[ad_1]
Previous connecting images, as images are known, formed the “connectomes” of fruit flies and the human brain. One of the reasons MICrONS was accepted was that data storage could enhance the understanding of neuroscientists and possibly help them deal with brain problems.
Venkatesh Murthy, A professor of cell and cell biology at Harvard University who studies mice in mice but has not participated in the study, says the project provides him and other scientists with “how their eyes work” in how single neurons interact, and provides a high-chance “form” freeze frame. “a picture he can see.
R. Clay Reid, a senior researcher at the Allen Institute and a leading scientist at the MICrONS project, says that before the study was completed, he would have concluded that the arrests would not be possible.
Reid says that in the study of the machine, the process of converting the image components of the three-dimensional graphics has improved. “It’s a funny combination of the very old part and the new way of entering,” he says.
Reid compared the new photos to the first map of the human race, as it provides information for others to use. He watches them help others see patterns and relationships within the brain that were previously invisible.
“I see this, in many ways, as a beginning,” says Reid. “This is an electronic architecture that can be used by anyone with an internet connection and a computer, asking a number of questions about the brain.”
[ad_2]
Source link
