Project Description

Flat Cross Electrode

This flat cross electrode can cover more different areas of cardiac tissues including sinoatrial node, atrioventricular node, atrial preparations, ventricular preparations and even whole heart. It is applicable to different size of animal species such as mouse, rat, rabbit, guinea pig, dog and goat.

Features

  • Up to 256 channels
  • Micro Electrode arrays with various layouts
  • Higher spatial resolution
  • More approachable recording area
  • Either soft or hard materials according to the experimental needs
  • Golden or silver electrode
  • Embedded in probes or in soft sockets

In vivo Flat Electrode

MappingLab provides a variety of models of electrodes to suit your experimental needs. This electrodes is designed for in vivo cardiac electrical recordings from different tissues including sinus atrial node, atrioventricular node, atria preparations, ventricular preparations and whole heart.  It is applicable to different size of animal species such as mouse, rat, rabbit, guinea pig, dog and goat.

Features

  • Up to 256 channels
  • Micro Electrode arrays with various layouts
  • Higher spatial resolution
  • More approachable recording area
  • Either soft or hard materials according to the experimental needs
  • Golden or silver electrode
  • Embedded in probes or in soft sockets

In vivo Flat Electrode

Size matters when it comes to experiments. This delicate electrode is designed for a small sample including sinoatrial node, atrioventricular node, atria preparations, ventricular preparations isolated from mouse, rat, rabbit, guinea pig, dog and goat.

Features

  • Up to 256 channels
  • Electrode arrays with various layouts
  • Higher spatial resolution
  • More approachable recording area
  • Either soft or hard materials according to the experimental needs
  • Golden or silver electrode
  • Embedded in probes or in soft sockets

Glass Microelectrode Arrays

The glass microelectrode arrays are a powerful tool to provide a simplified model for cardiac and neuronal network research. Snice the cells grow in a monolayer on a glass with microelectrode arrays, therefore it is easy to monitor and manipulate cells with selectable electrical stimulation sequences via multiple electrodes. Multiple measurement also can be easily achieved over a long period of culturing. More excitedly, the network between cardiac and neuronal electrical activities can be studied in a simple environment.

Features

  • Base glass: 50 * 50 * 1 mm
  • Electrode material: ITO / gold / platinum
  • Diameter: ID 22mm, OD 25mm
  • Number of electrodes: 32, 64 and even more
  • Electrode diameter: 20 μm, 30 μm and 50 μm