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Doric Neuroscience Studio
3.1 Fiberless and Wireless Optogenetically Synchronized Electrophysiology
Optogenetically Synchronized Electrophysiology (OSE) systems require delivery of appropriate optical signals to the
point of interest within neural tissue as well as detection and processing of the electrical signals from neural activity.
The Wireless OSE module incorporates different functions to control our Doric Fiberless & Wireless OSE system. The
core of the system is the Fiberless & Wireless Headstage. This device controls a
Wireless cannula
containing several
electrophysiological probes and an LED light source. This cannula is implanted into the brain of an animal and records
electrophysiological data while sending pulse sequences of light. This headstage is controlled from the
Electrophysiol-
ogy Console
, which transfers data between the headstage and the computer.
Figure 3.1:
Electrophysiology console user interface
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