The human brain is estimated to have over 100 billion neurons. Each neuron connects hundreds to thousands of times, creating a dense, complicated network of over 100 trillion connections. Scientists have the obvious challenge of mapping neuronal networks in a forest where all the trees and roots look identical. To differentiate between individual neurons in a network, researchers have developed the Brainbow technique. Brainbow labels each neuron with a specific color, allowing researchers to follow the pathways from one individual cell to the next. Seen here is the Brainbow technique used in a mouse brain.
Image by Mr. Pierre Mahou, Dr. Emmanuel Beaurepaire, and Dr. Karine Loulier, Ecole Polytechnique.
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The human brain is estimated to have over 100 billion neurons. Each neuron connects hundreds to thousands of times, creating a dense, complicated network of over 100 trillion connections. Scientists have the obvious challenge of mapping neuronal networks in a forest where all the trees and roots look identical. To differentiate between individual neurons in a network, researchers have developed the Brainbow technique. Brainbow labels each neuron with a specific color, allowing researchers to follow the pathways from one individual cell to the next. Seen here is the Brainbow technique used in a mouse brain.

Image by Mr. Pierre Mahou, Dr. Emmanuel Beaurepaire, and Dr. Karine Loulier, Ecole Polytechnique.

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    Esto es hermoso. la técnica donde la ciencia y el arte se juntan para explorar la infinita complejidad de nuestro...
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    This is why I love science
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    To differentiate between individual neurons in a network, researchers have developed the Brainbow technique. Brainbow...
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  29. vonchy reblogged this from biocanvas and added:
    (B)rainbow Image by Mr. Pierre Mahou, Dr. Emmanuel Beaurepaire, and Dr. Karine Loulier, Ecole Polytechnique.
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