Eyewire: a citizen science quest to map the connectome
December 12, 2012

J Cell neuron (credit: Eyewire)
It’s time to mobilize a global community of citizen neuroscientists to trace the 3D structure of J Cells and understand how retinal connectomes relate to visual perception. — Eyewire
MIT’s Seung Lab has released EyeWire, which will enlist “citizen scientists” to to map the 3D structure of neurons by analyzing nanoscale brain images using web browsers and mobile devices.
“They will trace the ‘wires’ of the brain — like playing with a 3D jigsaw puzzle consisting of image pieces computed by artificial intelligence,” says the Eyewire site. “The experience will rely on the spectacular graphics and other motivators of video gaming, but allow users to apply their minds to a worthy cause.”
EyeWire is headed by Sebastian Seung of MIT, author of Connectome: How the Brain’s Wiring Makes Us Who We Are.
Comments (4)
by Vladislav
Well the problem is that the connectome is not enough, we need better understanding of a single neuron.
http://medicalxpress.com/news/2012-11-cell-sensory-motor-output-worm.html
by Hugh Nolan
That’s a very negative take on a very ambitious and important project.
Single neuron firing is important, but in the context of billions of other neuron and a connectivity scheme that implements trillions of connections, their influence is small. Generation of general connectivity models can allow us to focus research and modelling efforts on specific critical areas where small numbers of cells have a large effect, and that is where examining small groups or even single neurons will be most informative. Without connectivity, how can we choose which of the neurons to examine? Someday in the distant future we may have nanorobotic methods to for examining them all, but we need to do something to get us to that stage – there’s no point waiting until we can do everything!
by trakk
Correction: Its nice to know ”more people” are trying to put to use….
by trakk
Its nice to know that various people are trying to put to use the one billion personal computers in use worldwide, for more complex tasks.