BMSEED Videos

A curated selection of multimedia content showcasing BMSEED's innovative technologies and their applications in biomedical research. Explore demonstrations of our MEASSuRE platform, which integrates microelectrode array electrophysiology, cell stretching, and imaging, as well as insights into our stretchable microelectrode arrays (sMEAs). These videos provide visual explanations of our products' functionalities, benefits, and real-world applications, serving as valuable resources for researchers, educators, and professionals interested in advancing their understanding of BMSEED's contributions to the field.

MEASSuRE Videos

MicroElectrode Array Stretching, Stimulating, und Recording Equipment

BMSEED’s MEASSuRE

Reproduce cellular biomechanics with electrophysiological recording & stimulation to assess cell health & function real-time

BMSEED’s Electrophysiology Module

Low-Cost Recording & Stimulation Controller for up to 120-Channel Glass or Stretchable Microelectrode Arrays

sMEA Videos

Stretchable MicroElectrode Array

BMSEED’s Stretchable MEAs

Benefits, Applications, & User Experiences

What Are Stretchable MEAs?

Reproduce Cellular Biomechanics in vitro to More Accurately Represent in vivo Behavior

How to Choose Which MEA Is Right for You?

View BMSEED’s MEA portfolio.

Tutorial Videos

Electrophysiology Module

BMSEED’s Electrophysiology Module

Part 1 of 4: Equipment Setup

Hardware setup of BMSEED’s electrophysiology module using a 60-channel electrophysiology interface board (EIB), i.e., what needs to be done before your cells are ready for recording/stimulation on BMSEED's glass or stretchable MEAs.

BMSEED’s Electrophysiology Module

Part 2 of 4: Recording

How to prepare BMSEED's glass or stretchable MEAs for impedance measurements and recordings using the Intan RHS Recording & Stimulation controller and BMSEED's 60-channel electrophysiology interface board (EIB).

BMSEED’s Electrophysiology Module

Part 3 of 4: Stimulation & Triggered Recording

How to use BMSEED’s Electrophysiology Module for delivering stimulation to cells or tissues via the electrodes of glass or stretchable MEAs with triggered recording.

Tutorial Videos

Mechanics Module

BMSEED’s Mechanics Module

Part 1 of 6: Software Setup

This video describes the software setup of BMSEED's mechanics module for the MEASSuRE system from software installation to hardware-software checks.

BMSEED’s Mechanics Module

Part 2 of 6: MotionLab Overview

This video gives an overview of the MotionLab software for BMSEED's mechanics module. MotionLab controls the VCA of the MEASSuRE cell stretcher to perform precise and repeatable stretches by controlling the stretcher's position, velocity, acceleration, force, and oscillation.

BMSEED’s Mechanics Module

Part 3 of 6: Safety Checks

This video describes the safety checks required for BMSEED's Mechanics Module using the MotionLab software.

BMSEED’s Mechanics Module

Part 4 of 6: Impulse Stretch

This video demonstrates a pathological impulse stretch using the Mechanics Module of BMSEED's MEASSuRE system. An impulse stretch is a single stretch usually performed at high strain and strain rate to induce injury to the cells or tissue.

BMSEED’s Mechanics Module

Part 5 of 6: Cyclic Stretch

This video demonstrates a physiological cyclic stretch using the Mechanics Module of BMSEED's MEASSuRE system. A cyclic stretch is a repeated stretch usually performed at low strain and strain rate for chronic experiments.

BMSEED’s Mechanics Module

Part 6 of 6: Create Macros

This video describes how to create a custom macro in the MotionLab software for a specific cell stretching pattern.