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15 ResultsShowing 1-10 of 15 results
The correct positioning of optical elements like lenses, mirrors, and AOTFs in optical systems can often be tedious. However, precise and reproducible alignment tools can simplify the...
Behavioral Control System Box
Observing neural activity during behavior has become an important tool in understanding neural function. Behavior reflects nervous system activity and is dependent on multiple factors, including...
The Low Voltage Differential Signaling (LVDS) cable driver provides a fast, low noise transmission of a TTL up signal to a remote location while providing some protection against ground...
DPX Slide Jig
The process of embedding tissue in the plastic resin dibutyl phthalate in xylene (DPX) creates optically transparent specimens and produces high-resolution, fluorescent confocal images. To...
Drosophila on a Ball
There is a long history of putting a tethered insect on a ball to measure its movements in response to controlled sensory stimuli. As mentioned in the publication, Karl Götz and Erich Buchner had...
GRIN Lens Holder
A GRIN lens is a small rod-shaped lens that behaves like a standard lens but has a width of less than 1mm, so it can be inserted into the brain. (1) Implanted gradient index (grin) lenses...
Head Plate for Mouse Imaging
Researchers at Janelia have designed an improved head plate for live imaging of a mouse using a downward-facing objective. It is specially designed to work with the 2P-RAM (2-photon random access...
MicroED Stage Controller
MicroED is a recently developed method from the Gonen lab, which allows collecting high-resolution electron diffraction data from tiny protein microcrystals using an electron cryo-microscope...
Mouse Headplates and Holder for Imaging and Electrophysiology
These head plates have been used extensively in the Svoboda lab for in vivo imaging of the barrel cortex and other cortical areas (e.g., Huber et al., 2012). With this drawing,...
This PMT Amplifier is used as a current-to-voltage converter (transimpedance amplifier) for laser scanning microscopy. Depending on the FET OpAMP used, the bandwidth is up to ~100 Mhz, ideal...