When the liver sustains chronic injury, scar tissue forms. This scarring, called Liver cirrhosis, leads to an inability to perform functions that keep a person healthy. Patients develop extreme fatigue due to blood that becomes toxic from the liver’s inability to perform its filtration function, plus an inability to either synthesize, or secrete, proteins that are essential. The dysfunction of the liver and the jeopardy it poses to life underscores the need for new treatments. Patients historically have had a poor quality of life, and even worse, poor survival. Advanced medical science today incorporates techniques for the body’s biological healing mechanisms. Such techniques are called Natural Cellular Regeneration. Instead of using techniques that only alleviate the surface symptoms, Natural Cellular Regeneration addresses the fundamental biological aging and decay. It allows physicians to focus on the intrinsic remodeling of damaged organs.
1.How the Liver cirrhosis Disease Progresses
The pathogenesis of Liver cirrhosis (LC) begins with chronic inflammation that leads to sustained chronic injury. It activates hepatic stem cells for the injury site and cellular remodeling. Stem cells transform into myofibroblasts, and begin to deposit extracellular matrix proteins in an interstitial space in a way that is imbalanced and excessive in type I collagen and an extracellular matrix. The fibrotic tissue is so rigid that it results in a lobular structure that is destroyed with complete loss of blood flow in the portal vein system. Patients go on to develop portal hypertension, ascites, hepatic encephalopathy, and, dramatically, an elevated risk of hepatocellular carcinoma. The organ shrinks, becomes stiff, and has a permanent loss of Natural Cellular Regeneration capacity. The overwhelming weakness for patients is so great that it can render them incapable of working. Also, compromised immune responses make people more at risk to deadly infections.
2. Conventional Therapeutic Approaches
Liver cirrhosis is currently managed clinically by trying to postpone the progression of the disease while managing the consequences on the patient. Treatment usually includes potent diuretics to manage the painful ascites, β-blockers to manage the portal venous pressure, and lactulose to manage encephalopathy. However, the limitations of current methods of treatment are significant. They are purely palliative, and do not address the existing evidence of the underlying organ’s fibrotic damage. Patients ultimately get to the end stages of liver disease where the only way to manage the patient is by doing a highly complex organ transplant. Organ transplantation is further complicated by donor shortages, immunological rejection, the need for lifelong immunosuppressive therapy, the high cost of surgery, and many more barriers. Given the significant barriers to patient access, it is essential to find additional therapies that promote Natural Cellular Regeneration to heal the tissue.
3. Innovations in Natural Cellular Regeneration
Mesenchymal stem cells are an exciting option for the development of Natural Cellular Regeneration in cases of Liver cirrhosis. When administered to a patient, these multipotent cells are able to respond to active sites of inflammatory injury in a highly organized way via chemotaxis. When they get to the targeted tissue, they undergo a phenomenon known as engraftment whereby they release a multitude of paracrine factors, some of which are the hepatocyte growth factor, vascular endothelial growth factor, and various other anti-inflammatory cytokines. This process helps to ultimately eliminate the activated hepatic stellate cells by causing their apoptosis and thus, prevent further collagen deposition. Furthermore, this paracrine signaling leads to the activation of hibernating resident hepatic progenitor cells which contributes to the process of Natural Cellular Regeneration. This innovative mechanism not only reduces existing stiff scar tissue but also promotes the growth of functioning hepatocytes. The combination of sophisticated stem cells with Natural Cellular Regeneration continues to reverse the damage of Liver cirrhosis and creates a new authentic frontier in liver therapeutics.
4.Medical Landscape
There is a rapid change in the medical landscape of Liver cirrhosis in South East Asia. Thailand is a leader in the world for innovative and advanced pioneering regenerative medicine. The country has top of the range global health care systems and internationally accredited biomedical research services and centers and highly skilled specialist medical practitioners and professionals in the field of Natural Cellular Regeneration. The legislative framework in the country is strict and supportive of safe and ethical practice in clinical trials thereby helping accelerate the safe and ethical practice of innovative stem cell therapy. Thailand has a unique blend of all the above – advanced and innovative technology in stem cell therapy, affordability of the therapy, and patient care that is considerate and compassionate. The rapid and continual biomedical research and innovation that results in new discoveries in stem cell therapy and regenerative medicine from Thai research institutions will provide future hope for patients with Liver cirrhosis and provide the greatest possibility of a cure.
Liver cirrhosis is devastating and has damaging biological effects. The only way to reverse the effects of Liver cirrhosis is to not focus on palliative care treatment. Natural Cellular Regeneration is a revolutionary approach in the world of medical science and provides the target for the repair of severe fibrotic liver tissue. The use of Mesenchymal stem cells provides the target for correction of the organ that has been scarred and the overlaying tissue. Thailand is providing a range of treatment options for patients that have a terminal diagnosis. These new options provide a chance for full recovery to patients that were previously faced with terminal diagnoses. The adoption of Natural Cellular Regeneration will change worldwide standards of hepatology, removing the negative impact of severe liver diseases on human lifespan and daily life quality.