
Masks in the grocery store. Kids learning from home. Supply chains interrupted. Heartbreaking statistics. This is life during the COVID-19 pandemic. During these difficult times, there is probably no more universal question than "When can life go back to normal?" In today's post, we'll look at the three critical steps necessary before life can at least start going back to normal and we can all start to rebuild together.
In this series of posts on how to clean your house, we’ve covered some important lessons from the cleanest hospitals: Know your pathogen, pick the right cleaner, and level of disinfection. Today we will focus on the where and what of household cleaning, what hospitals call “touch points.”
There is an astounding array of cleaning products available at your local store, online, and probably just sitting under your sink. Does it matter what you use to clean up after someone in your family has been ill? Absolutely. Today's post will help you pick the right product for your clean-up requirements.
Each day, the White House Coronavirus Task Force leads a press briefing to update the nation on the response to the spread of SARS-CoV-2, the virus that causes COVID-19. After the President speaks, a number of members take to the podium to give updates or answer questions in their particular area of expertise. In today's post, we'll look at the 5 members of the 22-member team that have a medical background and describe their path towards their becoming household names.
Hospitals clean with great attention to what organisms caused illness within that patient room. The pathogen could be a virus, a bacteria, a fungus, or other microorganism. Each pathogen has its own unique characteristics that dictate the kind of cleanser needed, the frequency of cleaning required, and many other factors. Even though some of the organisms causing hospital-acquired infections are different than those that cause our typical community-acquired infections, we should use this same type of approach in our home cleaning. First, let’s learn about the viruses and bacteria that cause most of our sick days.
This post discusses diagnosis, symptoms, and details about illnesses that are not intended to be taken as medical advice. Always discuss health issues with your doctor.
The global coronavirus pandemic has offered a sudden welcome into the world infection preventionists face every day: The fight against pathogens. Protocols, vocabulary, equipment and data collection that used to be restricted to epidemiologists have now entered the everyday vernacular. In today's post, we'll look at some of those examples.
Whether someone in your home has been sick, or you simply want to reduce the spread of outside germs into your quarantine environment, one of the first things you want to do is clean up. But what needs to be cleaned? And what cleaner is needed? These are some critical questions that can be answered with a little help from the cleaning professionals in a hospital. Let’s bring some of the lessons learned from hospital cleaning home as we clean house!
An early release of a new study in the New England Journal of Medicine tested the survivabilty of the virus that causes COVID-19 in air as well as on four surfaces: Cardboard, stainless steel, plastic, and copper. While the virus could be recovered after 24 hours on cardboard, and up to 72 hours on stainless steel and plastic, no virus could be recovered off of copper after 4 hours. This means that copper continuously kills the virus that is causing today's global pandemic, providing a surface option that could help mitigate the spread.
As awareness of the COVID-19 virus increased, Americans everywhere rushed out to (try to) buy hand sanitizer. All of us now know that washing our hands is an essential part of not spreading the novel coronavirus. Why is hand hygiene so important in healthcare? What about in times of pandemic for the general population? Because our hands are one of the "surfaces" we interact with the most! Therefore, we have to keep them clean, and at critical times, sanitized. Today's post will explore how we clean and sanitize the most important surface: Hands.