53 RESULTS
RESEARCH NEWS 2020-05-23 Research News Part 2 of 2 For decades, studies of pulmonary and vascular systems dominated the air-pollution-research landscape. Researchers paid scant attention to the brain, which they considered safely ensconced behind the blood-brain barrier. But the
RESEARCH NEWS 2020-05-22 Research News Part 1 of 2 As coronavirus lockdowns have led to noticeably clearer skies above many metropolitan areas, people are beginning to wonder anew about the effects of air pollution. Traffic and industrial exhaust have long been linked to respirat
RESEARCH NEWS 2020-05-22 Research News Many research groups study tau misfolding and propagation using in vitro models, but interpreting findings from artificial systems can be dicey. In a preprint on bioRxiv, researchers led by Eckhard Mandelkow at the German Center for Neurodeg
RESEARCH NEWS 2020-05-15 Research News When Kevin Eggan of Harvard University decided to raise some C9ORF72-deficient mice down the road at MIT’s Broad Institute, he had little inkling of the can of worms—or microbes—that he was about to open. At Harvard, the C9-deficient mice sp
RESEARCH NEWS 2020-05-15 Research News The particular type of tangle found in Alzheimer’s is unique to this disease, making tau PET a highly specific marker. In the May 11 JAMA Neurology, researchers led by Oskar Hansson at Skåne University Hospital in Malmö, Sweden, reinforce th
RESEARCH NEWS 2020-05-13 Research News Behold the mouse brain, in glorious new detail. In the May 14 Cell, researchers led by Julie Harris and Lydia Ng at the Allen Institute for Brain Science in Seattle debut the third iteration of the Allen Mouse Brain atlas. Called the Common
RESEARCH NEWS 2020-05-09 Research News ApoE4 weakens the blood-brain barrier in the hippocampus, and in this way takes its toll on cognition, according to a study published April 29 in Nature. Researchers led by Berislav Zlokovic of the University of Southern California in Los An
RESEARCH NEWS 2020-05-08 Research News Looking for a way to model the human brain in a dish? Consider using a gel-filled silk sponge as a three-dimensional scaffold to mimic the vaunted organ’s architecture. That, at least, is the approach published by David Kaplan at Tufts Unive
