How to operate npi’s TEC-03X with pClamp and Digidata
Content Analog Input #0 - current in µA Analog Input #1 - potential/voltage in mV Analog Output #0 - current clamp (CC) command Analog Output #0 - voltage clamp (VC) command Set the
Read MoreContent Analog Input #0 - current in µA Analog Input #1 - potential/voltage in mV Analog Output #0 - current clamp (CC) command Analog Output #0 - voltage clamp (VC) command Set the
Read MoreIntroduction to the ELC-03XS Unpacking First setup Offset & bias adjustment Connection to data acquisition Current clamp & bridge balance Voltage clamp & series resistance compensation TTL gating
Read MoreIntroduction to the ELectroPORATOR Unpacking Setting up the instrument Connection to data acquisition Operation modes Offset & capacity compensation Cell approach & electroporation
Read MoreVideos on TEC-03X: Unpacking First setup Offset & bias adjustment Connection to data acquisition Electrode resistance & current clamp Voltage clamp Tips & Tricks
Read MoreContent Introduction Equipment Oocyte preparation Recording Additional tips Two Electrode Voltage Clamp in Xenopus oocytes Introduction What is two-electrode voltage clamp? Two-electrode voltage clamp is a recording technique that uses separate electrodes for current injection and voltage
Read MoreContent Background Common sources of noise and interference How to ground your electrophysiology setup How to handle electrostatic discharge (ESD) Reducing noise: trial and error Quick tips for success Grounding and electrostatics guide for electrophysiology
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