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3 Ways To Keep Your Home & Gut Healthy

Keeping your home & gut healthy can involve some of the same steps! In the book “Never Home Alone,” biologist Rob Dunn says that we’ve done a fantastic job controlling the pathogens in our home environment (1). However, we’ve inadvertently gone too far and killed off all the beneficial species. Next, we built our homes in ways that favor problem species like fungi, new pathogens living in our faucets, or cockroaches living in our kitchens. He says there was always another way – that is to nurture the beneficial species in our homes (1).

Just like our gut biome, our home has a biome as well. Although the home biome is somewhat different than our guts, the same principles apply. Nurture the good species while removing whatever nurtures the bad. Experts say that we ought to focus efforts on the good microbes instead of killing off the harmful microbes. This is because whenever we kill off bad microbes, we usually kill the good guys too.

bright home filled with plants woman standing in window - Homebiotic - keep your home & gut healthy

To care for our gut biome, there are three main principles we need to follow: eat healthy, take probiotics, and take pathogen-killing medicine when absolutely required. It turns out that caring for the home biome follows very similar principles. Let’s look at each of these principles and how nurturing our home biome is similar to nurturing our gut biome.

coffee and healthy breakfast - homebiotic1. Eat a Healthy Diet

Keeping your home & gut healthy means keeping them nourished. Eating healthy for our gut biome means that we are feeding the good microbes with foods they like. Harmful microbes tend to like sugars, starches, and processed foods. In contrast, good bacteria and microbes like to eat fermented fibrous items like fruits and veggies. The idea is to enhance the growth of good bacteria and microbes, which will naturally balance out the gut microbiome (2).

The same can be said for our home biome. Good microbes consist of more soil-based bacteria and microbes, which we don’t often find in modern homes (3,4). Over the last half a century, we’ve become so averse to dirt that we have created a home environment favoring human microbes and pathogens. Research shows that when we began actively removing microbes and building airtight living spaces cut off from nature that we inadvertently favored a biome that lacks healthy microbes (1,3,4,5). At the same time, many illnesses developed, such as asthma, allergies, and autoimmune diseases. We’ve also made our immune systems more susceptible to other illnesses as well (1,6).

Over the last half a century, we’ve become so averse to dirt that we have created a home environment favoring human microbes and pathogens. Research shows that when we began actively removing microbes and building airtight living spaces… Click To Tweet

So the first step in nurturing our home biome is to feed the good guys in our homes. We do this by allowing our environment to find its own natural balance without using harsh cleansers, cleaning too frequently, and avoiding any and all dirt. The truth is, good microbes will eat and compete with harmful microbes if we let them be. Good microbes also have a symbiotic relationship with our human and pet microbes, and we must nurture that relationship as well (1,3,4,5).

alternative medicine - homebiotic2. Take Probiotics

Keeping your home & gut healthy sometimes requires calling in reinforcements. The other way we can nourish and promote good microbes in our homes is to actually add them to our environment the same way we do in our guts. It looks a little different between the gut and the home biome, but the principle is much the same.

Probiotics for our guts involve taking probiotic pills or ingesting foods like sauerkraut, kimchi, kombucha, and kefir (2). As science and human technology advances, we are discovering ways to add probiotics to our home environments (7).

A research study done in a healthcare setting shows that probiotic microorganisms may help decrease the growth of harmful pathogens. Probiotics and their biosurfactant products may keep hospital-based infections under control. Since this works in a hospital setting, it may indeed work well at home (7). This is excellent news amidst a pandemic where we need to clean our homes with harsh chemicals more often.

This is where Homebiotic Environmental spray comes in to create a population of beneficial microbes within your home. Include Homebiotic as a treatment at the end of your regular natural cleaning routine to create a barrier of probiotic protection on surfaces in your home, keeping them clean long after chores are done.

spilled bottle of pills - homebiotic3. Take Pathogen-Killing Medicine Only When Absolutely Required

Keeping your home & gut healthy can mean minimizing the intake of antibiotics. In the last few decades, we’ve discovered that antibiotics and other chemical irritants can kill off the beneficial microbes in our gut. Even things like stress, massive change, and unhealthy food choices can negatively affect our gut biome. Now that we know this, many health officials are advocating for the discretionary use of antibiotics. There’s also been an increase in education around foods, chemicals, and stress and how they negatively impact the gut biome (1).

It turns out that the same is true for the home biome. Research shows that over-cleaning, using harsh antibacterial cleansers has a devastating effect on beneficial microbe species in the home. As we discussed above, creating a sterile environment in the house has led to the development of many new illnesses (1,3-6). This is because we need beneficial bacteria in both our guts and our homes to stay healthy.

Research shows that over-cleaning, using harsh antibacterial cleansers has a devastating effect on beneficial microbe species in the home Click To Tweet

So in order to nurture our home biome, we need to decrease our use of harsh cleansers and reduce our cleaning frequency. This is not to say to leave our homes dirty and full of grime. Rather, we allow some microscopic dirt to remain and clean in ways that don’t destroy beneficial species. Instead of using antibacterial cleansers, we can choose essential oils, small amounts of vinegar and opt for surface wiping and removing excessive dust (1,4,5,6).

Conclusion

In conclusion, it seems that nurturing our home biome is quite similar to promoting health for our gut biomes. As we are biological beings that live symbiotically in a connected biosphere, it makes sense that our home and gut biomes would behave in similar ways.

There are three main points to keep your home & gut healthy:

  1. We need to feed the good microbes while starving out the bad ones.
  2. We add in good microbes when necessary to help repopulate and bring balance to the biome.
  3. Be careful with how we treat overgrowths of harmful microbes.

When we don’t need to kill any harmful pathogens, then it makes sense not to use harsh pathogen-killing chemicals if it’s unnecessary.

As we become more familiar with our gut biome, it makes sense to look at the entire biome we live in, including our home. The principles for nurturing any biome are relatively similar. The more we understand, the better we can be at fostering our overall health and wellbeing.

 

References

http://robdunnlab.com/science-portfolio/never-home-alone/

https://www.wholebodymicrobiome.com

https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0064133

https://royalsocietypublishing.org/doi/full/10.1098/rspb.2015.1139

https://www.sciencedirect.com/science/article/abs/pii/S1471490615000022

https://err.ersjournals.com/content/27/148/170137

https://pubmed.ncbi.nlm.nih.gov/19201053/

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What Can I Learn by Testing My Home Biome?

In the past several decades, modern life has revolved around a shared understanding of our homes. We see our homes as safe sanctuaries for living, relaxing, and raising our families. And as such, we’ve developed codes of conduct around keeping our homes clean, tidy, and void of anything unsafe or unsanitary. But have you thought, “What can I learn by testing my home biome”?

However, in recent years we’ve seen a rise in new health issues, which has sparked questions around the safety and health of our homes. We realize that our closed-in living spaces no longer include a relationship with our outdoor environment.

More importantly, researchers and experts are beginning to see that the lack of biodiversity inside our homes is problematic.

This has prompted some crucial discussions and research about what’s living and not living in our homes. Indeed, this may be the start of a new era of modern life where we change our ideas about what safe and healthy actually means for our home environments.

What Is A Home Biome, And Why Does It Matter?

The home biome refers to everything that lives in our homes. It may be surprising to hear that humans are the minority inside our own homes. In the book “Never Home Alone,” author and biologist Rob Dunn recounts the myriad of life that resides in our living spaces 1.

Not only do we live with other creatures like spiders and crickets, but we also share a home with thousands of tiny microbes, most of which are beneficial to us. The home biome matters as much to our health and well being as does a healthy diet or whether we get enough sleep each night 1.

Most of us have heard about the importance of a balanced gut biome. Yet, few understand that a balanced home biome is also essential. And that balance includes having many diverse microbes living in harmony with us 1,2.

Most of us have heard about the importance of a balanced gut biome. Yet, few understand that a balanced home biome is also essential. And that balance includes having many diverse microbes living in harmony with us Click To Tweet

In his book, Dunn refers to several studies looking at the differences between the home biome of modern people versus those who live surrounded by more biodiversity. For example, one study compared the microbes in modern homes with those of homes that were more open and connected with nature.

It turns out that the children raised in homes that contained more biodiverse soil-based microbes did not suffer from allergies, asthma, or other inflammatory conditions 1,3.

Dunn also discusses other expert findings that reveal a relationship between our modern lives and inflammatory disease. It turns out that when the biodiversity around us decreases, human inflammation increases 1,3,4,5.

The presence of microbes in our home biome are required for our immune system to develop appropriately. A balanced home biome makes for a balanced immune system that neither under- or over-reacts. The exact evolutionary reason for this health benefit isn’t completely understood yet. However, we do know that a closer connection to outdoor biodiversity is what brings balance to the home biome 1,3,4,5.

In short, our physical and environmental health depends on living with diverse microbes. And these microbes must include those found in the soil and natural environment.

We also know that a balanced home biome is a strong defense against the few harmful pathogens that can live with us. It’s interesting to note that out of thousands of microbes, only a few are actually harmful to us 1. Microbes such as mold, salmonella, and e.coli are the main ones that we try to avoid in our homes.

We now understand that a balanced home biome that includes soil-based microbes is what keeps these harmful pathogens from becoming a problem. We just need to figure out how to nurture a healthy home biome in this modern age.

 

What Can I Learn by Testing My Home Biome?What Is Home Biome Testing?

The first step in fostering a healthy home biome is to know what’s growing within its borders in the first place.

We know a musty smell points to mold growth. Or if we prepare food and someone gets sick, this may point to salmonella growing on our cutting boards or countertops. Our first reaction is to get rid of harmful microbes, but we rarely think about how to bring in good microbes that may be of help to us.

But really, if we don’t know what’s growing in our homes, then we can’t do anything about it. So testing our home biome gives us an incredible tool for understanding the health of our home.

Many of us have used the ERMI test, which covers about 36 species of mold, while the HERTSMI test includes about 5 species. In this way, we no longer have to guess what’s happening with our home biome. Instead, we can understand the health of our home by identifying any potential dysbiosis.

Over-Cleaning Causes Increased Fungal Growth in Urban HomesWhat Is Environmental Dysbiosis?

Again, we are beginning to understand what happens to us when our gut biome is out of balance. By now, many people have heard of dysbiosis in our gut and the accompanying health issues. Now, we need to look at dysbiosis in our home environments.

Dysbiosis refers to a biome that is out of balance. This means that certain harmful microbes are growing unchecked, while other good microbes are not growing enough 7.

The reasons why we have dysbiosis in our gut are actually similar to why we might have it in our homes. In essence, we kill off too many good microbes, which allow the bad ones to grow. In the case of our homes, this often happens by over-cleaning with harsh antimicrobial solutions 8,9,10.

Research shows that mold can indeed be much more common in household areas that are “too clean”. And in the regions that are less cleaned, there is a higher diversity of microbes and less mold 8,10.

What Can I Learn From The Results of My Home Biome Test?

By testing the home biome, not only can we learn which harmful microbes may be growing in our homes, but we can actively do something about it. Also, we can understand more about the levels of beneficial microbes as well.

Through a home biome test, we can see if we have a mold problem or not. Mold growth says a lot about the dysbiosis of our homes because we know that rampant mold growth means a lack of diverse microbes 8,9,10.

Through a home biome test, we can see if we have a mold problem or not. Mold growth says a lot about the dysbiosis of our homes because we know that rampant mold growth means a lack of diverse microbes Click To Tweet

Through a home biome test, we’ll know the exact species growing in our homes, which means we can take the necessary steps to improve balance. Some of these steps include bringing in more soil-based microbes while easing up on our cleaning practices.

Where we were once obsessed with getting rid of dirt, perhaps now we need to relax more. Because having a bit of outside dirt in our homes, is quite frankly, exactly what we need.

While it may sound like a radical idea to bring in more dirt and clean less, the research is clearly showing that this is necessary for reducing environmental dysbiosis 1,7,8. In turn, this improves our own health too 1,4,5,7.

As our modern homes are less connected to the natural environment, this means soil-based microbes are no longer living with us the way they once did. And as mentioned above, without this balance, we’re seeing a rise in inflammatory disease.

Conclusion

Indeed, new developments in home biome research are making us pay attention to what’s living or not living in our homes. An increase in mold likely means we don’t have enough beneficial microbes. And this means that our homes may be in a state of dysbiosis.

By testing our home biome, we can arm ourselves with the knowledge we need to prevent or fix dysbiosis. And since we now understand the connection between home dysbiosis and the rise of inflammatory conditions, we must take steps to prevent this.

As our modern dwellings continue to change and evolve, we’ll need to figure out how we can maintain healthy homes that somehow include a relationship with our natural environments. As creative and intelligent beings, there’s much we can do to restore balance. And testing our home biome is an excellent step towards creating that balance.


REFERENCES

1. http://robdunnlab.com/science-portfolio/never-home-alone/
2. https://science.sciencemag.org/content/336/6080/489
3. https://www.pnas.org/content/109/21/8334
4. https://www.ncbi.nlm.nih.gov/pubmed/19895627
5.https://www.nejm.org/doi/pdf/10.1056/NEJMoa1508749
6. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2791814/
7. https://letthemeatdirt.com
8.https://www.nature.com/articles/s41564-019-0593-4.epdf
9. https://www.sciencedirect.com/science/article/pii/S0013935115000304
10. https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0064133