The Advances and Applications of Optogenetics
The Advances and Applications of Optogenetics
English[eng]
optogenetic tools||neuroscience||calcium sensor||voltage sensor||neurotransmitters||optogenetics||channelrhodopsins||sodium||calcium||DC gate||Optogenetics||p53||AsLOV2||LINuS||LEXY||MIP||PMI||Chlamydomonas reinhardtii||ion channel||electrophysiology||molecular dynamics simulations||membrane-protein interaction||energy of membrane deformation||CTMD method, residual hydrophobic mismatch||microbial rhodopsin||channelrhodopsin||membrane current||hippocampal neurons||light stimulation||channelrhodopsin-2||photoreceptor||BLUF||modular domain||resonance Raman||flash photolysis||hybrid QM/MM simulation||two-photon||azobenzene||photoswitch||photoswitching||photocontrol||all-optical electrophysiology||microbial rhodopsins||ion channels||LOV domains||membrane potential||intracellular trafficking||protein–protein interaction||signaling
English[eng]
optogenetic tools||neuroscience||calcium sensor||voltage sensor||neurotransmitters||optogenetics||channelrhodopsins||sodium||calcium||DC gate||Optogenetics||p53||AsLOV2||LINuS||LEXY||MIP||PMI||Chlamydomonas reinhardtii||ion channel||electrophysiology||molecular dynamics simulations||membrane-protein interaction||energy of membrane deformation||CTMD method, residual hydrophobic mismatch||microbial rhodopsin||channelrhodopsin||membrane current||hippocampal neurons||light stimulation||channelrhodopsin-2||photoreceptor||BLUF||modular domain||resonance Raman||flash photolysis||hybrid QM/MM simulation||two-photon||azobenzene||photoswitch||photoswitching||photocontrol||all-optical electrophysiology||microbial rhodopsins||ion channels||LOV domains||membrane potential||intracellular trafficking||protein–protein interaction||signaling