Accessories for MEASSuRE

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BMSEED offers a range of accessories for electrophysiology, cell stretching, and imaging, enhancing functionality and customization for research setups. Accessories include 60- and 120-channel Electrophysiology Interface Boards, a 60-channel expansion kit, temperature controllers, strain profile indenters, stretchable MEA caps, and Faraday cages for noise reduction. These components are designed for compatibility with BMSEED's MEAs, enabling precise data acquisition and maintaining sterile environments. Each accessory aids in optimizing experiments across cell cultures, mechanotransduction studies, and advanced biological research.


60-Channel Electrophysiology Interface Board (EIB)

  • 60-channel EIB connecting the electrodes with the controller, two headstages, and two SPI cables

  • For up to 60-channel glass MEAs, stretchable MEAs, pocket MEAs

  • Shield MEA electrophysiology recordings from external noise

  • Shield Omnetics connectors & Intan headstages from potential media splashing

  • Secure latching mechanism

  • Product Number (PN): 11-22000


120-Channel Electrophysiology Interface Board (EIB)

  • 120-channel EIB connecting the electrodes with the controller, four headstages, and four SPI cables

  • For 120-channel glass MEAs, stretchable MEAs, pocket MEAs

  • Shield MEA electrophysiology recordings from external noise

  • Shield Omnetics connectors & Intan headstages from potential media splashing

  • Secure latching mechanism

  • Product Number (PN): 11-23000


Temperature Controller

  • Control the temperature of your cell culture outside of the incubator between room temperature and 45°C

  • No physical contact to medium

  • Low cost

  • Compatible with electrophysiology interface board

  • Product Number (PN): 11-70000

Temperature Controller


Readily Change the Strain Profile

Change the strain profile of the Mechanics Module simply by exchanging the Teflon indenter:

  • Radial indenter for radial strain: εy = εx (PN: 15-22100)

  • Bar-shaped indenter for uniaxial strain: εy = 4εx (PN: 15-22200)

  • Custom indenter shapes for specific strain profiles (PN: 15-22300)

Readily Change the Strain Profile, Different strain profiles can be produced with any model of MEASSuRE  Changing the strain profile for cell stretching only requires exchanging the Teflon indenter

Indenters for Radial (left) and Uniaxial (right) Strain


MEA Caps

  • Permeable for O2 and CO2

  • Impermeable for H20

  • Cover media to maintain sterility and prevent splashing

  • Longitudinal data recordings

  • Protect cells and equipment from medium spills during stretch motion

  • Available models:

    • stretchable MEA cap with perfusion, set of 5 (PN: 11-84000)

    • stretchable MEA cap without perfusion, set of 5 (PN: 11-83000)

    • glass MEA cap with perfusion, set of 5 (PN: 11-82000)

    • glass MEA cap without perfusion, set of 5 (PN: 11-81000)

    • 3” × 3” membrane sheets for MEA caps, pack of 10 (PN: 11-85000)

Cap to protect cells on the stretchable MEA from contamination


Faraday Cage

Eliminate electromagnetic interfaces from the environment (e.g. lamps, computers, electronic equipment) by shielding them with a Faraday cage.

  • Convenient and low cost

  • Suitable for any data acquisition system

  • Several sizes available:

    • small: 1’ × 1’ × 1’ (PN: 11-61000)

    • large: 2’ × 1’ × 2’ (PN: 11-62000)

    • custom sizes available upon request (PN: 11-63000)


Data Analysis Software

  • NeuroExplorer Software Package for data analysis

  • Analyze continuously recorded signals as well as sequences of timestamps (spike trains, behavioral events) and short signal fragments (spike waveforms)

  • More than 40 analysis types to explore data

  • Calculate statistical properties (e.g., confidence limits for histogram and spectra; histogram peak locations and z-scores)

  • Output files from Electrophysiology Module can be directly imported in NeuroExplorer without file conversion

  • Product Number (PN): 11-91000

Example screenshot of the Neuroexplorer program to analyze recorded signals

Example screenshot of the Neuroexplorer program to analyze recorded signals