Image Credits
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Daniel Madison |
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Illustration by Jeffrey Decoster |
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Ben Barres |
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Stanford scientists have created new tools that let researchers read brain activity by observing glowing trails of light spreading between connected nerves. |
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Gary Steinberg |
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Karl Deisseroth, professor of bioengineering and of psychiatry and behavioral sciences |
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A multiple exposure shows the effect of an impact to the top of the helmet in a laboratory experiment. A head impact detection system using the instrumented mouthguard distinguishes between these... |
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Michelle Monje is senior author of a paper that found neuronal activity causes changes in myelin. |
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Ann Arvin, Vice Provost and Dean of Research |
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A family of proteins called neurexins (shown here as purple, beaded structures) plays a key role in the formation and function of synaptic connections. An estimated 2,500 isoforms of neurexins... |
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Natalie Rasgon |
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Gregory Scherrer |
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Michael Snyder |
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Natalie Rasgon |
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Victor Carrion |
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Marius Wernig |
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Thomas Rando |
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Vinod Menon |
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Thomas Rando |
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John Oghalai |
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Ahmad Salehi |
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Ben Barres The steady accumulation of a protein in healthy, aging brains may explain seniors’ vulnerability to neurodegenerative disorders, a new study by researchers at the... |
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Tony Wyss-Coray |
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Robert Malenka and Gul Dolen (right) found that the hormne known as oxytocin plays a stronger role in social bonding than previously thought.
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Professor Chris Chafe and undergraduate researcher Michael Iorga discuss the patterns of brain activity seen in the graphic representation of the seizure as recorded by multiple electrodes. |
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David Magnus |
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Michael Lin |
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Joshua Elias |
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All natural materials have a positive index of refraction – the degree to which they refract light. The nanoscale artificial "atoms" that constitute the metamaterial prism shown here, however,... |
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Aaron Gitler |
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Michael Snyder |
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Anthony Ricci |
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Stanford scientists are developing a force probe to study hair cells and find solutions to hearing loss. |
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Anthony Ricci |
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Fig. 1. Eye structure and identification of the retina |
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Fig. 1 A cloudy lens prevents light from reaching the back of the eye. |
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NeuroDiscoveryProbing the inner workings of the brain |
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