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Modeling the Electro-chemical Properties of Microbial Opsin ChrimsonR for Application to Optogenetics-based Vision Restoration
[article]
2018
bioRxiv
pre-print
Optogenetic activation of neurons have greatly contributed to our understanding of how neural circuits operate, and holds huge promise in the field of neural prosthetics, particularly in sensory restoration. The discovery of new channelrhodopsins, Chrimson which is 45 nm more red-shifted than any previously discovered or engineered channelrhodopsin and its mutant ChrimsonR with faster kinetics made this technology available for medical applications. However, a detailed model that would be able
doi:10.1101/417899
fatcat:wvhe47pgkfaapebruagfvz6zoi