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By enabling observations of the symphony of neural activity, this new technology will pave the way for fundamental understandings of multi-dimensional dynamics underlying brain function and open up new ways to pinpoint the exact differences of the biological dynamics between health and disease. The dynamical principles of neural computation revealed by such multiplexed signaling readout will also provide insights into future developments of neural-inspired artificial systems.
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论文共 13 篇作者统计合作学者相似作者
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Yosuke Bando, Ramdas Pillai,Atsushi Kajita, Farhan Abdul Hakeem, Yves Quemener,Hua-an Tseng,Kiryl D. Piatkevich,Changyang Linghu,Xue Han,Edward S. Boyden
IEEE International Conference on Bioinformatics and Biomedicinepp.813-818, (2024)
Changyang Linghu, Bo An,Monika Shpokayte,Orhan T. Celiker,Nava Shmoel,Chi Zhang,Won Min Park, Steve Ramirez,Edward S. Boyden
bioRxiv (Cold Spring Harbor Laboratory) (2021)
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user-6073b1344c775e0497f43bf9(2020)
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Shemesh, Or A., Tanese, Dimitrii,Zampini, Valeria,Linghu, Changyang,Piatkevich, Kiryl,Ronzitti, Emiliano,Papagiakoumou, Eirini,Boyden, Edward S.,Emiliani, Valentina
Nature Neuroscienceno. 6 (2018): 896-896
Piatkevich, Kiryl D., Jung, Erica E.,Straub, Christoph,Linghu, Changyang,Park, Demian,Suk, Ho-Jun, Hochbaum, Daniel R.,Goodwin, Daniel, Pnevmatikakis, Eftychios,Pak, Nikita,Kawashima, Takashi,Yang, Chao-Tsung,
Nature Chemical Biologyno. 9 (2018): 901-901
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