Introduction The body is a functional machine that constantly moves and can twist, bend, turn, and do everyday movements without feeling pain. This is due to…
The human body is more complex than scientists understand. Constantly, new research is being conducted and published that dives deeper into the bodies of multiple systems, uncovering new thought-provoking information. As of late, a lot of research is being conducted revolving around the human gut/gastrointestinal system. Originally thought, the gut was made to store and digest food. However, now we see that the gut is the real mastermind behind everyday bodily functions. The gut has now been linked to headaches, inflammation, and autoimmune disease.Â
The digestive tract is one of the essential immune support organs. In fact, it is the immunological powerhouse that houses more than 80% of our antibody-producing cells. This means that our gut is the first line of defense when it comes to unwanted antigens. The gut is so powerful that researchers began to question and test its true abilities.Â
The thought of the body having two brains sounds fictional, but scientists have begun referring to the gut as the bodyâ€™s â€œsecond brain.â€ Researchers found that the brain in the human skull, working with the Central Nervous System (CNS) and the gut working with the Enteric Nervous System (ENS), can function separately. Although the two use the same â€œhardware,â€ the ENS can manage every aspect of digestion and is a nearly self-contained network of neurotransmitters and proteins.Â
Just throughout the small intestine, there are more than 100 million nerve cells. If you combine the number of nerve cells in the human GI tract, you will find that there are more nerves in the gut than there are in the human spine. This allows the ENS the capability to help with ION transport and GI blood flow.Â
Nearly every substance the body contains to control the brain can simultaneously be found in the gut. One of these substances being serotonin. 95% of serotonin is housed in the gut. A cell referred to as the enterochromaffin squirts serotonin into the wall of the gut, which then communicates with the nerve cells to get things moving. 90% of communication occurring is from the gut to the brain. When we take this into consideration with chiropractic care, we see how it is all connected. Chiropractic care focuses on the musculoskeletal system. The musculoskeletal system includes bones, muscles, tendons, ligaments, and soft tissue. All of these work together to support your bodyâ€™s weight and help you move to perform daily functions. Injuries, disease, and aging can cause pain, stiffness, and other problems with movement and function. The muscular system is an organ system that consists of skeletal, smooth, and cardiac muscles. Smooth muscle is what lines the interior of the gut. As we know, the muscle systems in vertebrates are controlled through the nervous system. In fact, studies have shown that chiropractic care helps to reduce constipation, low back pain, and overall well-being. This study shows how the gut and digestive systems are directly connected to chiropractic care.
Inner Defense SystemÂ
As previously mentioned, the gut is our inner defense system. The mucosal layer that is associated with lymph node tissue is our primary source of immunological function. Gut-Associated Lymphoid Tissue (GALT) is the first to see foreign invaders and put up a fight. GALT produces two levels of defense, the most abundant being secretory IgA. Secretory IgA binds to antigens to provide protection against microbes.Â
It is important to note that secretory IgA in itself is NON-Inflammatory. However, when secretory IgA is fighting, it sends off signals for help from other immune cells, such as IgG and IgM, which do produce an inflammatory response.Â
Most individuals who have an autoimmune disease have worn-out IgAs. The goal of the gut and its defense system is to keep nutrients in while bouncing antigens off. In the case of autoimmune diseases, we see nutrients leaking out and antigens coming in.
In order to gain a better understanding of the health of our patients, we use the InBody 770. This allows us to assess health down to the orthomolecular level. With the use of the InBody, we can see phase angle, visceral fat (higher visceral fat has an association with type 2 diabetes, heart attack, and stroke), intracellular water, extracellular water (this is related to inflammation and swelling), lean muscle, and percent body fat. These numbers are critical when considering a health condition, especially if the extracellular water is high. We see a direct overlap in risk profiles with excess extracellular water to other inflammatory diseases and markers.Â
With more research shining a light on these, we see the true the gut and how it comes into play with autoimmune disease and inflammation.Â
THE GUT IS GENUINELY SO POWERFUL AND HIGHLY OVERLOOKED. I CAN SPEAK FROM EXPERIENCE IN HAVING AN AUTOIMMUNE CONDITION WHERE NOT A SINGLE DOCTOR MENTIONED MY DIET OR MY GUT! NOW, KNOWING THIS INFORMATION AND BEING SURROUNDED BY PATIENTS WHO SUFFER FROM A DISEASE SIMILAR TO MINE, IT IS THE FIRST PLACE WE LOOK. THE GUT IS THE POWERHOUSE AND SHOULD BE TREATED AS SO. -KENNA VAUGHN, SENIOR HEALTH COACHÂ
University, Functional Medicine and Ronald Grisanti , directors. Physiology of the Gut Associated Lymphoid Tissue, Enteric Nervous System and Mucosal Barrier. Functional Medicine University – The Leader in Online Training in Functional Diagnostic Medicine, 2010,.
RÃ©dly M. (2001). The effects of chiropractic care on a patient with chronic constipation. The Journal of the Canadian Chiropractic Association, 45(3), 185â€“191.Â
A neurotransmitter is a chemical messenger that regulates physical processes. Neurotransmitters are responsible for movement, pain, stress, emotions, cognition, energy, cravings, and more. Neurotransmitters imbalances are not only found in the brain but they are excreted outside of the Central Nervous System as well. Neurotransmitters play a role in influencing our digestion, nutrient absorption and impact our musculoskeletal system. When neurotransmitters are off-balance, individuals experience headaches, mood swings, anxiety, fatigue, pain, and depression. Using diagnostic lab technology, we have the ability to test our patients for neurotransmitter deficiencies.