The gut has a significant impact on the rest of the body systems. Research has shown an overlap in risk profiles when assessing the gut and its connection to the other human body systems. For example, the chronic health conditions linked to gut dysfunction are eczema, leaky gut, brain fog, headaches, inflammation, swelling, and an abundance more.
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The human gut is flooded with pathogens and bacteria. These gut pathogens are essential for health and proper function. The bacteria that infest the gastrointestinal tract is combined with both positive and negative commensals. The digestive tract associated with these microbes is known as the gut microbiome. The gut microbiome has an essential role in disease and overall health. There are over 1000 microbial species living within the gut.
The growth and involvement of the human microbiome begin at birth. An infant does not have many pathogens. However, at birth, they are quickly colonized. As infants pass through the mother’s birth canal, they are exposed to the mother’s microbiome. This process heavily influences the child’s intestinal flora. Infants who were born via cesarean section showed a reduced number of microbes by the age of just one month.
Additionally, the human microbiome contains genes that are linked to metabolic processes. The bacteria in the human gut produce essential nutrients such as vitamins and hold a high responsibility to synthesize amino acids. The lining of the gut consists of tight junctions. Over time, these tight junctions can become irritated if the bacteria is off balance or food is not being digested properly. When food becomes an irritant, it causes the body to create additional inflammation. The undigested food particles then begin leaking out of the gut, back into the bloodstream.
The intestinal epithelium layer is the main component separating the immune system and the external environment. Cells alert threats from pathogens by signaling the immune system through receptors that are associated with specific bacteria in the gut. These responses lead to the release of peptides, cytokines, and white blood cells. These responses can even trigger cell death.
The gut-brain axis is communication that relies on neural, hormonal, and immunological signaling. This communication is directly related, and stress has been shown to influence the integrity of the gut and its production, ultimately leading to changes in metabolism.
IBS is abdominal pain or discomfort associated with inflammation and changes in gut habits. Those who have higher bad bacteria levels in their gut suffer from more inflammation and side effects associated with IBS.
Inflammatory pathways can disrupt many body functions. Some have been linked to metabolic diseases such as type 2 diabetes. Although type 2 diabetes is a complex disorder influenced by genetic and environmental factors, it may also involve the composition of the intestinal microbiota.
As previously stated, the gut microbiota is now recognized as a major contributor to health-related issues of the host. With imbalanced microbiota (associated with undernutrition, inflammatory and metabolic diseases, etc.), we see the influence of skeletal muscle and how it is impacted in relation to growth, performance, aging, and chronic diseases.
Conversely, microbial imbalance alters the intestinal barrier (leaky gut), allowing the passage of endotoxins (like undigested food particles and lipopolysaccharides). These endotoxins trigger innate immunity, leading to low-grade inflammation and, as a consequence, muscular disorders.
Additionally, we see muscle loss and weakness linked to increased morbidity and mortality recently related to systemic inflammation.
Chiropractic can be defined as “a system of healthcare which is based on the belief that the nervous system is the most important determinant of a person’s state of health.” Chiropractic treatments include the manipulation of the spine. With the manipulation of the spine, digestive disorders have seen improvement. Regular chiropractic visits are also shown to help decrease overall inflammation.
Considering the topic of inflammation, the use of the InBody 770 provides an ECW/TBW ratio. This ratio considers science down to the orthomolecular level and is an inflammation indicator. Additionally, the InBody 770 report shows a breakdown of the water in each limb. This chart is helpful in understanding and pinpointing where inflammation is occurring. Additionally, we use the InBody 770 to see a patient’s SMM (skeletal muscle mass), body fat mass, percent body fat, visceral fat (a risk factor indication related to heart attack, stroke, and type two diabetes), and phase angle. The video below provides more information on how a BIA analysis works to provide this information.
There are many ways to improve gut health and reduce inflammation. I highly recommended having lab testing done to test your microbiota and see what strain strength and type of probiotics will help your bacteria. Aside from that, eating fermented foods and avoiding inflammatory triggers will reduce inflammation as well. Another test I recommended is a food sensitivity test. This test will show what foods you are having reactions to, and the severity of the damage caused each time you ingest them. -Kenna Vaughn, ACSM-CEP, Senior Health Coach
Sample reports for both of these tests are shown below:
Gizard, F., Fernandez, A., & De Vadder, F. (2020). Interactions between gut microbiota and skeletal muscle. Nutrition and metabolic insights, 13, 1178638820980490. https://doi.org/10.1177/1178638820980490
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