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New hope in treating Amyotrophic Lateral Sclerosis (ALS) or Lou Gehrig’s Disease, an incurable neurological disease, which is particularly frequent in former soccer players, may come from stem cells. Nicholas Maragakis and his colleagues from the Johns Hopkins University of Medicine in Baltimore in the United States, have successfully conducted an important experiment in mice. In a study published in the online edition of ‘Nature Neuroscience’, the American researchers transplanted precursor cells called astrocytes, which function as support cells for neurons, into the mice with ALS. This allow the mice to survive for much longer.
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Dr. Feng Lin, Director of Research at Bio-Matrix Scientific Group Inc. (OTCBulletinBoard: BMSN) and Entest BioMedical Inc., today stated that he believes that an effective new therapy for “traumatic brain injury” (TBI) using autologous “adipose-derived” stem cells represents a potential cure for TBI. According to Dr. Lin, both Bio-Matrix and Entest BioMedical are now studying the “therapeutic effect of fat stem cells on traumatic brain injury-associated brain ischemia and inflammation and replacement of damaged neurons with neuron cells differentiated from fat cells.” Bio-Matrix Scientific Group Inc. and Entest BioMedical Inc. recently submitted a research summary
DaVinci Biosciences LLC, of Costa Mesa, CA, announced today the presentation of their safety and feasibility study demonstrating the administration of autologous bone marrow derived stem cells for the treatment of acute and chronic spinal cord injury at Neuroscience 2009, Society for Neuroscience’s 39th Annual Meeting, to be held at McCormick Convention Center in Chicago, IL. Rafael Gonzalez, Ph.D., Director of Research and Development for DaVinci Biosciences LLC will present the work during the conference on October 20, 2009 and be available to answer questions regarding the study, following his presentation.
“We are excited to share the findings
A biopolymer could aid in the regrowing of nerves induced by the use of stem cells according to a new research project that gives hope to people who have been in an accident and have lost the use of one or more limbs. The procedure will enter into clinical testing in January after animal testing has been completed.
The Experimental Neurological Institute (INSPE), founded in 2005 at San Raffaele Hospital of Milan became operational with the inauguration of more than 1,200 square meters of lab space entirely dedicated to general and clinical research therapies for serious neurological diseases,
An injectable hydrogel could aid recovery from brain injury by helping stimulate tissue growth at the site of the wound, researchers say.
Research on rats suggests the gel, made from synthetic and natural sources, may spur growth of stem cells in the brain (…)
Researchers say the advantage of the new gel, which is injected into the injury in liquid form, is that it can be loaded with different chemicals to stimulate various biological processes.