In relation to heart failure and cardiocirculatory, stem cells carry their regenerative homing capacity not only through selective migration in damaged areas, but also by triggering a cascade of biological events, That end up in the healing of the myocardial muscle and the endothelium. Our results have seen an improvement in cardiovascular function and ejection fraction among treated patients. Increased strength and strength were definitely observed in patients after treatment. Everything is increased in the performances deriving from the step Test, the stand up Test and the stress test, in which the results reflect this improvement, at a distance of about 4 months after the administration of Stem cell therapy.
Idiopathic pulmonary fibrosis and pulmonary emphysema are debilitating conditions that reduce life expectancy and quality. In These pathological states, the subject has the feeling of a continuous suffocation, while the respiration is made difficult because of the impossibility of "taking breath" completely. Stem cells derived from adipose tissue have shown extreme efficacy in changing the quality of life for those who have difficulty in capturing a good breath. Stem cells migrate within the tissue structures of the lungs and induce the restoration of long-term respiration, helping to re-oxygenate tissues. Our technique is recommended by our scientific referent, Dr. Stefano Battista , Italian surgeon who found it within the Lung Institute of Tampa, FL in the USA, stated that it is the only one able, at present, to extend the life of Patients, called "terminals", because they are affected by idiopathic pulmonary fibrosis. This therapeutic technique has been shown to increase the vital capacity and the forced exhaled volume of patients with emphysema. The affected smokers, after being treated, have in many declared: "Now I feel I have a new perspective of life."
Multiple sclerosis (MS) is caused by an immune reaction against the myelin sheath. The myelin sheath is the coating that isolates the neurons, protecting the nerves from degeneration.
Stem cells derived from adipose tissue can potentially trigger re-myelination (re-generation of the myelin sheath) of affected neurons. SOMATIKE, ADISTEM and BIOLOGIC THERAPIES, have treated several patients so far and have received reports from doctors who use this stem cell treatment, which patients have shown a significant improvement and a reduction Of the magnitude of the subentrant autoimmune exacerbations, on the peripheral nerves, due to de-myelination, also confirmed by observations on the optic nerve.