Port-a-Patch is a turn-key, miniature patch clamp system that lets users quickly produce high-quality data. This makes it the perfect resource for studying patch clamp electrophysiology in an easy-to-use manner.
Regardless of skill level, the Port-a-Patch is a turn-key, miniature patch clamp system that lets users quickly produce high-quality data. This makes it the perfect resource for studying patch clamp electrophysiology in an easy-to-use manner. Substantial technology, providing high-quality measurements with giga-seals and high success rates in the majority of conventional recording configurations, is concealed behind its modest and compact form. Its versatility and strength can be found in a number of add-ons, giving the user an effective instrument for ion channel research.
It's simple to use the Port-a-Patch; all you have to do is add solutions and cells to the disposable recording chip, and a computer-controlled pump will automatically catch and seal each cell via suction. It is not necessary to have a micromanipulator or microscope.
The range of feasible experiments for scientific research is greatly expanded by Add-Ons like the Internal Perfusion and temperature-controlled External Perfusion, as well as the capacity to do current clamp and bilayer tests.
The Port-a-Patch recording unit, the HEKA amplifier, the computer, and the Suction Control unit make up the Port-a-Patch system. Most of the time, an amplifier that is already available can be integrated with the Port-a-Patch system. Additional accessories like as microscope slides, temperature control, automated perfusion systems, pressure control, and light activation are available for particular tests.
The graphical user interface known as PatchControl is used to regulate the parameters required for cell sealing and capture. PatchControl reads critical parameters through creative communication with electrophysiological software, and then proceeds through pre-programmed processes in accordance.
The Port-a-Patch's flexible add-ons increase the range of possible experiments.
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