The microscope is compatible with the cell force electrical stimulation system in stock. This cell tissue stretchable microelectrode array stimulation and imaging recording system enables researchers to repeatedly and reliably study the effects of physiological and pathological mechanical stretching on the electrophysiological properties of biological tissues. The system integrates: cell stretching equipment, electrophysiological data acquisition system; The live cell imaging system has three functions ..

Microscope compatible with cellular electrical stimulation system

Cell stretchable microelectrode array stimulator - a combination of stretchable electrical stimulation recording and high-resolution imaging

The cell tissue stretchable microelectrode array stimulation and imaging recording system enables researchers to repeatedly and reliably study the effects of physiological and pathological mechanical stretching on the electrophysiological properties of biological tissues. The system integrates: cell stretching equipment, electrophysiological data acquisition system; The live cell imaging system has three functions.

The cell tissue stretchable microelectrode array stimulation and imaging recording system is a complete solution for researchers to mechanically stretch cells/tissues, perform optical imaging, and individually/simultaneously record/stimulate electrophysiological activities.

Characteristics of electrodes:

Recording and Stimulating of Electrophysiological Activity

Quantitative measurement and analysis of impedance

Allow optical imaging of cells throughout the entire stretching process to verify tissue strain and detect morphological changes in the tissue.

★ Dual axis, single axis
★ Custom strain field
★ A type of rapid impulse stretching or periodic stretching
★ Up to 50% strain
★ Strain rate up to 80/s
★ Any stretch pattern
★ High repeatability

The model can be used for different applications: neurodegenerative diseases, nerve trauma, tissue engineering, drug screening

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Microscope compatible with cellular electrical stimulation system