Electrophysiology Accessories
Electrophysiology accessories are tools and equipment used in the field of electrophysiology, which is the study of the electrical properties of biological cells and tissues. These accessories are used to measure and record electrical signals from living organisms, such as neurons or muscle cells.
Some common electrophysiology accessories include:
Electrodes: These are devices that are used to detect or stimulate electrical activity in biological tissues. They can be implanted, surface or wire electrodes.
Amplifiers: These are devices that amplify and filter the electrical signals detected by electrodes, in order to make them easier to measure and analyze.
Recording systems: These are computer-based systems used to store, display and analyze electrical signals recorded by electrodes.
Stimulation systems: These are devices used to deliver electrical impulses to biological tissues, such as neurons or muscles, in order to study their responses.
Microscopes: These are used to visualize the biological tissues being studied, often at high magnifications.
Electrophysiology accessories are used in a variety of research settings, including neuroscience, cardiology, and neuromuscular disease research. They are essential tools for understanding the electrical properties of living organisms and how they are related to physiological and pathological processes.
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The LBM-7 Manual Manipulator was designed and developed in conjunction with scientists to achieve absolute practicality, accuracy and increased productivity, bridging the gap between course manipulators and micromanipulators.
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The ultimate micromanipulator for synaptic connectivity and neuronal network studies. Arrange up to 12 manipulators around your sample for complex electrophysiological studies.
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The MMBP is a popular and versatile foundation for electrophysiology and imaging rigs. Easily convert your set up between in vitro and in vivo experiments.
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A stable mounting platform for experimental samples, especially suited to electrophysiology and imaging research.
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Compatible with all major upright microscopes the MMTP (Motorised Movable Top Plate) is ideal for use with a confocal or multiphoton system.
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A stable and versatile platform ideal for electrophysiology and two-photon imaging.
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The PatchStar micromanipulator has been carefully engineered for low-drift operation (less than 1 micron in 2 hours). It's stable, precise and reliable.
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Eliminating environmental interference through vibrations and other sources is of paramount importance in the scientific experiment. Now you can have greater stability and precision with Scientifica. Universal Post and Platform, a stable and accurate mounting base for manipulators and other precision devices.
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The Scientifica Pumped Perfusion System (PPS) combines full computer control of ten pinch valves and a high performance peristaltic pump, allcontained within a standalone stainless steel ergonomically designed housing.
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Rapid, precise adjustment makes the Scientifica Universal Motorised Stage (UMS) a valuable tool for electrophysiology research. The Scientifica UMS provides fast, accurate and intuitive remote control that removes the effort and potential for error from the adjustment process.
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The SciCam is the camera of choice for the electrophysiologist who requires a live display of their preparation at video framerate with the capability to record still images (as well as movies) using a user-friendly software package.
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