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A Neuron Emulator and Headstage Circuit for Patch Clamp SetupsWu, Yen-cheng 15 August 2012 (has links)
This thesis presents a neuron emulator and headstage circuit for patch clamp setups and provides simulation, measurement and verification results. The circuit implemented on a printed circuit board (PCB) is battery powered and portable. The emulator provides both passive (resting potential) and active (action potential) electrical properties of a live neuron as seen from a single electrode by using the headstage circuit. It can be used to test electrophysiological equipment such as current-clamp, voltage-clamp or patch-clamp amplifiers. The action potentials (APs) are generated with a voltage-dependent frequency controlled by a microcontroller implementing a firing range from -60 mV to -30 mV and firing frequency from 1 Hz to10 Hz. The charge released by firing the neuron is initially stored on a 110 pC capacitor. Compared to directly using a current or voltage source, this design results in a more realistic simulation of the APs generated by ionic currents in a live neuron. The measured results from a prototype demonstrate that the neuron emulator meets the design specifications and it is capable of performing voltage clamp and rate responsive current clamp functionality. Measured results using a commercial clamp amplifier are provided to confirm the emulator operation in a practical recording environment.
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Optogenetic Tools for In-Vitro NeurophysiologyNorman, Olivia Rose January 2014 (has links)
No description available.
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Distinct Modulatory Actions Enable Network Neuron Recruitment and RegulationFahoum, Savanna-Rae Hakam 21 July 2023 (has links)
No description available.
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Subthreshold Oscillations and Persistent Activity Modulate Spike Output in the Rodent Dentate GyrusAnderson, Ross William 09 February 2015 (has links)
No description available.
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Measuring the Acute Physiological Effects of Leptin in the Carotid BodyPye, Richard Laurence 21 December 2015 (has links)
No description available.
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Altered Skeletal Muscle Excitation-Contraction Coupling in the R6/2 Transgenic Mouse Model for Huntington's DiseaseMiranda, Daniel R. January 2021 (has links)
No description available.
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