Electrophysiology

Electrophysiology is used to study the electrical properties of biological cells and tissues, primarily in neuroscience and cardiology. It helps measure and analyze the electrical activity of neurons, cardiac cells, and muscle fibers.

Common equipment includes patch-clamp systems, microelectrodes, amplifiers, and data acquisition systems designed to monitor and record electrical signals from cells and tissues.

Yes, the equipment is designed for a range of applications, including basic research, drug development, and diagnostic studies in fields like cardiology and neuroscience.

The choice depends on your specific application, such as studying neurons or cardiac cells. Consider factors like signal sensitivity, data resolution, and compatibility with your existing systems.

Most electrophysiology equipment is designed to be compatible with standard lab setups. Ensure you verify interface and software compatibility for seamless integration.

Leading brands include Axon Instruments, ADInstruments, and HEKA, known for their reliable and advanced electrophysiology solutions.

While the equipment is advanced, many brands provide user-friendly interfaces. Training might be beneficial for complex applications, especially for first-time users or advanced systems like patch-clamp setups.

Accessories like electrodes and software are often sold separately but can vary depending on the manufacturer or distributor. Check with the seller for specific details.

Yes, electrophysiology equipment is designed to capture high-resolution electrical signals critical for accurate analysis and research.

Regular calibration and maintenance, including cleaning and verifying signal integrity, are recommended to ensure accurate performance. Most manufacturers provide guidelines for upkeep.