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The diagrams of the previous cables, as the images are known, have mapped the “connectors” fruit flies and the human brain. One of the reasons why MICrONS has been so well received is that the data sets help scientists improve their understanding of the brain and perhaps help treat brain disorders.
Venkatesh Murthy, A professor of molecular and cellular biology at Harvard University who studies neural activity in mice but has not participated in the research, says the project gives him and other scientists a “bird’s eye view” of how single neurons interact, providing an excellent high-resolution “frozen frame” image .
R. Clay Reid, The lead researcher at the Allen Institute and the other lead scientist in the MICrONS project, says that before the program’s research was completed, he would have thought that this level of reconstruction was impossible.
Reid says that the process of turning two-dimensional wiring diagrams of the brain into machine learning with machine learning has improved exponentially. “It’s a very fun combination of the old field and a new perspective,” he says.
Reid compared the new images to the first maps of the human genome, which provide basic knowledge for others to use. It envisions helping the inner structures and relationships of the previously invisible brain to help others.
“I think this is, in many ways, the beginning,” Reid says. “These data and these AI reconstructions can be used by anyone with an Internet connection and a computer to ask a great set of questions about the brain.”
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