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- W2797009607 abstract "Optical imaging methods are powerful tools in neuroscience as they can systematically monitor the activity of neuronal populations with high spatiotemporal resolution using calcium or voltage indicators. Moreover, caged compounds and optogenetic actuators enable to optically manipulate neural activity. Among optical methods, computer-generated holography offers an enormous flexibility to sculpt the excitation light in three-dimensions (3D), particularly when combined with two-photon light sources. By projecting holographic light patterns on the sample, the activity of multiple neurons across a 3D brain volume can be simultaneously imaged or optically manipulated with single-cell precision. This flexibility makes two-photon holographic microscopy an ideal all-optical platform to simultaneously read and write activity in neuronal populations in vivo in 3D, a critical ability to dissect the function of neural circuits." @default.
- W2797009607 created "2018-04-24" @default.
- W2797009607 creator A5073078602 @default.
- W2797009607 date "2018-06-01" @default.
- W2797009607 modified "2023-10-15" @default.
- W2797009607 title "Holographic imaging and photostimulation of neural activity" @default.
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- W2797009607 cites W1966167980 @default.
- W2797009607 cites W1967498830 @default.
- W2797009607 cites W1969517721 @default.
- W2797009607 cites W1969650326 @default.
- W2797009607 cites W1972815737 @default.
- W2797009607 cites W1977369305 @default.
- W2797009607 cites W1977541636 @default.
- W2797009607 cites W1979085769 @default.
- W2797009607 cites W1985080845 @default.
- W2797009607 cites W1987645312 @default.
- W2797009607 cites W1991101760 @default.
- W2797009607 cites W1994647098 @default.
- W2797009607 cites W1996353817 @default.
- W2797009607 cites W1996808339 @default.
- W2797009607 cites W2010600019 @default.
- W2797009607 cites W2015520158 @default.
- W2797009607 cites W2023868537 @default.
- W2797009607 cites W2026425363 @default.
- W2797009607 cites W2032554925 @default.
- W2797009607 cites W2034516685 @default.
- W2797009607 cites W2036438911 @default.
- W2797009607 cites W2046031057 @default.
- W2797009607 cites W2050891000 @default.
- W2797009607 cites W2053102645 @default.
- W2797009607 cites W2058082904 @default.
- W2797009607 cites W2061110006 @default.
- W2797009607 cites W2061464631 @default.
- W2797009607 cites W2062619493 @default.
- W2797009607 cites W2072376983 @default.
- W2797009607 cites W2072652550 @default.
- W2797009607 cites W2076243500 @default.
- W2797009607 cites W2081110923 @default.
- W2797009607 cites W2089278494 @default.
- W2797009607 cites W2090951347 @default.
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- W2797009607 cites W2125479775 @default.
- W2797009607 cites W2127414930 @default.
- W2797009607 cites W2129099161 @default.
- W2797009607 cites W2132663329 @default.
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- W2797009607 cites W2150708165 @default.
- W2797009607 cites W2156814492 @default.
- W2797009607 cites W2159423248 @default.
- W2797009607 cites W2160919229 @default.
- W2797009607 cites W2167095271 @default.
- W2797009607 cites W2169873791 @default.
- W2797009607 cites W2171332611 @default.
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- W2797009607 cites W2228707969 @default.
- W2797009607 cites W2231009150 @default.
- W2797009607 cites W2291957660 @default.
- W2797009607 cites W2411528277 @default.
- W2797009607 cites W2441241804 @default.
- W2797009607 cites W2508029759 @default.
- W2797009607 cites W2508363096 @default.
- W2797009607 cites W2517589701 @default.
- W2797009607 cites W2566261885 @default.
- W2797009607 cites W2570112729 @default.
- W2797009607 cites W2587112768 @default.
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- W2797009607 cites W2614623901 @default.
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- W2797009607 doi "https://doi.org/10.1016/j.conb.2018.03.006" @default.
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