Introduction to the Pathological Impact
Multiple Sclerosis (MS) destroys neural connectivity by damaging the myelin sheath. Damage causes both physical and cognitive incapacity, and the effects of this chronic neurodegenerative disorder are a permanent alteration of one’s ability to function and a persistent loss of productivity. Repeated attacks by the adaptive immune system on the central nervous system (CNS) lead to ever-increasing deficits. Current treatments are unable to stop the progression of the disorder. For this reason, most therapies in order to control the autoimmune process remain inadequate. The application of regenerative medicine for neural repair is a new frontier, and the use of UC-MSCs is perhaps the most promising to mitigate the effects of Multiple Sclerosis. The Best Stem Cell Clinic offers the most state-of-the-art cellular therapies designed for complex clinical disorders, with the hope of repairing and restoring function, rather than just treating and managing symptoms.
The Intricate Cellular Pathology
To understand the pathology of this disorder, one must examine the cellular interactions throughout the CNS. In Multiple Sclerosis, it is the autoreactive T cells that attack and target a notional foreign antigen, myelin basic protein. Once these cells cross the blood-brain barrier, they initiate an inflammatory response and release a cascade of potent cytokines, one of which is tumor necrosis factor-α. Oligodendrocytes, the myelin-producing cells, are destroyed by microglia that have become activated by the inflammatory response. Loss of myelin leads to failure in the conduction of nerve impulses, and axon injury is the direct result of myelin loss. Demyelinated zones in the brain lead to a variety and constellation of neurological deficits that are directly correlated to the location of the lesion in the CNS, a destructive process that the Best Stem Cell Clinic aims to reverse using UC-MSCs. Relentless injury from Multiple Sclerosis leads to astrogliosis and exhaustion of the body’s innate repair systems, highlighting the urgent need for UC-MSCs provided by the Best Stem Cell Clinic.
Limitations of Conventional Pharmacological Approaches
Most available therapies modify the disease course, as the primary goal of current pharmaceutical therapies is to curtail the autoimmune disease process of Multiple Sclerosis. Of the therapies currently available, only immunosuppressive therapies decrease the rate of relapse. Systemic steroid therapies decrease the rate of relapsing disease by decreasing the immune system’s response to inflammation. Although disease activity is diminished and inflammatory lesions are less frequent, these therapies have a number of problematic shortcomings. Immunosuppressive therapies increase the risk of serious infectious complications. In addition, these therapies do not facilitate repair of the damaged nervous system, unlike UC-MSCs. In the long-term, these therapies do not result in significant improvements in the quality of life. Most patients, eventually, experience the more advanced and progressive stages of the disease. It is during this time that the effects of these therapies are the most limited. Prolonged use of these therapies results in serious side effects such as hepatic toxicity. The existing therapeutic agents do not effectively cross the blood-brain barrier. As a result, the effects on the central nervous system are limited. The regenerative potential of the central nervous system is greatly diminished. Alternative therapies are desperately needed, leading many patients to seek the Best Stem Cell Clinic.
Regenerative Mechanisms of Cellular Therapy
Polymodal therapies for Multiple Sclerosis are possible by the addition of umbilical cord-derived mesenchymal stem cells (UC-MSCs). These cells have unique immunomodulatory properties. These cells have a particular affinity for sites of inflammation (homing). The secretome of these cells includes a number of neurotrophic factors such as brain-derived neurotrophic factor. In addition, the secretome has a number of T cell autoreactivity and T cell regulatory tolerance promoting factors. Multipotent cells also have the ability to effect repair and regeneration of oligodendrocyte precursor cells, a process optimally facilitated at the Best Stem Cell Clinic. Electrical stimulation starts the remyelination process necessary for conduction to restore. While most pharmaceutical drug options work to manage the symptoms of Multiple Sclerosis, these UC-MSCs cellular therapies are designed to target the underlying causes. Having this therapy done at the Best Stem Cell Clinic provides a strong assurance of the strict adherence to the critical cell culturing procedures. High viability rates are expected to ensure maximum impact. These therapies provide a unique approach to reprogram the local immune response and provide the necessary foundation for the remodeling of the tissues to be highly construct.
Figure 1: Limitations of conventional and potential of regenerative UC-MSCs therapy in Multiple Sclerosis
Future Medical Advancements in Southeast Asia
With the increasing investments in medical biotechnology and regenerative medicine, coupled with supportive frameworks for clinical trials, Thailand is setting up the infrastructure to be a leader in the field in Southeast Asia. Researchers have developed extremely effective UC-MSCs products for Multiple Sclerosis. The warm climate attracts international patients in combination with the state-of-the-art healthcare facilities. These clinics operate with the highest international medical standards. For patients with autoimmune disorders, the therapies available at the Best Stem Cell Clinic are life-transforming. The collaborative environment of academic institutions with medical centers provides an infrastructure for the rapid translation of therapies to the clinics.
Final Thoughts on the Restoration of the Nervous System
The approach to autoimmune neurodegenerative disorders needs to shift to the regenerative restoration of the nervous system. Multiple Sclerosis causes extensive and severe damage to the nervous system with a continuous and chronic process of demyelination of the nervous system. Current medication available to alleviate the symptoms is of little benefit as it is temporary and does nothing to reverse the damage to the nervous system, increasing the demand for UC-MSCs at the Best Stem Cell Clinic.