Posted on February 24, 2021July 11, 2021 by Gillian May

The Dirty Side of Clean: 5 Carcinogens in Cleaning Products

Modern cleaning practices lead us to believe a spotless, disinfected home void of any sort of bacteria is the pinnacle of health standards. But what if we told you some of the ingredients in your cleaning products had the potential to seriously harm you and your family? Common household cleaners are not as ‘clean’ as they imply, they are often laden with toxic ingredients, some of which are labeled as carcinogens. Carcinogens are agents that have the potential to cause cancer in living tissue. We are going to dive into 5 carcinogens in cleaning products, showing you the dirty side of clean:

Phthalates

Typically Found In: Household products with added fragrance. The family of phthalates is found in a variety of man-made products from vinyl flooring to water bottles and has the potential to leech harmful toxins.

Why They’re Bad: In addition to being found in cleaning products the phthalate family of chemicals is found in personal products such as cosmetics and hair products, and in a large amount of PVC plastic products. These chemicals have been linked to liver and kidney disorders, and reproductive health problems:

“Recent studies also show that prenatal exposure to phthalates is associated with adverse impacts on neurodevelopment, including lower IQ, and problems with attention and hyperactivity,
and poorer social communication.”

Unfortunately, a large number of medical devices required for treatments contain significant amounts of phthalates and it is assumed that many people getting serious medical treatment can be exposed to harmful amounts of the chemical via leeching from medical products.

In addition to singular exposures, according to studies the risks from phthalates are cumulative, meaning the toxicity builds up over time, making its harmful effects much more lasting. They are also considered endocrine disruptors, linking their exposure to a variety of cancers.

Chlorine

Typically Found In: Toilet cleaners, laundry ‘brighteners’, and soap scum/mildew removers.

Why They’re Bad: At room temperature chlorine is a gas to it is typically processed and pressurized to be used in cleaning solutions. Chlorine is harmful whether it comes into contact with skin or mucus membranes, but can cause serious damage to the lungs if inhaled:

“Long-term complications may occur after breathing in high concentrations of chlorine. Complications are more likely to be seen in people who develop severe health problems such as fluid in the lungs (pulmonary edema) following the initial exposure.”

Other symptoms can be faster onset than pulmonary edema (fluid in the lungs), alerting you to potential serious exposure, such as dry cough and blurred vision. In addition to being extremely harmful to humans, chlorine is extremely detrimental to the environment. When washed into our waterways it can contaminate fish and other living organisms, leading to potentially harmful exposure to chlorine via ingestion by entering the food chain.

In addition to being extremely harmful to humans, chlorine is extremely detrimental to the environment. When washed into our waterways it can contaminate fish and other living organisms, leading to potentially harmful exposure to… Share on X

While in its liquid form there is no evidence to support that chlorine causes cancer; however, when inhaled as a gas it can seriously aggravate existing respiratory conditions and is linked to many respiratory complications – including cancer.

Percholoethelyne

Typically Found in: Carpet cleaning solutions and stain removing/spot treatments.

Why They’re Bad: Percholoethelyne, commonly called perc, is a staple in dry cleaning and carpet cleaning practices. It is favored because of its ability to remove grease, wax, and oil from fabrics. It is also capable of binding to a variety of materials making is a popular ingredient in paint removers, water repellants, and polishes. Although much of the population comes into relatively low amounts of exposure to perc, high exposure has a variety of serious consequences:

“Exposure to these higher levels of perc can lead to irritation of the eyes, skin, nose, throat and/or respiratory system. Short-term exposure to high levels of perc can affect the central nervous system and may lead to unconsciousness or death…”

The USDA made a ruling as of December 21st that any dry cleaning business operating in a residential building was no longer allowed to utilize machines using perc due to the risk to the building’s occupants. Aside from dry cleaners, perc is extremely common in automotive products and spot treatments – so don’t forget to read the ingredient list! Other names for perc include tetrachloroethene or PCE.

But is it a carcinogen? Yes! The International Agency for Research on Cancer has labeled perc as a Group 2A carcinogen, which means that it is most likely carcinogenic to humans. Similarly, the EPA has classified perchloroethylene as likely to be carcinogenic in humans by all routes of exposure (EPA 2012a).

The International Agency for Research on Cancer has labeled perc as a Group 2A carcinogen, which means that it is most likely carcinogenic to humans. Similarly, the EPA has classified perchloroethylene as likely to be carcinogenic in… Share on X

Ammonia

Typically Found In: Metal polishes for things like silverware and jewelry. Also in bathroom/kitchen fixture and stainless steel cleaners.

Why They’re Bad: Because ammonia is used across a variety of industries it is one of the most widely produced chemicals in the United States. Ammonia is also produced naturally from the decomposition of organic matter, including plants, animals, and animal wastes. While much of the ammonia produced is used for the agriculture industry for fertilizer production, it is present commonly in household cleansers and products. These products are often liquids containing about 5-10% ammonia solution which produces a highly irritating, suffocating odor. Many people are harmed simply through improper ventilation while using ammonia:

“Most people are exposed to ammonia from inhalation of the gas or vapors. Since ammonia exists naturally and is also present in cleaning products, exposure may occur from these sources. The widespread use of ammonia on farms and in industrial and commercial locations also means that exposure can occur from an accidental release…

Anhydrous ammonia gas is lighter than air and will rise, so that generally it dissipates and does not settle in low-lying areas. However, in the presence of moisture (such as high relative humidity), the liquefied anhydrous ammonia gas forms vapors that are heavier than air. These vapors may spread along the ground or into low-lying areas with poor airflow where people may become exposed.”

While much of the ammonia produced is used for the agriculture industry for fertilizer production, it is present commonly in household cleansers and products. These products are often liquids containing about 5-10% ammonia solution… Share on X

While ammonia alone has not been linked to any specific types of cancer, it is important that ammonia not be mixed with other chemicals, especially bleach! Mixing ammonia and bleach produce gases that are suspected to cause respiratory cancer in addition to being toxic enough in high concentrations to kill you.

Triclosan

Typically Found In: Hand soaps labeled ‘Antibacterial’ and often in dishwashing detergent

Why They’re Bad: Studies performed on animals showed that when exposed to high levels of triclosan, even in short term, reduced the level of thyroid hormones. According to the FDA:

“Triclosan is an ingredient added to many consumer products intended to reduce or prevent bacterial contamination. It is added to some antibacterial soaps and body washes, toothpastes, and some cosmetics—products regulated by the U.S. Food and Drug Administration (FDA). It also can be found in clothing, kitchenware, furniture, and toys—products not regulated by the FDA.”

In addition to showing signs of disrupting thyroid hormones, it is also thought to contribute to the development of bacteria and microbes resistant to antibiotics. This very reason is why we do not recommend cleaning mold with bleach or ‘antibacterial’ cleansers. Instead, try using hydrogen peroxide to clean and sanitize surfaces. Although little is still known about this chemical ongoing studies are investigating the potential of developing skin cancer after long-term exposure to triclosan in animals.

CONCLUSION

Many of us do not think twice about reading cleaning ingredients because our first instinct is to grab the one that works! Consider trying to find a more natural, non-toxic alternative for some of your everyday cleaning products to limit your exposure to these harmful substances. Opting for hydrogen peroxide or vinegar in place of things like carpet spot cleaners or mold removers will do wonders for the health of your home, and prevent harm to the environment as well!

RESOURCES

Posted on February 12, 2021July 11, 2021 by Gillian May

5 Must-Have Lyme Disease & Mold Resources

The world of Lyme disease, mold, and mold illness can be a daunting world saturated with a ton of information. Often times too much information is just as difficult as not having enough information. Where do you start? What information is important to you? We have compiled a list of 5 must-have Lyme disease and mold resources to get you started on your journey:

Untangling the Lyme/Mold Conundrum – Townsendletter

“Chronic Lyme disease and mycotoxin illness are rapidly becoming more and more intertwined, with many patients suffering greatly from both maladies. It gets incredibly difficult to sort out what is causing what in terms of a patient’s health picture, given the overlap of symptomatology. For patients it is confusing, and for health practitioners it can also make navigating treatment planning very difficult.”

In this article, Nicola McFadzean Ducharme (Naturopathic Doctor, ND) explores commonalities and distinctions between testing and treatment. Testing can be used to determine present variable or stressors, which can then properly guide treatment. This also allows viewing the patient as a whole, creating customized treatment plans to greatly improve the health of the patient.

Improvement of Common Variable Immunodeficiency… – US National Library of Medicine

“Lyme disease is the most common vector‐borne illness in the United States and Europe, as migratory birds, among other factors, are spreading infections, increasing the burden of illness 1, 2. In 2015, CDC researchers reported an estimated 329,000 new cases of Lyme disease in the United States 3, with a 320% increase in the number of counties affected 4. Multi‐systemic symptoms include fevers, fatigue, musculoskeletal, and nerve pain which may be migratory in nature 5, cardiovascular and neuropsychiatric symptoms with cognitive difficulties, and insomnia 6.”

This article outlines a case report looking at a young male with Lyme disease, mold toxicity, and common variable immunodeficiency (CVID). This is the first study of using stem cell therapy to improve Lyme disease and CVID. It’s interesting to note the variety of health issues found in this young man. Namely, he was diagnosed with Lyme, mycotoxicosis, celiac disease, Klebsiella, epstein barr, CVID, and chronic staphylococcus infections. This article shows a clear connection between immune system problems and the development of multiple health issues.

Mixed Mold Mycotoxicosis – National Library of Medicine

“The study described was part of a larger multicenter investigation of patients with multiple health complaints attributable to confirmed exposure to mixed-molds infestation in water-damaged buildings. The authors present data on symptoms; clinical chemistries; abnormalities in pulmonary function; alterations in T, B, and natural killer (NK) cells; the presence of autoantibodies (i.e., antinuclear autoantibodies [ANA], autoantibodies against smooth muscle [ASM], and autoantibodies against central nervous system [CNS] and peripheral nervous system [PNS] myelins)”

Although this study looks mainly at mold toxicity and health issues, it reveals a clear connection between mold and the development of immune system dysfunctions. This is relevant for exploring the Lyme and mold connection. Often those with chronic Lyme have immune system dysfunctions due to other issues like mold. Wherever the immune system is affected, there are likely to be multiple health problems and susceptibilities to other diseases.

Toxic: Heal your body from Mold Toxicity, Lyme Disease, Multiple Chemical Sensitivities, and Chronic Environmental Illness – Neil Nathan MD (Workshop)

“This workshop is designed for medical practitioners who have MD, DO, ND, NP or PA certification. In this workshop, we will be discussing the presentation of mold toxicity, how to test patients and then step-by-step treatment programs for patients who have a robust constitution and for those who have become more sensitive. We will delve into the finer points of the entire detoxification process, and then dig into the conditions frequently triggered by mold toxicity that often present stumbling blocks in treatment: mast cell activation, limbic dysfunction and vagal nerve dysfunction.”

This book is a complete resource for anyone wanting to understand more about sensitivity versus toxicity. More patients are coming to their doctors with a variety of symptoms that are hard to pin down and diagnose. But on closer inspection, they are often riddled with a variety of illnesses and toxicities ranging from mold illness, Lyme disease, and multiple food and chemical sensitivities. This book breaks down each of these issues and gives practical advice for rebooting the system towards healing.

What’s the Connection Between Toxic Mold and Lyme Disease? – Dr. Jay Davidson

“Many people who suffer with chronic Lyme disease continue experiencing symptoms because something, often times multiple issues, are standing in the way of their recovery. If you have been treated for Lyme, but are still unwell, one of the underlying issues could be toxic mold exposure.”

This article is from a comprehensive website by Dr. Jay Davidson, a leading functional medicine doctor who explores complex health conditions. In this article, Dr. Davidson, breaks down the connection between mold and Lyme disease in a format that is easy to read. He also discusses various treatments and symptoms that other medical professionals often miss. Dr. Jay’s wife struggled with chronic Lyme disease which made him passionate about this topic and as such, he has dedicated his life to helping others with similar issues.

Posted on February 5, 2021July 11, 2021 by Gillian May

5 Misconceptions About Mold Illness

With something as complex as mold illness, we are bound to run into some confusion. Have you ever considered what the misconceptions about mold illness might be? What we call mold illness is actually a complex syndrome called Chronic Inflammatory Response Syndrome (CIRS). People exposed to mold are actually responding to the mycotoxins that mold secrete. These mycotoxins are a biotoxin that causes several changes in the immune system, affecting several organs in the body.

The symptoms of mold illness are the same as CIRS (1,2). These symptoms include:

Headaches
Weakness and Fatigue
Memory problems and difficulties with concentration
Dizziness and nausea
Muscle aches and joint pains
Feeling sick after exertion
Hypersensitivity to bright lights, blurred vision, red eyes, and tearing
Cough, shortness of breath, chronic sinus congestion, and asthma
More static shocks than usual

People need to know the facts about mold illness to understand the causes and symptoms and eliminate confusion. In this way, people can get the proper diagnosis and treatment they need for CIRS. What’s important to understand is that mold illness, or CIRS, is poorly understood by many people, including some health practitioners. In this article, we’ll look deeper into this issue and talk about the 5 misconceptions of mold illness.

1) MOLD ILLNESS, OR CIRS, IS NOT JUST CAUSED BY MOLD

Even though we call it mold illness, there’s more to this condition than just mold exposure. Mold illness is actually a systemic response to the biotoxins in mold. However, these biotoxins are not limited to mold alone. They can be found in several other substances, infections, and chemicals (2,3,4).

We call it mold illness because when CIRS is set off by mold, it requires a specific response in order to treat it. This response includes dealing directly with mold removal or getting the patient away from the mold source.

However, CIRS can also be caused by other biotoxins such as (2,3):

Exposure to bacteria and the parts of certain bacteria (actinomycetes, endotoxins, and hemolysins)
Different species of fungi
Inflammagens (external irritants that cause inflammation)
Beta-glucans (sugars found in the cell walls of yeast, bacteria, fungi, and some plants)
Microbial volatile organic compounds

Lastly, biotoxins can be found in some infections induced by ticks, fish, and insect bites (2). This is why many people diagnosed with mold illness tend to have other issues like Lyme disease (1,2,3). Babesia and Borrelia, bacteria transmitted through tick bites, can also secrete biotoxins that can have adverse health effects.

2) CIRS IS ACTUALLY A COMMON HEALTH ISSUE

Although there’s been confusion about this condition, CIRS is common and affects up to 25% of the population. Three conditions must be met to develop CIRS: a genetic predisposition, an inflammatory event, and exposure to biotoxins (2,4,5).

Those with a genetic predisposition may develop CIRS after prolonged exposure to biotoxins. However, research shows that an inflammatory event, like a chronic viral illness or tick-borne illness, is also required to trigger the immune system towards the development of CIRS (2-5).

Not everyone will be genetically inclined towards CIRS. Still, most of us have been exposed to inflammatory events (like viral illness) and biotoxins. This makes the development of CIRS rather common.

When it comes to mold exposure, most of us have been in contact with mold either in our homes or at work. Unfortunately, mold is increasingly common in urban buildings due to their airtight construction, excessive dampness, and cellulose-containing materials that mold like to feed on. All three of these conditions are what mold needs to grow (1,6).

A report on mold and dampness put out by the WHO shows that up to 20% of buildings in Europe, Canada, and the United States had excessive dampness. However, other studies show that mold and dampness may affect approximately 50% of homes. These numbers may be higher in poor neighborhoods where households are crowded, and the heating and ventilation system is inadequate (1).

With this level of mold and dampness, it’s no wonder that CIRS is more prevalent than we realize.

3) CIRS IS OFTEN MISDIAGNOSED

As we’ve discussed above, up to 25% of the population is genetically susceptible to CIRS. Also, mold is a risk for 20-50% of all homes. Lastly, most people have been exposed to some kind of inflammatory event. This means that CIRS may be quite common in the general population.

However, CIRS is challenging to diagnose and is often missed. In fact, many health practitioners may not even be looking for it. The symptoms often overlap with other illnesses, and they’re also non-specific. This means that the symptoms don’t conclusively point to CIRS. Also, testing is poorly understood and not widely available (2-5).

The exact biotoxin that people have been exposed to must be understood and isolated to secure a diagnosis. In the case of mold, the environment needs to be tested to ensure there was an actual exposure to mold (1,6).

Until now, most mold tests look at only 5-30 species of mold, but since there are thousands of mold species, these mold tests may be falsely negative (7). Thankfully, Homebiotics has created a new product that tests for over 30,000 species of mold. With more specificity, mold exposure can be adequately diagnosed and treated.

The other requirements for diagnosing CIRS are: identifying a genetic haplotype, having biomarkers consistent with neuroimmune, vascular and endocrine abnormalities, and a positive visual contrast sensitivity (VCS) test. The VCS test shows problems with the retina that are highly specific to biotoxin damage and CIRS (2-5).

Many of these diagnostic criteria can be challenging, and not every practitioner has the capacity to do the testing and follow up required. This means many people with CIRS are misdiagnosed with other overlapping illnesses with similar symptoms.

4) FIRST STEP IN TREATING MOLD ILLNESS (CIRS) IS MOLD REMEDIATION

As discussed above, part of diagnosing CIRS is to understand the biotoxins involved. If mold exposure is suspected, then it’s essential to test for mold in the patient’s environment. Once a proper test is completed, then mold removal is the next step.

Unfortunately, removing mold can be difficult if you don’t know where to look for it. Most mold is visible, but sometimes it isn’t. For example, a lot of mold growth happens behind drywall or bathroom tiles, which can often be inaccessible without significant renovation.

Unfortunately, removing mold can be difficult if you don't know where to look for it. Most mold is visible, but sometimes it isn't. For example, a lot of mold growth happens behind drywall or bathroom tiles, which can often be… Share on X

Many times, removing mold can be costly, and if you don’t know how to prevent mold growth, it can quickly grow back. Sometimes this means that many people have to leave their home environments due to the cost and confusion of mold removal. All of these factors can make the removal of mold exposure very challenging (1,6).

People need to know how to prevent mold so they can stop mold exposure in the future. This involves prohibiting dampness, increasing airflow, and cleaning up clutter around areas known to have contact with water. Also, when possible, any water leaks need to be repaired properly (1,6).

5) TREATING MOLD ILLNESS (CIRS) IS MORE THAN JUST REMOVING MOLD

Since there are many biotoxins other than mold, it’s essential to look for other overlapping biotoxin exposures. As mentioned before, some people with CIRS may also have Lyme disease or chemical biotoxin exposures. It’s crucial to uncover this if a person shows potential for CIRS.

If mold is the biotoxin in question, removing the mold or removing the person from the moldy environment is the next step. However, the problem is that people with CIRS have a genetic predisposition that makes them unable to clear and remove biotoxins from their bodies. This means it can take a while before they can detox from their mold exposure (2,3).

The process is complicated and requires specific chemical binders to pull the mold out of their bodies. It also requires dietary and lifestyle changes to improve their ability to detoxify. In a perfect world, all physicians would know how to help patients remove the biotoxin build-up in patients with CIRS. Unfortunately, there are only a few that offer that service (2-5).

CONCLUSION

Hopefully, these 5 misconceptions about mold illness can help increase awareness of this health issue. We know now that mold illness is a condition called CIRS caused by a genetic predisposition triggered by an inflammatory event, followed by a mold biotoxin exposure.

Due to a genetic issue, people with CIRS can’t clear biotoxins from their bodies very easily. This makes their recovery more complicated. We also know that mold testing and removal can also be challenging for many.

In the meantime, education is vital in informing the public about what mold illness really is and what’s required to diagnose and treat it. The more this education gets out there, the more that patients and physicians can advocate. When it comes to CIRS, knowledge is power.

REFERENCES

https://www.survivingmold.com

https://www.goodreads.com/book/show/179769.Desperation_Medicine

https://internalmedicinereview.org/index.php/imr/article/view/718

https://www.jacionline.org/article/s0091-6749(02)00092-1/fulltext

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2791814/

Posted on January 27, 2021September 12, 2022 by Homebiotic

3 Ways To Nurture Your Home Biome

Do you know how to nurture your home biome like we nurture our gut biome? The last decade, we’ve heard more evidence about how the gut microbiome is key to our health and well being. If we’ve learned anything about environmental science, we know that a microbiome is an environment as well. In fact, our gut environment works together with all microbes to protect and maintain the gut’s health (1). Subsequently, this helps preserve and protect our health.

But did you know that our home is also a microbiome? Just like the gut, the home has a host of microbes that need each other to keep the house clean and healthy. More and more, we’re learning that to nurture environments means to create balance and future stability, whether that environment is internal or external (2).

Since all living things exist in a symbiotic relationship with other living things, it seems straightforward that our bodies and homes co-exist (3). We’re doing better at nurturing our gut biome, but what about our home biome?

The truth is, most people don’t know how to maintain and nurture their home microbiome. However, it’s surprisingly easy, and once you understand how, you’ll be able to nurture your home microbiome as easily as you would your gut biome. Here are 3 easy ways you can nurture your home biome:

Choosing The Right Cleaning Supplies Will Decrease The Death of Healthy Microbes

Let’s compare a home microbiome to the gut microbiome. There’s one thing we know that decimates healthy microbes – antibacterial substances. We know that taking antibiotics (even though it may be necessary for an infection) will kill off beneficial gut microbes. The same happens in our homes (3,4).

In circumstances like infections or outbreaks of dangerous microbes, we would definitely need to use antibiotics and bacteria-killing substances. However, we need to proceed with caution and not go overboard.

If we use copious amounts of harsh antibacterial chemicals to clean our homes, we will lose all our friendly microbes (3,4). Instead, we can choose less harsh cleaners that will keep our homes fresh, reduce harmful microbes, but will spare the healthy ones. Using things like vinegar, essential oils, or environmentally friendly cleaners will help.

If we use copious amounts of harsh antibacterial chemicals to clean our homes, we will lose all our friendly microbes Share on X

Less Cleaning Will Enhance The Growth & Health of Your Home Microbiome

However, even if you use less harsh cleaners, you can still kill off too many good guys if you clean too frequently (4,5). A good rule of thumb is to clean once a week with the cleaners mentioned above. If your home feels too dusty, you can always just wipe surfaces with water rather than using cleansers.

Again, if you’ve had an outbreak of salmonella or dangerous mold growth, of course, you will need to take care of it. But in the absence of those issues, there’s no need to over-clean.

If you think about it, we never “clean” our guts. At times we may need antibiotics to “clean” out microbes that could be making us sick, but other than that, we don’t think about cleaning our guts. Our home environments do get cluttered, dusty, and full of grime. But really, it’s only the grime that may need cleansers. Everything else just needs tidying up and wiping with a damp cloth.

Our home environments do get cluttered, dusty, and full of grime. But really, it's only the grime that may need cleansers. Everything else just needs tidying up and wiping with a damp cloth. Share on X

Adding More Soil-Based Microbes Acts Like a Probiotic

Most people don’t know this, but a little dirt is actually good for you, and it’s also good for your home. Dr. Josh Axe writes about the benefits of soil-based microbes in his book “Eat Dirt.” He says that we can re-establish the symbiotic relationship that we’ve always had with them by increasing our exposure to diverse microbes (6). This relationship keeps us healthy and shapes our immune system. Certain microbes not only keep harmful microbes at bay, but they also strengthen our immune systems (6).

For a while, we only focused on enhancing our guts’ microbial diversity, but this is also essential in our home environments. In the book “Never Home Alone,” biologist Rob Dunn looks at the variety of microbial, insect, and animal life alive in most homes. He noticed that many illnesses in modern society increased simultaneously as the microbial life inside of modern homes decreased (5).

It seems that the more we nurture our relationship with soil-based microbes, the more we create balance and health in our homes, which, in turn, enhances our health. Perhaps a new version of “clean” in our homes is one where we allow a bit of outside dirt to come in. Playing in nature with pets and other humans will naturally bring outside soil-microbes into the home (4). We can also explore the use of home probiotics that foster our microbial relationship (7). Our Homebiotic Probiotic Spray is the perfect way to add soil based probiotics to your home, keeping it balanced & fresh!

It seems that the more we nurture our relationship with soil-based microbes, the more we create balance and health in our homes, which, in turn, enhances our health. Share on X

Conclusion

These are the top three ways to nurture our home microbiome. It’s time we think of our home health in a similar way as our gut health. Instead of creating an overly clean and sterile environment, we can strive for a more balanced approach.

Of course, no one wants a dirty home that smells bad. But maybe the definition of a clean house is one that includes a more natural and symbiotic relationship with the world we live in. Perhaps a clean home is one that allows some microscopic dirt to accumulate without the use of harsh cleaners.

By nurturing our home microbiome, we create a healthy environment that goes back to the basics before the advent of bleach and antibacterial cleansers. As humans, we depend on our home environments’ symbiotic relationship, just as our gut microbes rely on us for their home environments. In this way, a healthy home microbiome is a part of promoting our personal wellness too.

References

https://www.wholebodymicrobiome.com

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

https://www.sciencedirect.com/science/article/abs/pii/S0013935115000304

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

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

https://www.panmacmillan.com/authors/dr-josh-axe/eat-dirt/9781509820955

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

Posted on January 20, 2021July 11, 2021 by Gillian May

Are We Over-Cleaning Our Skin?

In these current times, the topic of under and over-cleaning our skin and home environment is discussed more than ever. There have always been debates about how often we should clean and which soaps or cleansers to choose. But with the pandemic, everyone is more concerned and possibly more confused as well.

Undoubtedly, in the past several months, there’s been a steady stream of antibacterial and alcohol-based soaps being marketed to the general public. And while these have great success in killing and washing viruses from our hands, we need to consider how often and where to use them.

Should we be using antibacterial soaps for whole body cleansing? How often should we shower versus washing our hands? What’s the best way to avoid skin allergies, acne, or dry skin when choosing a cleansing routine? How clean is too clean? This article will address all of these questions and more.

Washing Our Hands in The Time of Coronavirus

We know that handwashing is the best prevention for the coronavirus. However, before the pandemic, many people weren’t educated about proper handwashing to prevent disease spread.

The Centers for Disease Control and Prevention (CDC) have always recommended regular handwashing for infection prevention. They provide researched education about how and when to wash our hands. The recommendations back in 2001 lightly supported the use of antibacterial soap. They cautioned that it may increase the prevalence of antibiotic-resistant bacteria and negatively alter the skin flora (1,2).

In 2020, the CDC now supports the use of soap and water as the gold standard for infection prevention and control. A search of CDC handwashing guidelines shows that they recommend only alcohol-based hand washing when soap and water aren’t possible (1,2).

As for antimicrobial soaps, the CDC no longer discusses using them at all. The reason is simple, antimicrobial soaps may do more harm than good.

What’s The Deal With Antimicrobial Soaps?

In recent years, several studies show that antimicrobial soaps may cause cracks and irritation to the skin. This creates more susceptibility to bacterial colonization. And as we know, the use of antimicrobial soaps may have a hand in creating superbugs that are resistant to antibiotics (2,3,4).

But unfortunately, antimicrobial soaps mess with our skin microbiome. Each area of the body has its own microbial balance, which maintains our health and prevents infection and disease. This balance can be disturbed by many factors which we are learning more about in modern times (3,5).

For example, in the book “The Whole Body Microbiome,” Dr. Brett Finlay and contributing scientists discuss microbiome balance issues in all areas of the body. With regard to the skin, they talk about how a simple problem like acne could be related to microbial imbalance on the surface of the skin (5).

For instance, a bacteria called Cutibacterium Acnes actually helps break down our oily skin secretions. This process creates an acidic environment that prevents the growth of Staphylococcus Aureus known for causing acne and other infections (5).

Who would have thought that one bacteria can prevent another worse bacteria from growing? But this is the case in almost all of our body microbiomes. Bacteria often compete and edge each other out, which keeps infections low and improves our well being. They also create enzymes and other by-products that contribute to the healthy function of our body (5,6,7).

For all these reasons, we don’t want to use antimicrobial soaps that kill off all the beneficial bacteria that are actually helping us.

Why Should We Avoid Over-Cleaning Our Skin?

In the Whole Body Microbiome, the authors discuss research and studies showing one glaring truth. When it comes to the skin, less clean is better. Areas of the body such as hands, feet, genitals, and armpits should be washed daily with regular soap and water. But as for other areas like the face and rest of the body, it’s not necessary to scrub them daily (5).

Over-cleaning and using overly hot water can also damage our skin microbiome and cause more problems for our health. Many people don’t know that our skin and body microbiome plays a role in developing illnesses like asthma, eczema, autoimmune disease, and allergic reactions (5,7).

For instance, some studies show that eczema is related to higher levels of Staphylococcus Aureus. Without a balanced skin microbiome, these harmful bacteria are allowed to grow, causing the classic inflammatory skin lesions found in eczema (5,7).

Other studies show that exposure to beneficial skin microbes helps develop our immune system, thus preventing skin and systemic illnesses from developing later in life (5,6,8),.

Lastly, over-cleaning may cause cracks and open sores, which can increase infection risk. One study shows that damaged skin from over-cleaning is more likely to be colonized with several harmful microbes. Not only does this increase skin inflammation, but it may also perpetuate the spread of contagious infections (3,5).

So while it may be hard not to over-clean our hands during the pandemic, we can find a better balance for the rest of our body. Daily washing of feet, groin, hands, and armpits is good enough. But other parts of the body really don’t need to be over-cleaned.

For areas like the face, arms, legs, and hair, it seems the best skincare routine is to wash less frequently with plain soap and lukewarm water. This routine will also help prevent things like acne, wrinkles, dry skin, and other infections. Lastly, using a mild natural moisturizer can keep the skin supple without destroying the microbiome (1,2,5).

Conclusion

There’s never been a better time for more discussion and education around cleaning. Until now, most of us weren’t always sure how often we should wash our hands and clean our skin. With the push towards more frequent handwashing and the use of alcohol and antimicrobial soaps, it’s essential to learn what works and what doesn’t.

Frequent handwashing is critical in these trying times. And yes, we need to wash our dirtiest parts like feet, groin, and armpits. But surprisingly, we don’t need to over-clean other areas of our skin. And we should definitely stop the use of antimicrobial soaps. Pure soap and water is the best way to clean our hands and bodies.

Moreover, people may not understand how important our skin microbiome is for our health and wellbeing. Unfortunately, by over-cleaning and using hot water and antimicrobial soaps, we may be damaging our skin microbiome’s delicate balance. This has confirmed repercussions in the development of infections, allergies, and autoimmune diseases.

We also recommend learning about over-cleaning your home.

References

https://wwwnc.cdc.gov/eid/article/7/2/70-0225_article

https://www.cdc.gov/handwashing/index.html

https://www.ajicjournal.org/article/S0196-6553(98)70025-2/fulltext

https://jamanetwork.com/journals/jamadermatology/article-abstract/478930

https://www.wholebodymicrobiome.com

https://science.sciencemag.org/content/336/6080/489

https://www.jacionline.org/article/S0091-6749(13)01564-9/fulltext

https://www.nejm.org/doi/pdf/10.1056/NEJMoa1508749

Posted on May 13, 2020July 11, 2021 by Gillian May

Mold Exposure and Lyme Disease: The Hidden Link

There is a clear connection between mold exposure and Lyme disease. Disruptions to your immune system resulting from exposure to mold can make you more likely to both contract Lyme disease and have medical complications with it. Beyond the typical precautions against tick bites, you can also help avoid it with simple household actions: Prevent mold exposure and Lyme disease risks are reduced.

May is National Lyme Disease month, which means that many clinicians, advocates, and researchers will be sharing facts to help increase awareness. Lyme disease affects approximately 30,000 Americans each year. Although it’s a highly treatable disease, it has a high potential to become chronic for many people ¹. Also, Lyme disease often occurs in combination with other immune compromising conditions such as autoimmune disorders, allergies, celiac disease, Epstein Barr virus, and other infections ².

However, did you know that mold toxicity is also an important issue for people with Lyme disease? Unfortunately, the immune-compromising effects of mold toxicity can make you more susceptible to contracting Lyme disease. Also, once infected with the Lyme bacteria, mold illness can make you more likely to have chronic issues with Lyme disease.

How Mold Affects the Immune System

The most common household mold species are Aspergillus, Penicillium, and Cladosporium. But there are thousands of other different kinds of mold species. Although many of them are not harmful in most situations, some can cause serious illness ³. The problem with certain mold species is that they produce substances called mycotoxins which are harmful to human health.

The symptoms of mold illness range from mild to severe depending on the health status, immune system, and genetic factors of different people.

At the very least, the effects of mycotoxins on human tissues can cause mild allergic symptoms. But sometimes it can lead to more severe respiratory or other systemic problems that can cause chronic illness and even death ^3,4,5. The main problem with mold and human health is that it causes severe disruptions in the immune system resulting in either an over-reaction or under-reaction ⁶.

The main problem with mold and human health is that it causes severe disruptions in the immune system resulting in either an over-reaction or under-reaction Share on X

What this means is that mold may be a factor in the development of autoimmune issues as well as immune-deficiency problems. Either of these conditions can make it difficult for a human body to deal with other infections, such as Lyme disease ^4,5,6.

Several studies have shown that people living in damp and moldy environments are more prone to inflammatory illnesses or infections that result from immune deficiency. This is especially true if their living environments lack surrounding biodiversity that is void of other helpful microbes ^5,6,7,8,9. This is the reason why people with mysterious inflammatory issues and other chronic health problems often test with high levels of mycotoxins.

Further tests often reveal other infections such as Lyme disease. This is no coincidence. Instead, it reveals immune systems that are unable to cope, and mold toxicity may be a massive piece of the puzzle.

How Lyme Disease Affects the Human Body

Lyme disease is caused by a spirochete bacteria that is transmitted through tick bites. A tick needs to be attached to the human body for at least 24 hours to transmit the disease. This is why most health education is aimed at early prevention by instructing people how to quickly and adequately remove a tick ^1,2. The problem is that many people are under the impression that they can prevent Lyme disease since a tick is easy to find. Tick bites are relatively irritating to the skin. Also, the tick swells, which may make it easy to detect. Therefore, people feel that they can remove it before 24 hours are up.

Unfortunately, most people don’t remove ticks properly. Instead, they pull it out and leave the mouthparts behind. The problem is that those mouthparts stay embedded in the skin where they can continue to transmit the Lyme spirochete ^1,2.

Lyme disease initially causes fever, skin rash, joint pain, muscle pain, and headaches. If treated rapidly, a person can make a full recovery. However, Lyme disease has been known to turn chronic, especially if early treatment wasn’t initiated. And even with early treatment, many people still go on to develop chronic Lyme disease symptoms ^1,2,10.

What’s interesting is that chronic Lyme disease symptoms are very similar to the signs of mold toxicity. Also, chronic Lyme symptoms are similar to many diseases of the immune system. When this occurs, the clinical picture can become confusing to both the patient and doctors ^4,10,11. Symptoms of chronic Lyme disease range from digestive issues, neurological problems, heart damage, and severe musculoskeletal pain ^1,2.

Indeed, many people who present with multiple and chronic health issues are often investigated for co-morbid and related conditions such as mold illness and Lyme disease.

The Connection Between Mold & Lyme Disease

As discussed above, the main problem with mold is that it renders our immune system less capable of coping with other infections. Indeed, many people exposed to tick bites don’t actually get sick. And if they do, the illness is short-lived and doesn’t turn chronic.

However, the problem lies when a person gets bit by a Lyme infected tick, and their immune system is already preoccupied with fighting off mold toxicity. Unfortunately, they may be unable to fight off this new infection ^11,12,13,14.

Also, even with antibiotic treatment, an immunocompromised host may still go on to develop chronic Lyme-related health issues.

Many people with co-occurring Lyme and mold issues develop something called Chronic Inflammatory Response Syndrome (CIRS). This syndrome is difficult to treat and can wreak havoc on the health, finances, and quality of life of those affected. Furthermore, people with Lyme disease are less likely to clear toxins from their bodies. Likewise, mold toxicity makes Lyme disease treatment less likely to work. Thus it becomes a vicious cycle causing crippling symptoms that are difficult to treat ^11,12,13,14.

Conclusion

Since these two conditions create a perfect storm for inflammatory illness, the obvious solution is to work on both prevention and proper diagnosis for both. Preventing mold illness by properly cleaning and treating moldy environments is paramount. By doing so, the people living in those environments will maintain a healthy immune system. And as we know, a healthy and balanced immune system can fight off other infections like Lyme disease.

Preventing mold illness by properly cleaning and treating moldy environments is paramount. By doing so, the people living in those environments will maintain a healthy immune system. And as we know, a healthy and balanced immune system… Share on X

However, many people don’t even know they have mold illness until they become sick with Lyme disease, which then becomes chronic. Often, it takes a long time with much frustration before a person learns that they’re actually dealing with two chronic illnesses that are exacerbating each other. Since we know that mold illness increases susceptibility to other infections, it makes sense to raise awareness so that people can take action to prevent mold now.

By taking steps to decrease mold problems, people will have a more robust immune system, which will prevent chronic Lyme disease from taking hold. More so, a stronger immune system means fewer chances of developing Lyme disease in the first place.

REFERENCES

1. https://www.cdc.gov/lyme/datasurveillance/index.html
2. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3542482/
3. https://www.cdc.gov/mold/faqs.htm
4. https://www.prohealth.com/library/overview-lyme-disease-mold-illness-91639
5. https://www.euro.who.int/__data/assets/pdf_file/0017/43325/E92645.pdf
6. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5377931/
7. https://robdunnlab.com/science-portfolio/never-home-alone/
8. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5108756/
9. https://scholar.google.com/scholar_lookup?journal=Arch+Environ+Health&title=Mixed+mold+mycotoxicosis:+immunological+changes+in+humans+following+exposure+in+water-damaged+buildings&author=MR+Gray&author=JD+Thrasher&author=R+Crago&author=RA+Madison&author=L+Arnold&volume=58&publication_year=2003&pages=410-20&pmid=15143854&
10. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5986024/
11. https://www.gordonmedical.com/unravelling-complex-chronic-illness/wp-content/uploads/2014/08/Townsend-Letter-Mold-Article-1.pdf
12. https://www.betterhealthguy.com/topics/mold
13. https://drjaydavidson.com/toxic-mold-lyme/
14. https://www.lymecompass.net/mold-intolerence.html

Posted on April 28, 2020September 12, 2022 by Gillian May

Gut Biome & Home Biome: How Are They Related?

In the past decade, the importance of a healthy gut biome has been discussed between scientists, medical professionals, and health consumers. By now, most people know that bacteria reside in our guts and that they’re essential to our health. These bacteria are, together, what create the biome. However, many people still don’t understand why having diverse bacteria is important. More importantly, most people don’t understand the similarities and relationship between our home biome and the gut biome. We need the biome in our guts and our homes to be healthy and diverse at the same time.

Why Does Biome Balance Matter?

As living organisms, we’re connected to our living environments, so if one biome is unbalanced, chances are the other is too. Also, by understanding the similarities between the gut and home biome, we can make better decisions for how to improve and maintain them. However, many of us may not understand that the home biome is similar to the one in our gut. Therefore, people may not realize how to create balance in our home biome.

First let’s define both the gut and home biomes and look at their similarities. Then we can discuss the importance of both biomes for the health of our bodies and living environments.

What is The Gut Biome?

The evidence is clear that having healthy and diverse microbes in the gut is essential for the development, functioning, and maintenance of our overall physical health. Gut microbes impact the digestive system, our immune system, our neurochemicals, and many other systems in our body ^1,2,3.

For example, gut microbes are needed to help digest and absorb nutrients from the food we eat. This helps sustain the immune system, which is also connected to the nerves, brain, blood vessels, and other vital organs ^1,2,3,4. Research shows that a gut biome that lacks diverse and healthy bacteria may be a root cause of health problems like diabetes, obesity, cancer, inflammatory bowel disease, and autoimmune issues ^3,4,5,6.

We’re all born with a sterile gut that becomes populated by essential microbes in infancy. The particular distribution of microbes is unique to each individual even though we share many microbial species between humans ^1-6. Many issues can cause us to lose the diversity of our gut microbes. Things like illness, antibiotics, chemicals, food additives, and stress can all cause a shift in the balance of bacteria in our guts. This imbalance is called dysbiosis ^5,6. Dysbiosis refers to both the loss of our gut microbes as well as an overgrowth of harmful microbes.

Why Are Healthy Gut Microbes Important?

A gut without enough microbes means that we may not have the ability to digest enough nutrients. Also, if one microbe is allowed to grow too much, this can lead to other health issues as well. An example of an overgrowth of harmful microbes is in a common condition known as candidiasis. This is an overgrowth of Candida yeast in the gut known to cause bloating, headaches, brain fog, and other health problems. Yet another example is a bacteria known as c. difficile, which is known to cause severe diarrhea ^3-6.

In recent years, many health professionals are advocating for the use of pre and probiotics to help control dysbiosis. There’s also been much discussion of the overuse of antibiotics as they are known to kill healthy gut microbes. Lastly, we know that things like maintaining a healthy diet or decreasing stress can also help retain the microbe balance in our guts ^1-6.

In recent years, many health professionals are advocating for the use of pre and probiotics to help control dysbiosis. There's also been much discussion of the overuse of antibiotics as they are known to kill healthy gut microbes.… Share on X

The goal is to create an environment in our guts where diverse microbes can grow in healthy amounts. This healthy diversity not only contributes to the proper functioning of our bodies, but it prevents unhealthy microbes from growing in large numbers.

When it comes to the health of our guts, we need lots of healthy and diverse microbes that live well together and in balance.

What is The Home Biome?

Now that we understand the gut biome, let’s look at the home biome. Our homes also have a biome that is unique and essential in maintaining the health of our living environment. Just like our guts, our homes get colonized with a variety of diverse microbes, some of which are required to maintain balance and health. If our home biome is lacking in microbes, such as often happens when we overclean and create a sterile environment, then problems can arise ^7,8.

Also, if we clear out a few key species of microbes that help maintain balance, we may see an overgrowth of other more harmful species. For example, microbes like mold, yeast, and salmonella can grow unchecked in a home environment that lacks sufficient diverse, healthy microbes ^7,8.

So, we also need to consider ways to enhance the growth of healthy bacteria, the same as we would do for our guts. Just as we take probiotics for our gut health, we can also use probiotics for our home. Products like Homebiotic Probiotic Spray contain healthy soil-based microbes that help maintain the home biome. Also, just as we work to prevent a sterile gut, we want to avoid a sterile home environment. This means we don’t over-clean our homes with harsh chemical cleaners too frequently ^7,8.

Just as we take probiotics for our gut health, we can also use probiotics for our home. Products like Homebiotic contain healthy soil-based microbes that help maintain the home biome. Share on X

How Are The Gut & Home Biome Related?

Since we are biodiverse beings that are dependent on our environments, it makes sense that our gut and home biome co-exist. Of course, the microbial population in our guts and our homes will be somewhat different. But, studies show that homes are colonized by bacteria found in humans and pets that live in the house ⁸.

Interestingly, some microbes that are unique to the home and the immediate outdoor environment also live in our bodies. We know that this relationship creates a diverse biome, and this diversity is fundamental to our well-being as a whole. So obviously, if there is dysbiosis in the home, then there may be dysbiosis in the human biome as well ^7,8,9,10.

Indeed, in recent years, research shows how the use of chemicals to clean our bodies and living environments can also affect the human biome ⁷. Also, we know that homes surrounded by diverse soil-based microbes such as farms or homes with a lot of green space are known to create healthier immune systems in children. This suggests that a direct connection to our environment is what actually creates robust body systems ^9,10,11,12.

Lastly, a home that is lacking in diverse microbes is likely to have an overgrowth of harmful microbes like mold. In recent decades, mold illness in the form of allergies, asthma, and other related health issues are on the rise. So we know that our home biome has an effect on our health and well-being ^11,12.

Why is This Important To Know?

The more we understand the connection between our gut and home biome, the more we know how to maintain health in both areas. As living beings, we are symbiotically connected to our environments. People are becoming more educated about the importance of healthy and diverse gut microbes. Still, they have yet to see the connection between their gut and their home biome.

The more we understand the importance of having diverse microbes in our guts and in our homes, the more we will take care not to create a dysbiosis in either. As we try to enhance our physical health to ensure the diversity of microbes in our gut, we can also do the same thing for our homes. It just makes sense to look after both so we can improve our overall health.

REFERENCES:

1. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3667473/
2. https://letthemeatdirt.com
3. https://www.jillcarnahan.com/2013/01/03/healthy-gut-healthy-you/
4. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4425030/
5. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3448089/
6. https://www.karger.com/Article/Pdf/354902
7. https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0064133
8. https://royalsocietypublishing.org/doi/full/10.1098/rspb.2015.1139
9. https://onlinelibrary.wiley.com/doi/abs/10.1111/all.13002
10. https://www.mdpi.com/2076-2607/7/9/287
11. https://www.pnas.org/content/110/46/18360?etoc=
12. https://www.nejm.org/doi/pdf/10.1056/NEJMoa1508749

Posted on October 17, 2019April 21, 2022 by Homebiotic

The “Farm Effect” & How It Can Create A Healthy Home

Some people will read the title of this article and wonder, “what do farms have to do with the health of my home?” Don’t worry, no one is saying we need to live on farms. Unless, of course, we’re interested in being a farmer. However, a little education about the “farm effect” can have huge benefits to the health of our homes and the people who live in them.

WHAT IS “FARM EFFECT”?

The “farm effect” was founded by researcher Dr. Erika Von Mutius after doing several studies on children raised on farms. The results showed that these children have less incidence of asthma, allergies, and other illnesses. It appears that infants and children are protected from certain allergic and autoimmune diseases when they live close to animals, farm dust, and soil^1,2,3.

So the “farm effect” refers to the positive health outcomes of living on a farm. The results of these studies are undeniable, and many scholars and regular people are wondering how we can use this information to enhance our modern lives.

No doubt, most of us live in closed-off urban homes that barely resemble a farm environment. So how can we replicate these positive health outcomes so that modern humans can have these health benefits without living on a farm? First, let’s look at how the “farm effect” actually works.

HOW DOES THE “FARM EFFECT” WORK?

The most important thing to know is that it’s not the farm itself that creates the “farm effect,” it’s the microbes. It appears that living amongst many diverse bacteria, such as those found on a farm, has an enhancing effect on the immune systems of growing children. What that means is that microbes help train their budding immune systems to respond to allergens and bacteria in a healthy way^2,3.

The repeated exposures to soil, animals, and other farm microbes help to develop specific white blood cells and other immune factors involved in inflammation and allergic reactions. In essence, the more the immune system is trained, the less it reacts to allergens.

It also means that the more developed the immune system is, the less inflammation will be present in the body. And as we are learning more and more, inflammation may be at the root of many common illnesses and conditions^2,3,4.

The repeated exposures to soil, animals, and other farm microbes help to develop specific white blood cells and other immune factors involved in inflammation and allergic reactions. Share on X

Knowing all of this, we can make different choices about how to take care of ourselves and our environment, including the place we spend the most time in – our homes. In short, we want to replicate the “farm effect” in our homes.

WHY DO I WANT TO REPLICATE THE “FARM EFFECT” IN MY HOME?

As much as possible, we want to improve the diversity of microbes in our homes so they resemble the microbes you would find on farms. These are called soil-based microbes, or bacteria, and they benefit us on many levels. Not only do they help improve our health and immune systems, but they balance out mold and bacteria that may grow unchecked in our homes^2,4,5,6.

It may be confusing to read that you need more bacteria when trying to reduce unwanted bacteria, but this is an actual fact. Soil-based bacteria naturally compete with other pathogens creating a healthy balance⁷.

Replicating the “farm effect” in our homes means bringing in more soil-based microbes. It may sound complicated, but it’s easier than you would think. It involves a few changes and making decisions about which products we buy to clean and protect our homes.

Soil-based microbes in our home can help us achieve a kind of “farm effect.” And this will help improve our immune systems while providing a balance against pathogens like mold and harmful bacteria.

HOW CAN I BRING THE BENEFITS OF THE “FARM EFFECT” INTO MY HOME?

First, we need to have an environment that’s welcoming to soil-based microbes.

If our homes have an unwelcoming environment, then the healthy bacteria will be killed off before they have a chance to do their work. This means that we need to make decisions about cleaning products.

Research has shown that over-cleaning and using toxic chemicals can decimate both good and bad microbes^8,9. So maybe we can relax a bit on how clean we need our homes to be. That’s not to say that we let dirt and grime build-up, instead, we just go a little lighter on our cleaning efforts. This has a positive side-effect of decreasing stress too.

Also, go easy on the harsh and toxic cleaners that contain antimicrobial agents.

Instead, opt for more enviro-friendly cleaners, such as Homebiotic Surface Cleaner, which won’t strip away your home’s vital bacterial defense. Harsh cleaning products have been shown to cause respiratory, skin, and eye problems as well as increasing bacterial resistance to these chemicals.

Next, we need to bring in more soil-based microbes, and there are a few ways that are not only fun but easy.

We can simply start by going outside more and having a hands-on experience with nature. We can let ourselves, our children and our pets play in the mud; roll in leaves, sit down on the grass, or whatever helps us get more intimate with nature^2,4.

We may not live on farms, but we can access a similar environment by just spending more time outside and being less afraid of the outside coming in. Having said that, we can open our windows more and maybe adopt some plants that can add more green to our environment. Plants can bring in soil-based microbes, but they also have other properties that help develop our immune systems and decrease dangerous pathogens as well^2,4.

Lastly, products like Homebiotic are made specifically to help replicate the “farm effect” in our homes.

The spray contains diverse soil-based microbes that act as a probiotic for your home. Once you clean with a natural, non-toxic cleaner, you can spray Homebiotic Probiotic Spray in all corners of your home.

Homebiotic Probiotic Spray can help create a balanced ecosystem in your home that resembles the “farm effect.” It may be easier than we think to replicate the “farm effect” in our homes; all we have to do is get educated, then take action.

REFERENCES

1.https://www.ncbi.nlm.nih.gov/pubmed/21060319
2.https://letthemeatdirt.com
3.https://www.ncbi.nlm.nih.gov/pubmed/31401285
4.https://www.harpercollins.ca/9780062433640/eat-dirt/
5.https://err.ersjournals.com/content/27/148/170137
6.https://www.sciencedirect.com/science/article/abs/pii/S1471490615000022
7.https://escholarship.org/content/qt68c2j665/qt68c2j665.pdf
8.https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0064133
9.https://jamanetwork.com/journals/jamadermatology/article-abstract/478930

Posted on October 16, 2019September 12, 2022 by Homebiotic

Got Dirty Kids? Great!

Modern society tends to favor clean, perfectly kept children, but do dirty kids make healthier kids? There’s been some talk recently about the benefits of kids playing in dirt and that it may actually benefit their health. The discussion was sparked by research that showed how kids brought up on farms had healthier immune systems than those that had no exposure. It seems that exposure to farm animals, and the dust and dirt that comes with them, actually helps protect and build kids immune systems¹.

It seems that exposure to farm animals, and the dust and dirt that comes with them, actually helps protect and build kids immune systems Share on X

It makes sense that parents might then ask, “So, does this mean I should let my kids get covered in dirt or even eat dirt?” The question is valid and perhaps meant with some playful sarcasm; the answer, though, may surprise you. While it may be absurd to have your kids make a lunch out of dirt, having some healthy exposure to it may be a good thing.

WHAT IS HEALTHY DIRT?

When we speak of dirt, we’re really talking about outside soil. Many parents may get concerned about their kid’s health when playing in dirt. What they don’t know is that it contains some specific ingredients that can be healthy for us – microbes.

Outside soil contains microbes that are necessary for the health and wellbeing of all living things that depend on the soil for survival. The main essential microbes to consider are bacteria and fungi, and healthy soil requires balanced and diverse species of these microbes. Human beings, and the environments we live in depend on healthy soil to live well^2,3.

WHY DOES A SOIL-BASED MICROBIOME MATTER?

The interaction of all the microbes in the outside soil is called a microbiome. It consists of microbes that co-exist as well as microbes that help or harm each other. Bacteria and fungi compete, help, and eat each other in a quest to find balance^4,5.

Balance is essential because a microbiome that lacks balance will have microbes that have either decreased in numbers or and have over-grown. An unbalanced microbiome is called dysbiosis and can cause a range of health or environmental issues^5,6.

We also have a similar internal microbiome in our digestive tract, skin, and reproductive organs. We know that the more diverse the microbiome is, the more balanced it is, and the healthier we are as a result⁵.

All living things are connected and need to live in balance. Although that may sound like a new age cliche, it happens to be a scientific fact. Studies show that external soil also affects the microbiome in our homes and within our bodies^6,7. In a sense, microbes are always searching for a way to balance things out and survive.

Microbes within the home reflect the individuals living there as well as plants and food choices. Also, soil-based microbes outside of the house can be found inside depending on the movement of inhabitants and cleaning practices^7,8,9.

What experts now understand is that the presence of diverse soil-based microbes inside the home can have a balancing effect against the causes of musty odors ^7,8,9. Again, this is the essence of a healthy balance, which also parallels what we know about our internal microbiome. The more diverse our microbes are in our guts, the better our immune system and overall health will be.

HOW CAN MY FAMILY HAVE A HEALTHY EXPOSURE TO A SOIL-BASED MICROBIOME?

None of us want a pile of dirt in our homes nor do we want our kids to eat dirt, but we can begin to shift our ideas and take actions to help include soil-based microbes in our home. By making some changes, we can actually improve the overall health and balance in our home microbiome.

Here are some tips on how to promote a healthy exposure to soil microbes in your home:

Dogs are a big help with bringing in soil-based microbes.

This doesn’t mean you should get a dog if you don’t want one or can’t care for it properly. But if you have one, then you’ve already taken a step in the right direction. Research has shown that homes with dogs have more diverse microbes, and many of them are soil-based^7,9.

Encourage your kids to play outside more often.

A good exposure to the outdoors is helpful in so many ways. It promotes exercise, knowledge of nature, vitamin D exposure, and relaxation to name a few. Also, having your kids play outside can help introduce soil-based microbes into the home. Of course, you wouldn’t want to encourage them to bring in piles of it, but natural outdoor play may bring in small amounts that can be a help.

Adults can play outside too.

While we’re talking about kids, let’s not forget that adults need time in the outdoors for their health and stress relief as well. The more we can enjoy nature, the more we want to protect it and learn about it. And of course, we can also improve the soil-based microbiome in our homes by spending time outside.

Be careful with overuse of harsh cleaning products.

Research has shown that household areas cleaned with harsh detergents can obliterate the soil-based microbes. This may cause mold and bacteria to grow in more significant numbers than what you would want^7,10. In fact, even environmentally friendly products can also cause trouble if used in excess.

Use Homebiotic Probiotic Spray to put natural soil-based microbes into your home.

This product is natural, easy to apply, and is the most effective solution since you get all the benefits of soil microbes without bringing the outside in.

CONCLUSION

So, should your kids eat dirt? Well, not exactly, but there’s a definite benefit for encouraging exposure to dirt for sure. By allowing a relationship to happen between soil-based microbes and your home, you can help improve the microbiome in the place you live, eat, sleep, and interact with your family.

There are several ways you can promote and encourage exposure to soil-based microbes. Having a dog and playing outside with your kids is a fun and easy way to bring in the soil without a lot of dirt. Also, being mindful of cleaning products and the frequency of cleaning can help ensure a balance. Lastly, using Homebiotic Probiotic Spray can quickly bring the benefits of soil-based microbes into your home, without the dirt.

REFERENCES

1.https://err.ersjournals.com/content/27/148/170137
2.https://www.sciencedirect.com/science/article/pii/S0360132316303419#bib5
3.https://royalsocietypublishing.org/doi/full/10.1098/rspb.2015.1139
4.https://escholarship.org/content/qt68c2j665/qt68c2j665.pdf
5.https://www.npr.org/sections/thesalt/2018/01/29/579747917/the-cheese-does-not-stand-alone-how-fungi-and-bacteria-team-up-for-a-tastier-rin
7.https://draxe.com/health/gut-health/microbiome/
8.https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0064133
9.https://www.sciencedirect.com/science/article/abs/pii/S0966842X1630021X
10.https://www.ncbi.nlm.nih.gov/pubmed/25707017
11.https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2631814/