Demonstrating an important milestone for the longevity and utility of implanted brain-computer interfaces, a woman with tetraplegia using the investigational BrainGate* system continued to control a computer cursor accurately through neural activity alone more than 1,000 days after receiving the BrainGate implant, according to a team of physicians, scientists, and engineers developing and testing the technology at Brown University, the Providence VA Medical Center, and Massachusetts General Hospital (MGH). Results from five consecutive days of device use surrounding her 1,000th day in the device trial appeared online March 24 in the Journal of Neural Engineering.

Philadelphia, PA, March 23, 2011 – Although acupuncture is commonly used for pain control, doubts about its effectiveness and safety remain. Investigators from the Universities of Exeter & Plymouth (Exeter, UK) and the Korea Institute of Oriental Medicine (Daejeon, South Korea) critically evaluated systematic reviews of acupuncture as a treatment of pain in order to explore this question. Reporting in the April 2011 issue of PAIN®, they conclude that numerous systematic reviews have generated little truly convincing evidence that acupuncture is effective in reducing pain, and serious adverse effects continue to be reported.

Research led by Daitoku Sakamuro, PhD, Assistant Professor of Pathology at LSU Health Sciences Center New Orleans and the LSUHSC Stanley S. Scott Cancer Center, has identified a protein that enables the activation of a DNA-repair enzyme that protects cancer cells from catastrophic damage caused by chemo and radiation therapy. This protein, called c-MYC oncoprotein, can initiate and promote almost all human cancers and discovering the role it plays in cancer treatment resistance may lead to advances that save lives. The work is published in the March 29, 2011 issue of Science Signaling, a publication of the American Association for the Advancement of Science. Although scientists have known that cancer cells can acquire resistance to DNA-damaging therapeutic agents, the genetic mechanisms through which this occurs have remained unclear until now.