Expansion microscopy: physical magnification with nanoscale precision

Pumby: programmable, modular RNA binding proteins

SiRIs: spatial multiplexing of fluorescent reporters for imaging signaling network dynamics

SomaGCaMP: soma-targeted calcium indicators for precision neural population imaging

SomArchon: voltage indicator for population neural activity imaging

Archon1: well-localized, high-sensitivity, photostable fluorescent voltage indicator

Lightfield microscopy: fast 3-D neural imaging

Autopatching: robotic patch clamp in live brain

ChromeQ: optogenetic activation with reduced proton and calcium currents

soCoChR: soma-targeted, high-amplitude channelrhodopsin

Jaws: red light-drivable halorhodopsin

Chrimson: red light-drivable channelrhodopsin

Chronos: high-speed, light-sensitive, channelrhodopsin

CoChR: large-current channelrhodopsin

Lumitoxins: light-actuated tethered toxin architecture

ArchT: light-sensitive archaerhodopsin

Arch: archaerhodopsin (light-driven proton pump)

Mac: light-driven proton pump of L. maculans

ChR2-2A-Halo: channelrhodopsin-halorhodopsin gene fusions

Halo/NpHR: halorhodopsin (light-driven chloride pump)

ChR2: channelrhodopsin-2 (light-driven cation channel)

Glial optogenetic tools

Accessory plasmids for optogenetics

Lentivirus production for high-titer, cell-specific, in vivo neural labeling

Versatile, but Manually-Assembled, Optical Fiber/Laser System for In Vivo Optogenetics

Very Simple Off-The-Shelf Systems for In Vivo Optogenetics

Closed-loop, ultraprecise, automated craniotomies