Mesenchymal stem cells (MSCs) are capable of making numerous types of cells that are part of tissue from the skeletal system, like bone, cartilage and fat. This cells are capable of differentiating into diverse tissues to be used to treat bone and cartilage diseases. These Mesenchymal stem cells (MSCs) are considered “multipotent” because they can generate specialized cells located in the skeletal tissues, all of these cells have different structures and functions.
Many research regarding MSCs has been dedicated to also exploring other diseases and how they affect skin cells, nerve cells, liver and heart cells, among others, but the results are not yet established in these areas.
MSCs have the capacity self-renew into many tissues that are specialized like cartilage cells which are called chondrocytes, bone cells which are osteoblasts and fat cells which are called adipocytes. Researchers have made great progress while understanding how their biochemical and metabolic mechanisms respond, because of their response to microenviromental cues and their anti-inflammatory and immunomodulatory capacity they can restore and renew tissue that promotes normal healing without being invasive.
The versatility of these cells has made them an outstanding option of treatment for many skeletal diseases, the scientific medical community has studied extensively the use of these cells for the repair of:
Bone fractures the use of MSCs have proven to be a minimally invasive treatment option for non-union fractures, resulting in a less painful recovery.
Osteonecrosis has seen many advantages in arresting or reversing the progression of this condition, a significant reduction in pain has also been linked to the use of MSCs.
Spine fusion has also achieved the goal of growing bone in place of a damaged intervertebral disc.
Cartilage repair cellular therapy has been studied rather extensively in this area and the intervention demonstrates both that it is safe and effective.
Arthritis like other diseases that are progressive and degenerative treatment can always seem unclear and sometimes none effective. Some therapies like Nonsteroidal anti-inflammatory drugs as well as physical therapy can work wonders in the early stages of Osteoarthritis but further with time seem ineffective, researchers have been working with cellular therapy and have found that pain relief has been directly linked to cellular interventions.
Disc injection (DDD) Degenerative disc disease is also a progressive condition that has also not found currently an effective treatment, patients are derived to physical therapy, exercise and nonsteroidal anti-inflammatory drugs. This seems to work in the early stages but with time pain can be overbearing and a more invasive surgical treatment might feel like their only option. The use of MSCs has resulted in substantial improvements in pain and disability.
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Tijuana, México has been an excellent provider of Modern Medical Services to patients from all over the world that are seeking to restore or improve their health. Now in Tijuana, you can take advantage of all the research and advanced technologies that have resulted from many years of experience with stem cell therapies.