Phys .org: Deep learning to analyze neurological problems

Phys .org: Deep learning to analyze neurological problems . “Getting to the doctor’s office for a check-up can be challenging for someone with a neurological disorder that impairs their movement, such as a stroke. But what if the patient could just take a video clip of their movements with a smart phone and forward the results to their doctor? Work by Dr. Hardeep Ryait and colleagues at CCBN-University of Lethbridge in Alberta, Canada, publishing November 21 in the open-access journal PLOS Biology, shows how this might one day be possible.”

Neowin: Increased screen-time might be impacting the physical structure of children’s brains

Neowin: Increased screen-time might be impacting the physical structure of children’s brains. “The increasing usage and integration of smartphones in our lives, and those of our children, in particular, has often garnered criticism from many. As such, people have been wary about the potential downsides of the rampancy and what it entails. And one study probes into this issue.”

ZDNet: AI can now read the thoughts of paralysed patients as they imagine they are writing

ZDNet: AI can now read the thoughts of paralysed patients as they imagine they are writing. “Handwriting is becoming a rare skill in the digital age. But researchers have now discovered a new application that could significantly improve the way tetraplegic people, who are often also unable to speak, communicate with the outside world.”

Neowin: Neural network system has achieved remarkable accuracy in detecting brain hemorrhages

Neowin: Neural network system has achieved remarkable accuracy in detecting brain hemorrhages. “Deep learning and its applications have grown in recent years. Recently, researchers from ETH Zurich used the technique to study dark matter in an industry first. Now, a team working with the University of California, Berkeley and the University of California, San Francisco (UCSF) School of Medicine have trained a convolutional neural network dubbed ‘PatchFCN’ that detects brain hemorrhages with remarkable accuracy.”

Spectrum: Decades-old collection of monkey brain tissue goes virtual

Spectrum: Decades-old collection of monkey brain tissue goes virtual. “The material comes from Pasko Rakic and the late Patricia Goldman-Rakic, who began studying brain development in macaques more than 50 years ago. Their original collection contains roughly 300 brains. About 10,000 slides from 185 of these sectioned specimens have been digitized so far, says Alvaro Duque, a research scientist in neuroscience at Yale University.”

Howard Hughes Medical Institute: MouseLight Project Maps 1,000 Neurons (and Counting) in the Mouse Brain

Howard Hughes Medical Institute: MouseLight Project Maps 1,000 Neurons (and Counting) in the Mouse Brain. “Janelia Research Campus scientists have mapped more than 1,000 neurons in the mouse brain. It’s the most extensive neural wiring diagram available, and the data are accessible online.”