Stem Cell Therapy & Lupus
Posted by admin on Jul 1, 2008 in Recent Posts | 0 comments
Stem Cell Therapy & Lupus
Systemic lupus is a major disorder that may cause damage to the skin, bone marrow, kidneys, heart, joints, immune system and brain by inflammation.
There are many treatments that are available to treat lupus but eventually the condition may progress to cause major health disability. In patients that are getting progressively worse despite treatment, patients should consider the use of stem cell therapy abroad or stem cell treatment abroad Mexico. There are two major forms of treatment in dealing with this disabling autoimmune disorder:
1. The use of autologous (self) stem cells derived from the patient’s own peripheral blood or bone marrow.
The use of stem cells derived from umbilical cord blood and then administered intravenously into the patient. Umbilical cord blood stem cells are far more potent as compared to adult autologous stem cells.
Patients with severe forms of lupus have limited treatment options that offer temporary relief of symptoms. For these patients, stem cell therapy abroad or stem cell treatment abroad Mexico may offer potential effective treatment for a normal functioning immune system.
Stem cell treatment and stem cell therapy abroad at the Biogenetics Institute, offers alternative cancer treatments as well as stem cell treatment for diabetes, lupus, heart disease, Parkinson’s and other disease.
Stem cell treatment and stem cell therapy abroad at the Biogenetics Institute, offers alternative cancer treatments as well as stem cell treatment for diabetes, lupus, heart disease, Parkinson’s and other disease.
For more details visit: http://www.biogenetictreatment.com/
stem cell therapy abroad, stem cell treatment abroad Mexico, stem cell therapy abroad, stem cell treatment abroad Mexico
Stem cell treatment and stem cell therapy abroad at the Biogenetics Institute, offers alternative cancer treatments as well as stem cell treatment for diabetes, lupus, heart disease, Parkinson’s and other disease.
For more details visit: Stem Cell Therapies Articles

