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Microelectrode array (60 channels) Multi Channel Systems MEA1060-Inv-BC

Basic Information

Name: Microelectrode array (60 channels)
Manufacturer: Multi Channel Systems
Model: MEA1060-Inv-BC
Facility: Electro­physiology Facility (EcrtD)
Partner: Technische Universität Dresden (TUD)
Location: CRTD

Short Description

A microscope mounted MEA (60 channels) with heat control, superfusion set up, electric and optic stimulation capacity for cell culture probes (2-D or organoid) or acute or organotypic tissue samples

Description

Application: Recording of extracellular potentials from electrically active tissue samples.

Common read outs of interest:

  • Neuronal action potentials (spontaneous or evoked)
  • Field excitatory postsynaptic potentials (fEPSP)
  • Local field potentials (LFP)

Technical specifications:

  • Gain 1100, signal range: a few tens of µV (detectability depending on background activity) up to +/-3.7 mV
  • 59 recording channels, various electrode sizes and layout configurations available
  • Capacity for electric stimulation at any individual or any combination of electrodes
  • Capacity for optic stimulation (wavelengths (in nm): 470, 513, 580, 640; combinable with the below mentioned filters; intensity scaleable; temporally patterned stimulation possible)
  • Capacity to image the sample from below (objectives: 2x, 4x, 10x, 20x, additional 1.5x magnification) 
  • Fluorescence imaging capacity (filters: CFP, GFP, TxRed, Cy5)

Cobinable with:

  • Heat control (internal heating plate (cultures) and inline heater (acute tissue))
  • Superfusion and drainage of fresh solutions
  • Bathapplication of modulators
  • Mechanic stimulation

Link to Further Details

https://tu-dresden.de/cmcb/technologie-plattform/facilities/electrophysiology/geraete

Options of instrument usage

Points of Contact

Ph.D. Knauer, Beate
Email:
Phone:
+49 351 458 82015
Other contacts:
ephys.facility@tu-dresden.de
Mrs. Beate Knauer
Email:
Phone:
+49 (0)351 463-40050

Access Requirements

individual training

Last Update

Last updated at: 10 April 2024 at 19:40:36