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Insmed Announces Results Of IPLEX(TM) Phase II Trial In Myotonic Muscular Dystrophy
Insmed Inc. (Nasdaq: INSM), a biopharmaceutical company, announced results from its exploratory U.S. Phase II clinical trial evaluating IPLEX(TM) (mecasermin rinfabate) in patients with myotonic muscular dystrophy ("MMD"). The randomized, double-blind, placebo-controlled Phase II trial conducted in 13 centers across the U.S. enrolled 69 patients with MMD, for a six-month period. As this was an exploratory trial, a primary endpoint was not pre-defined. The trial explored measures of endurance, using the six-minute walk test, muscle function and strength, cognitive function, gastrointestinal function, pain, quality of life, insulin sensitivity, lipid metabolism, and safety and tolerability of IPLEX(TM).

Link Between Social Reasoning And Brain Development In Preschoolers -- Queen's Study
New research at Queen"s University shows that the way preschool children understand false beliefs can be linked to particular aspects of brain development. This landmark research may aid in understanding developmental disorders such as autism.
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Hatwig Receives American Society of Health-System Pharmacists Award Of Excellence
The American Society of Health-System Pharmacists (ASHP) today honored Christopher A. Hatwig, M.S., FASHP, with the ASHP Board of Directors Award of Excellence for his work to help safety net hospitals provide safe and cost-effective drug therapy to low-income and uninsured patients. Hatwig, vice president of Apexus in Irving, Texas, received the award during ASHP"s Summer Meeting in Rosemont, Ill.
Cardiovascular

Men And Women See Things Differently

Sex differences in how the brain processes visual information could be a legacy of our hunter-gather past. This is the conclusion of a paper published online today, 30th July 2009, in the British Journal of Psychology. In the visual task, carried out by Helen Stancey at Hammersmith & West London College, men and women used a laser pointer to mark the midpoint of lines on a piece of paper within hands-reach (50cm away) and again beyond hands-reach (100cm away). The place where the 24 women and 24 men pointed to was marked, and the distance from their mark to the actual midpoint was measured to judge their accuracy. Men were found to be more accurate than women at marking the middle of lines when the target was far away than when it was close by. However, women showed the opposite pattern; they were more accurate at finding the mid-point of the line when the target was close to them than when it was further away. Helen Stancey said: "Evidence already exists that separate pathways in the brain process visual information from near and far space. Our results suggest that the near pathway is favoured in women and the far pathway is favoured in men. These sex differences in visual processing may be a result of our hunter-gatherer evolutionary legacy. As the predominant gatherers, women would have needed to work well in near space, whereas the prey for (predominantly male) hunters would have been in far space." In a second study, participants were asked to do the same task, but were asked to point to the mid point using a stick rather than a laser pointer. In this study, no significant differences between near and far accuracy were found in either men or women, suggesting that the stick provides feedback which makes the brain process distant information as if it"s in near space. Women were found to be significantly better than men at both distances using the stick, which supports the earlier finding that women process visual information better from near space than men. British Journal of Psychology


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