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Titlebook: Voltage and Patch Clamping with Microelectrodes; Thomas G. Smith,Harold Lecar,Peter W. Gage Book 1985 American Physiological Society 1985

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Conventional Voltage Clamping With Two Intracellular Microelectrodes,ne potential in that area using microelectrodes to monitor potential and to pass current. This technique was first used successfully by Takeuchi and Takeuchi (23) to record currents generated by acetylcholine at the motor end plate.
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Space-Clamp Problems When Voltage Clamping Branched Neurons With Intracellular Microelectrodes,ides a large distributed capacity that is electrically coupled to the soma by various cable distances along the branched core conductor. When a voltage clamp is applied across the soma membrane, the dendritic membrane is neither space clamped nor voltage clamped, except for the special case of very short dendritic trees.
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Book 1985he use of these techniques. The only book of its kind to bring together this wealth of information on theory as well as practical techniques, this is a volume that no one involved in voltage and patch clamping can afford to be without.
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Comparison of Voltage Clamps With Microelectrode and Sucrose-Gap Techniques,This chapter provides a reference background against which the performance of the microelectrode voltage clamps can be appreciated. It is based primarily on personal experience gathered from extensive use of the sucrose-gap technique on lobster and squid axons and is compared with various aspects of this work using microelectrodes.
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Thomas G. Smith,Harold Lecar,Peter W. GageEdited and authored by international experts on voltage and patch clamping.Designed to help anyone undertaking experiments requiring the use of voltage and patch clamping techniques.Deepens knowledge
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