It goes without saying, what's happening this year is unprecedented. Whether loss of job or contacting the virus, no one is untouched by this health pandemic. 

As Always, I’m doing everything I can to keep my immune system strong to keep illness at bay.  My biggest concern, though, is for my parents and all the essential workers. 

Since I already knew viruses aren't like bacteria, they can't be killed, only inactivated. 

I had to dig deeper…

In recent years, there have been multiple studies about the way indoor air quality — specifically relative humidity — affects not only the spread of viruses but also the ability to get well.

It all began with Harvard Medical School graduate and lecturer, Dr. Stephanie Taylor. She and colleagues studied 370 patients in one unit of a hospital to try to isolate the factors associated with patient infections. They tested and retested 8 million data points for every variable they could think of to explain the likelihood of infection. Was it hand hygiene? We hear the mantra wash your hands frequently to avoid the flu all the time. Was it fragility of the patients? It’s been noted that infants and the elderly are more susceptible. Or were the hospital rooms just not getting cleaned well enough? Taylor thought it might have something to do with the number of visitors to the patient’s room.

While all those factors had modest influence, one factor stood out above them all, and it shocked the research team. The one factor most associated with infection was (drum roll): dry air.

At low relative humidity, indoor air was strongly associated with higher infection rates. “When we dry the air out, droplets and skin flakes carrying viruses and bacteria are launched into the air, traveling far and over long periods of time. The microbes that survive this launching tend to be the ones that cause healthcare-associated infections,” said Taylor. “Even worse, in addition to this increased exposure to infectious particles, the dry air also harms our natural immune barriers which protect us from infections.” ¹

Indoor air hydration is essential to stop the spread…

When people breathe, talk or cough their naturally humid airways expel thousands of droplets containing saliva and mucus with embedded microbes into the ambient air. When expelled droplets encounter dry room air with a relative humidity of less than 40%, they instantly shrink by roughly 90%. This doesn’t kill the microbes, it actually enables them to remain airborne for extended periods of time and be carried over great distances, which increases the chance that they will reach another person.

In an environment where the indoor air relative humidity is from 40% to 60%, the respiratory droplets maintain their size without shrinking. The microbes don’t travel far, land on surfaces that may be cleaned and the possibility of another person being exposed is proportionately decreased.

Indoor air hydration is essential to help you heal…

A recently published scientific study by Yale University shows breathing air with low humidity reduces our immune system’s capability to fight off flu infections. The Yale study was carried out by Dr. Akiko Iwasaki who states: “What we found was that low humidity impairs the ability of the respiratory tract, lung, and nose to get rid of the flu virus. In the airway cells, hair-like projections called cilia, are constantly moving inhaled particles along to get rid of them. However, in low humidity, we found that this cilia movement, as well as particle removal, was impaired. This is particularly important for people who are very susceptible such as the very young infant or the older person over 65, as mortality from flu mostly occurs in this age group.”

The researchers also observed that low humidity reduces the ability of cells in the lungs to repair themselves. The third effect of low humidity identified in this study was that infected cells stopped signaling for help from neighboring cells. The ability to recruit additional immune cells to fight invading viruses or bacteria is an essential part of the body’s natural defense system and is key to limiting disease from infections. ²

Water is the solution

1) Consider running a humidifier in your home.
You may want to purchase a humidity gauge to monitor your home’s air quality. The optimal relative humidity is 40% – 60%.

2) Drink more water.
It is recommended that you drink half your body weight in ounces every day. The rates vary based on age, weight, and physical activity, but the adult body often loses/uses well over 60 ounces of water each day.

I find adding Young Living Vitality essential oils to my water, gives me an incentive to drink more often. The Vitality essential oils are Young Living’s exclusive line that is labeled for ingestion. Adding Vitality essential oils such as lemon, grapefruit, orange, or lime creates an enjoyable, refreshing beverage.

Another great addition to you water is Young Living Vitality Drops with Electrolytes. 2 great flavors to enhance your water intake. I know it's helped my husband to drink more water. 

You can also make it a habit to:

• • Drink water immediately after waking up on an empty stomach. I aim for 16-20 oz before coffee or food to kickstart my cells. 
  • Drink a glass of water at least 30 minutes before eating to aid digestion.
  • Drink 8 oz of water before you exercise.
  • Sip water during exercise. Drink a glass of water after your workout.
  • Drink a glass of water when you are feeling tired to recharge your system.
  • Drink a glass of water before taking a bath to help lower blood pressure.
  • Drink a glass of water before going to bed.

3) Diffuse, Diffuse, Diffuse!
During the winter months of closed windows, we have essential oil diffusers running in multiple rooms all day long.

Ultrasonic diffusers use water and essential oils to create a cool mist of water and essential oils combined. Not only does it act as a humidifier, but there is also great benefit to breathing in the molecules of essential oils, too.

This time of year we often diffuse Thieves® essential oil blend because it is a powerful combination of Clove, Lemon, Cinnamon Bark, Eucalyptus Radiata, and Rosemary essential oils. Other favorites we diffuse this time of year include Young Living Citrus Fresh®, Orange, Lemon, Pine, Eucalyptus Globulus, Ginger, and Nutmeg. Try them alone or try different combinations to see what you like best.

At night, we choose calming oils to diffuse next to the bed. Some favorites include lavender, vetiver, cedarwood, or Young Living’s Peace & Calming essential oil blend.

Diffusing Young Living brand essential oils creates a clean, purified, fresh-smelling environment because diffused oils alter the structure of molecules that create odors, rather than just masking them.

Another solution is to make a steam diffusing tent with Young Living essential oils in the water. 

Are you in need of an essential oil diffuser and Young Living essential oils? Your best option is a starter kit from Young Living! It comes with everything you need to start diffusing essential oils in your home. Click Order Now under menu or https://www.youngliving.com/vo/#/signup/new-start?sponsorid=2008794&enrollerid=2008794&isocountrycode=US&culture=en-US&type=member

You’ll find the research here:

• 1 https://www.forbes.com/sites/leahbinder/2019/10/17/harvard-researcher-says-this-inexpensive-action-will-lower-hospital-infection-rates-and-protect-us-for-the-flu-season/#43e1d24b1824 – “This Inexpensive Action Lowers Hospital Infections And Protects Against Flu Season”
• 2 https://www.ghp-news.com/2019-new-study-dry-air-is-flu-s-best-friend – “New Study: Dry Air is Flu’s Best Friend
• https://www.ncbi.nlm.nih.gov/pubmed/23460865 – “High humidity leads to loss of infectious influenza virus from simulated coughs.”
• https://www.ncbi.nlm.nih.gov/pubmed/24789791 – “Roles of humidity and temperature in shaping influenza seasonality.”
• https://www.ncbi.nlm.nih.gov/pubmed/24678699 – “Decline in temperature and humidity increases the occurrence of influenza in cold climate.”
• https://www.pnas.org/content/116/22/10905.short – “Low ambient humidity impairs barrier function and innate resistance against influenza infection”