Optogenetics Protocol Designer

To design an inhibitory optogenetics protocol, define your target circuit and select an inhibitory opsin. The protocol specifies matching wavelengths, power, pulse parameters, and fiber placement to achieve safe, reproducible circuit inhibition.

Opsin selection for bistable optogenetic stimulation depends on your manipulation goals. The decision tree guides you through choosing bistable opsins and matching them with the correct wavelengths, light power, and pulse recipes for sustained circuit effects.

Calculating light power and heating limits for fiber placement requires referencing opsin spectra and light attenuation tables. The protocol provides specific power parameters, heating limit reminders, and fiber specs to prevent tissue damage during stimulation.

Publishable optogenetics experiments in rodents require opsin-negative light controls, specified viral titers, defined expression windows, and post-hoc verification steps. The protocol ensures you design these minimum required controls for publication rigor.

Yes, you can use this optogenetics protocol designer for primate research. It targets cellular-molecular neuroscience scenarios across both rodents and primates, specifying opsin classes, wavelengths, and control plans for either model.

Optogenetic stimulation causes depolarization block when pulse parameters and power exceed opsin kinetics limits. The protocol encodes domain knowledge to specify safe pulse recipes, ramp-downs, and heating limits to avoid depolarization block and tissue damage.