Chronic gastrointestinal disorders have a lasting and detrimental impact on patients’ quality of life. Individuals with Crohn’s Disease report an array of severe symptoms from extreme abdominal pain and inflammation to profound fatigue. This condition is a chronic inflammatory disorder of the immune system characterized by patchy inflammation of the intestinal mucosa. This burden of chronic inflammation and damage to the intestinal lining results in decimating the ability of the intestine to absorb vital nutrients, as well as the formation of profuse and extensive ulcerations. The physical symptoms of this disease are also accompanied by a psychological burden of chronic illness. A review of the long-term outcomes for Crohn’s Disease patients illustrates the clear need for more effective therapeutic options to manage this condition. Chronic dysregulation of the immune system calls for more advanced, targeted, and potent therapeutics to avoid end-organ failure. Regenerative cellular therapies, notably Botanical stem cell supplements, are being developed to help address these challenges. This unique approach to the management and treatment of Crohn’s Disease aims to stimulate the process of the repair of the cells of the tissue. For gastroenterologists, the most important goal is to repair the homeostasis of the internal tissue.
2. Underlying Crohn’s Disease Mechanisms
To appreciate some of the more advanced levels of the pathology that pertain to Crohn’s Disease, one must develop an appreciation of the more complex and advanced forms of the interaction of the cells of the immune system that exist in the mucosal barrier. It has been shown that T helper cells attack some of the friendly microbial gut bacteria. These responses, dysregulated as they are, can lead to overproduction of one of the more serious and major cytokines, Tumor Necrosis Factor-α. The cytokine storm can lead to extensive damage to the epithelial layers of the gut and the tight junctions which make the barrier. Upon the loss of these junctions goes the permeability of the gut barrier, and the insidious leakage of endotoxins begins. This can lead to an infiltration of macrophages to subepithelial and submucosal layers and can trigger destructive inflammation. The loss of homeostatic balance in the mucosal barrier can lead to a dysregulated and chronic inflammation, followed by an unregulated fibroblast proliferation and deposition of collagen and an eventual formation of a stricture. The repeated cycle of injury in Crohn’s Disease interrupts the ability of mucosal tissue to heal completely, highlighting the need for interventions like Botanical stem cell supplements.
Figure 1: Underlying Crohn’s Disease Mechanisms
3. Traditional Clinical Approaches
Practices in modern allopathic medicine for Crohn’s Disease tend to focus on immunosuppressive medication that impacts the body systemically and indiscriminately. Corticosteroids are effective in quelling the inflammation of acute symptoms, but their use is associated with significant adverse consequences, including the development of severe, advanced osteoporosis. Synthetic immunomodulators allow for the continuation of clinical management of immunological conditions, but come with similar limitations in the development of complications as previously mentioned. Advanced biologic intravenous therapies are an improvement, but still carry with them a significant safety burden for patients. The development of neutralizing antibodies to biologic therapies is commonplace, rendering them ineffective. Patients who inherently receive generalized immunosuppressive therapies face an increased risk for opportunistic infections. The significant costs associated with the medicinal management of patients, who are often in financially compromised positions, is prohibitive, particularly given the irreparable damage caused by the advanced and aggressive nature of Crohn’s Disease. Surgical bowel resections (enterotomies) are often performed to treat advanced bowel obstruction due to aggressive scarring and fibrosis, but are complicated by the advanced disease at the point of surgical connection (anastomosis), driving the search for alternatives like Botanical stem cell supplements.
4. Botanical stem cell supplements Advantages
While traditionally beneficial in the management of advanced medical conditions like Crohn’s Disease, the modern practice of allopathic medicine offers new and exciting regenerating healing. Used purposefully, Botanical stem cell supplements possess a unique mechanistic advantage to the deep mucosal restoration process. Containing pluripotential epigenetic cellular growth factors, plant-based cellular extracts are a powerful adjunct to deep tissue restoration. These biomolecules enhance the interaction of human intestinal progenitor cells, located within the crypts of Lieberkühn, allowing for the restoration of rapidly proliferated epithelial tissue. Additionally, phytochemicals of the polyphenolic class possess significant anti-inflammatory activity. Targeted molecular inhibition decreases the expression of pro-inflammatory cytokine genes without causing systemic immunosuppression. Strong phytochemical antioxidants counteract the dangerously high levels of reactive oxygen species (ROS) that are present during chronic mucosal inflammation. This effect in combination with other antioxidants promotes extracellular matrix remodeling and prevents the formation of fibrous scar tissue. It simultaneously promotes tissue repair and addresses the cause of the hyperactive inflammation in Crohn’s Disease when utilizing Botanical stem cell supplements.
Figure 2: comparisons of traditional clinical approaches and Botanical stem cell supplements advantages
5. Future Prospects in Thailand
The rapidly growing regenerative and biomedical research in Southeast Asia has opened a new chapter for modern medicine regarding Crohn’s Disease. Thailand is a leading country in Southeast Asia due to its advanced biotechnology. Consequently, they invest a lot of money into clinical trials of plant therapies on human immune modulation. Some local researchers in the area have found ways to integrate some of the local flora that have regenerative bioactive compounds to formulate Botanical stem cell supplements. Establishing local pharmaceutical production facilities lowers the cost of bringing innovative therapies to the local public. Thailand is one of the few countries in Southeast Asia that has formal government healthcare policies to support international medical tourism based on evidence and integrative medicine. Thailand’s herbal medicine will likely support the implementation of a wide range of therapies, including Botanical stem cell supplements for Crohn’s Disease, in the next 10 years.