Maximizing stroke recovery using UC-MSCs through innovative stem cell therapy Thailand
Cerebrovascular accidents are a leading cause of disability worldwide. Blood flow to the brain can halt suddenly due to a thrombus, causing rapid neuronal death due to lack of oxygen. Survivors face a myriad of awful challenges, including significant physical, cognitive, and emotional deficits, which drastically reduce independence. The challenges are compounded by the poor regenerative capacity of neural tissue, making optimal stroke recovery extremely difficult. Physicians seek out novel options to mitigate the damage. Regenerative medicine aims to restore damaged neural networks which has led to the development of new biological interventions, including the use of UC-MSCs, which has exciting potential to restore neural function. Advanced options like stem cell therapy Thailand fill the gap from initial survival to tissue regeneration.
- stroke disease mechanism
There is a destructive cascade of cellular phenomena that concern ischemic brain injury. Cerebral artery blockage results in a failure to deliver oxygen and glucose to the brain parenchyma. This failure of energy supply causes disorganization of cell ionic gradients and a major surge of calcium ions. Excitotoxicity is caused by elevated calcium levels through too much glutamate. This biochemical storm leads to the creation of reactive oxygen species which leads to a destructive oxidative stress to the cell. Lipids, proteins, and nuclear DNA are affected. Damaged cells release danger signals which activates microglia and neuro-inflammation begins to develop. This inflammation causes damage tissue to liberate pro-inflammatory cytokines which leads healthy cells to undergo apoptosis. The clinical picture depends on what brain tissue is damaged, and can result in unilateral paralysis, speech loss, or cognitive decline. These deficits are the reason why stroke recovery is a complex process that requires treatments aimed at mitigating cell death, a focus of UC-MSCs research and stem cell therapy Thailand.
- Limitations of Traditional Treatments
Current standardized clinical protocols direct the majority of their focus to the acute intervention which occurs post-cerebrovascular incident. For instance, the dissolution of clots is done using an intravenous tissue plasminogen activator. The removal of the obstruction, which enables the re-establishment of blood flow, occurs via an endovascular thrombectomy. While critical care treatments such as these save lives, they have a considerable short term therapeutic time span, usually effective within hours of the presentation of symptoms. The great majority of patients completely overlook this therapeutic time span. In addition, traditional treatments concentrate solely on administering care to reperfusion, ignoring the cellular repair component. Once brain tissue undergoes necrosis there is an absence of conventional pharmaceuticals that can create the regeneration of neurons that have been lost, nor can there be repair of the damaged neural circuits. The patients in these cases have to depend solely on physical rehabilitation in order to retrain the intact areas of the brain to take on the responsibilities of lost functions. The absence of rehabilitation is the reason a patient will not be fully restored to their level of functioning prior to the sustaining of an injury, thereby leaving the patient with permanent functional deficits during stroke recovery. It is this therapeutic gap that has led to the critical need to investigate UC-MSCs and stem cell therapy Thailand to allow for the first time actual regeneration of neurological tissues.
- Regenerative Mechanism of UC-MSCs
The use of mesenchymal stem cells from the umbilical cord has opened up new possibilities in neuro-restoration. They can be obtained in a non-invasive manner unlike other MSC sources. The special advantages of UC-MSCs are the high rate of cell division and the minimal level of immunogenicity. These have the advantage of making an allogenic transplant safe from gross tissue immunological rejection and allows them to be employed in allogeneic transplant treatments. The impact of UC-MSCs in stroke recovery is due to a variety of biological reasons including mechanisms other than cellular replacement. The predominant cause is multipotent paracrine activity, which is a key component utilized in stem cell therapy Thailand. UC-MSCs have been shown to secrete a variety of neurotrophic factors including brain derived neurotrophic factor (BDNF) and vascular endothelial growth factor (VEGF) which support and enhance neurogenesis by stimulating the proliferation of endogenous neural stem cells in the subventricular zone (SVZ). In addition to these, UC-MSCs are part of a dual immune response that are active in the inflammatory ischemic environment. They are neuroprotective and help to change microglial cells from the pro-inflammatory M1 type to the pro-healing M2 type. This shift has a twofold positive impact of strongly reducing neuroinflammation and preventing secondary brain injury. The focused and selective secretion of pro-angiogenic factors also stimulate and support the development of new capillaries (angiogenesis) within the ischemic zone, which also helps restore blood flow. The dual positive immune response of creating a good environment of healing and aggressive tissue repair also allows stem cell therapy Thailand to use UC-MSCs for deep neurological repair and explains the biological cause of the restorative and regenerative changes in the brain that optimize stroke recovery well beyond what is achieved with physical rehabilitation alone.
- Thailand’s Vision
Thailand’s medical infrastructure is world-class. World-class clinical researchers focus on regenerative medicine. Stem cell therapy Thailand provides world-class and technologically advanced laboratory facilities and high viability laboratory cultivated UC-MSCs with strict controlled regulation. The stem cell regulator of Thailand is good, and encourages innovative medical therapy, while protecting patient safety. The implantation of medical stem cells occurs rapidly. Thailand has great medical hospitality and is a center of new biochemistry. Thailand is a great hub for foreign patients seeking high technology treatments. Clinical trials show that these treatments continuously and long-term restore neurology, which is an essential factor in successful stroke recovery. Stem cell therapy Thailand is a great continued treatment for neurology using UC-MSCs.
