Flexible brain
Transcranial magnetic stimulation may provide a noninvasive approach to studying how connections in the human brain change in response to new information, and how that process is altered in autism, says Lindsay Oberman.
Transcranial magnetic stimulation may provide a noninvasive approach to studying how connections in the human brain change in response to new information, and how that process is altered in autism, says Lindsay Oberman.
Researchers can share and compare brain-imaging data on the UCLA Multimodal Connectivity Database, described in the 28 November Frontiers in Neuroinformatics. The resource builds connectivity matrices, which estimate the strength of connections between regions of the brain.
The motor cortex of children with autism is wired differently than that of typically developing children, reports a study published 22 October in Human Brain Mapping.
Sebastian Seung launched a new online community game that aims to map the trillions of connections in the human brain. How might crowdsourcing advance autism research?
Sebastian Seung invites an online community of citizen scientists to revolutionize neuroscience by mapping connections between the brain’s neurons.
New work suggests that the skin, a common source for deriving induced pluripotent stem cells, is a genetic mosaic. What does this mean for stem cell research? Are there implications for the human brain?
Head movement can bias brain imaging results, undermining a leading theory on the cause of autism, say Ben Deen and Kevin Pelphrey.
Researchers have developed a method to fix and stain intact mouse brains for electron microscopy, according to a study published 21 October in Nature Methods. The technique allows them to trace the paths of neurons as they project across the brain.
Nearly half of children with malformation of the corpus callosum, which links the two hemispheres of the brain, have symptoms of autism, according to a study published 5 October in the Journal of Autism and Developmental Disorders.
The first wave of data from the Human Connectome Project, a five-year $30 million effort to map the structure of the human brain, is now freely available, researchers announced at the 2012 Society for Neuroscience annual meeting in New Orleans.