Linked from

The 14 pages that link to Optogenetics, each with the reason it gives.

• NeuroscienceRelated: It lets researchers test how specific neurons contribute to behavior.

• MechanotransductionCompared with: Light-driven control offers an experimental counterpart to manipulating cells mechanically.

• Photoreceptor cellRelated: Engineered light sensitivity can restore responses in some diseased retinal circuits.

• Neural circuitRelated: It enables selective perturbation of circuit components to test their causal roles.

• Retinitis pigmentosaRelated: It may enable surviving retinal neurons to respond after photoreceptors are lost.

• ElectrophysiologyRelated: It lets researchers manipulate excitable cells while testing electrical circuit function.

• OpsinBroader topic: Engineered opsins let researchers activate or silence selected neurons with light.

• RhodopsinRelated: Rhodopsin’s signaling machinery helped inspire light-controlled methods for studying and manipulating cells.

• TonotopyRelated: Researchers can selectively stimulate or map frequency-defined auditory populations.

• ChlamydomonasRelated: Channelrhodopsins first characterized in Chlamydomonas became widely used optogenetic tools.

• Susumu TonegawaRelated: Tonegawa’s neuroscience research used optogenetic methods to manipulate memory-related neuronal ensembles.

• HalobacteriumRelated: Halobacterium rhodopsins became tools for manipulating electrical activity with light.

• History of neuroscienceRelated: It lets researchers test causal roles of defined neural circuits, extending older stimulation methods.

• Thomas C. SüdhofRelated: It lets researchers test how defined neuronal signals depend on synaptic mechanisms.