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Don t get paranoid: Researchers control brain circuits from a distance with light

Imagine the brain as a giant switchboard covered with thousands of buttons, knobs, dials and levers that control aspects of our thought, emotions,

Karl deisserothKanyi puStanford bioGuosong hongSingapore ministry of education academic research fundWu tsai neurosciences institute at stanfordWu tsai neurosciences institute at stanford universityNanyang technological universityNational institute onWu tsai neurosciences instituteRita allen foundationSingapore nanyang technological universityMuscular atrophy foundationStanford universityStanford school of engineeringWu tsai neurosciences institute faculty scholar

News | Wu Tsai Neurosciences Institute

Wu Tsai Neuro faculty scholar Guosong Hong and colleagues have developed the first non-invasive technique for controlling targeted brain circuits in behaving animals from a distance. The tool gives neuroscientists the ability to flexibly test the functions of particular brain cells and circuits deep in the brain during normal behavior such as in freely socializing mice.

Karl deisserothNicholas weilerKanyi puStanford bioGuosong hongWu tsai neurosciences institute at stanfordSingapore ministry of education academic research fundWu tsai neurosciences institute at stanford universityNanyang technological universityWu tsai neurosciences instituteNational institute onRita allen foundationSingapore nanyang technological universityMuscular atrophy foundationStanford school of engineeringStanford university

MINI2P probe reveals neural activity in live mice

Results from miniaturized two-photon microscope indicate potential for animal studies.

Møg romsdalBritt moserLeif eriksonKarl deisserothEdvard moserKavli instituteKavli institute for systems neuroscienceNorwegian university of scienceSystems neuroscienceNorwegian universityFull timeAdvanced manufacturingUnited states

Researchers control brain circuits from a distance using infrared light

Imagine the brain as a giant switchboard covered with thousands of buttons, knobs, dials and levers that control aspects of our thought, emotions,

Karl deisserothStanford bioGuosong hongSingapore ministry of education academic research fundWu tsai neurosciences institute at stanfordWu tsai neurosciences institute at stanford universityNanyang technological universityNational institute onRita allen foundationSingapore nanyang technological universityMuscular atrophy foundationStanford school of engineeringWu tsai neurosciences institute faculty scholarUs national science foundationInside outTsai neurosciences institute

Scientists control brain circuits from distance using infrared light

Scientists control brain circuits from distance using infrared light
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Qi zhouKarl deisserothFan yangKanyi puJunlang liuYuyan jiangNicholasj rommelfangerZwei renStanford bioAndrew shinGuosong hongExiang wuWu tsai neurosciences institute at stanfordSingapore ministry of education academic research fundWu tsai neurosciences institute at stanford universityNanyang technological university