News Posts
Regensburg, Germany -Bone marrow stem cells are known to possess numerous regenerative properties in humans (clinical trials), including
healing of heart attack damaged myocardium,
reversing liver failure, and
stimulating new blood vessel production in patients with ischemic limbs. Bone marrow stem cells...
Monday June 16th, 2008 @ 02:33:35 EST
Jerusalem, Israel -Stem cell therapy for conditions such as multiple sclerosis is promising in part because of the possibility of
remyelination, as well as the immune modulatory properties of the stem cells, especially
mesenchymal stem cells. While others have published that
mesenchymal... Thursday June 12th, 2008 @ 03:30:25 EST
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Oxford, UK -The notch signalling pathway has been widely studied in development and tissue specification. Notch acts as a receptor for various ligands and upon binding translocates into the nucleus to induce expression of various genes. Two ligands of notch, Delta and Serrate have been implicated in the inhibition of stem cell differentiation. ...
Thursday June 12th, 2008 @ 02:43:00 EST
Cambridge, MA -Multiple sclerosis is mediated by autoimmune T cell responses against components of the myelin basic sheath, for example myelin basic protein, myelin oligodendrocyte protein, and phospholipid protein. Stem cell therapy, especially with
universal donor mesenchymal stem cells or
endometrial regenerative cells, has...
Wednesday June 4th, 2008 @ 11:00:21 EST
St Louis, MO -Mesenchymal stem cells are very exciting since they can be used in an
allogeneic manner. While these cells have demonstrated therapeutic effects in
liver failure,
heart failure, and even
diabetes, the main question still remains, how to increase their...
Tuesday June 3rd, 2008 @ 10:28:52 EST
[
Watch the Video]At StemCellPatents.com we have discussed both in vitro and in vivo evidence for stem cells being able to play a therapeutic effect on multiple sclerosis. The main mechanism by which this occurs is through the ability of stem cells to generate new myelin, and in some cases actually regenerate neurons. However, in multiple sclerosis the main cause of the disease is...
Monday June 2nd, 2008 @ 08:55:45 EST
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Indianapolis, Indiana - Mesenchymal stem cells, have very potent therapeutic potential because they can be used in an allogeneic manner, they can differentiate into many new types of tissue, and they produce numerous growth factors. Mesenchymal stem cells have been demonstrated in non-clinical systems to be effect in
Sunday June 1st, 2008 @ 12:56:47 EST
Milan, Italy -Duchenne Muscular Dystrophy is a lethal genetic condition, characterized by progressive muscle weakness caused by mutations in the dystrophin gene. Approaches to treatment of this condition have included the use of
, however little functional improvement is seen, even in animal models. US patent