In the near future, instead of antibiotics your doctor might present you with a vial of a specific strain of good bacteria which you are lacking that directly targets your particular health concern. In the meantime, generally repopulating a healthy environment of benevolent bugs in your system is an important start.
New research has genetically mapped the trillions of cells in the human body. It turns out that 90% of the cells in the human body are microbial (bugs), leaving only 10% of us that consists of human cells! Good thing our human cells are so much bigger than bug cells, or we would all look more like bugs!
With this in mind, instead of killing the bad bugs – which is the logic behind antibiotics – future medicine will focus on re-populating the beneficial bacteria, or good bugs, that have diminished in your body.
After all, doesn’t it make sense to treat the 90% of us – the bugs – so that they clearly and effortlessly maintain the health of the remaining 10%?
The trick is: how do we keep the trillions of beneficial microbes in the body alive and flourishing?
Casualties of the War on Bacteria
After years of anti-bacterial assault and our war on bacteria, many of the 10,000 possible strains of good bugs that can proliferate in the body simply do not exist anymore.
In a recent article, I talked about Sister Noella in Connecticut who made raw cheese in an ancient wooded barrel – a process that relies heavily on the activity of good bugs. When she added E. coli to her cheese to see what would happen, the good bacteria rallied and effectively wiped out the E. coli.
That is exactly what is supposed to happen in the gut. The gut – or intestinal tract – is where experts believe 80% of the body’s immunity lies. Thus, a good crop of diverse and healthy microbes in the gut is responsible for much, if not all, of our health and wellbeing.
Is Our Sterile Lifestyle Wiping Out the 90%?
What is even more interesting is that these microbes replicate extremely quickly. Some can reproduce up to 1 million times in eight hours. So in a typical work day, they have a million babies, giving them the leverage to genetically morph and adapt to our ever changing world.
But as prolific as they are, researchers are finding that they do not proliferate well in the presence of toxins, chemicals and processed and preserved foods.
If we continue to sterilize everything and eat foods that our good bugs can’t digest, the 90% of us will slowly die. And as the microbial diversity within us slowing wanes, so will our health.
Feed Bugs Real Food
Bugs don’t like processed foods. For example, a modern store-bought loaf of bread can sit on your counter for 2-3 weeks and not go bad, while homemade bread would go bad in a day if left out. Going bad means that it would be attacked by bacteria that are responsible for rotting food. If a food takes forever to go bad, it means that, for some reason, bacteria are unwilling or unable to break it down. If the bugs – the 90% of you – won’t eat that bread, then should you?
Think about all the foods in your cupboard and fridge that hang out for months without going bad. This is an unnatural phenomenon,
and your bugs just have no idea how to digest all that preserved and processed food.
Microbial diversity as the key to optimal health and longevity may be one of the most exciting theories in medicine to surface in decades. While researchers openly admit they know very little about the microbes of the human body, it is very clear that they are supporting our health and wellbeing, rather than us supporting them. We need them.
Start ˜em Young on the Good Bugs
In one study, researchers found that being exposed to healthy gut bacteria early in life offered measurable immune support later in life in the areas of (1):
¢ Blood sugar
¢ Digestive health
¢ Healthy breathing
¢ Joint health
¢ Nervous system function
¢ Skin health
Bugs for Blood Sugar Support
One study done way back in 1951 isolated a fungus called Aspergillus orzyae, also called Koji mold, in Japanese sake and rice wine vinegar. It turns out that this fungus manufactures an enzyme called transglucosidase that breaks down starches into a form of oligosaccharides that other microbes ingest.
So why is that important? If not broken down, the oligosaccharides that feed the gut’s microbes would otherwise remain as starches and sugar that would hit the bloodstream hard and raise blood sugar levels. Thus, studies show that transglucosidase helps to support healthy blood sugar levels and healthy weight management (2). Sake anyone?
Bugs for Your Bones
In another 2013 study published in the Journal of Cellular Physiology, researchers set out to prove the connection between digestion, the good bugs in the gut, and bone health. For years, researchers have been stumped trying to understand why bone health is an issue in the west but not in developing countries. Now, researchers have identified a bacteria called Lactobacillus reuteri that is indigenous to the human gut and supports healthy bone density. Lack of these bacteria in the gut might cause problems.
These instances and many others strongly suggest that the future of medicine may be finding the missing strain of bacteria and administering that as a way to employ a natural immune response that is way more sophisticated than we ever imagined.
The Probiotic Craze – Pros and Cons
Considering all of the above, the logical thing to do is to run out and buy some probiotics, right?
What has always disturbed me regarding probiotics is that they are transient and generally do not adhere to the gut wall. While they may have a therapeutic effect while you are taking them, if they don’t adhere to the gut wall and help your own good bacteria to proliferate, what you have is a sort of band-aid effect.
Because of this, for years I discouraged my patients from taking them, focusing instead on supporting a healthy intestinal environment needed to proliferate healthy microbes.
Meanwhile, I have been waiting to see some research demonstrating that a given probiotic will actually adhere to the gut wall. This means the microbe must be able to make it through the stomach acid, the liver’s bile secretions and the pancreatic enzymes without being destroyed. Then it has to literally adhere to the gut wall, indicating that it has found a home.
Promising Probiotic Strains
One microbe that does this was discovered in 1899 and is called Bifidobacterium lactis HN019, or just HN019 for short. In one study, the HN019 microbe was shown to adhere to the gut wall and be able to survive the transit through the human gastrointestinal tract (3).
My favorite study on the HN019 microbe showed that introducing it resulted in a significant increase in populations of other good gut bacteria such as bifidobacteria and lactobacilli, when tested on elderly folks over 60 (4).
This backs what researchers for the Human Microbiome Project are saying: that these bugs have an incredibly complex symbiotic relationship. Their level of symbiotic intelligence allows them to know how to feed off each other in a certain way in order to proliferate the microbes that are needed at a certain time for a certain reason. It is a level of intelligence that we simply cannot comprehend as of yet.
There is another probiotic that has also been shown to be able to safely transit the gastrointestinal tract and adhere to the gut wall. It is called Lactobacillus plantarum and is commonly found in fermented foods like sauerkraut and fermented olives (4). Lactobacillis plantarum is missing in many westerners diets and has been shown to support immune function.
What You Can Do for Your Bugs
Make it a priority to add small amounts of fermented or cultured foods to your diet regularly. A little bit on a regular basis goes a long way.
When searching out a probiotic, look for a formula that contains the strains Bifidobacterium lactis HN019 and/or Lactobacillus planetarum.
These are exciting times with regard to optimal health and longevity strategies. Understanding how to repopulate the microbiome of the human body will be at the forefront for years to come.
1. Journal of Science. January 2013
2. The Action of Transglucosidase of Aspergillus Orzyae on Maltose. Retrieved June 19, 2013 from www.jbc.org
3. Gopal P. Effects of Consumption of Bifidobacterium lactis HN019. Nutr Res. 2001;23:1313
4. Collado MC. Role of Commercial Probiotic strains. Lett Appl Microbiol. 2007 Oct;45(4):454-60
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