Skip to main content
  • Sign In |
  • Support |
Menu
Home
  • Products
    • MEA
      • Maestro Pro
      • Maestro Edge
      • Maestro Volt
      • MEA Software
        • Neural Module
        • MEA Viability Module
        • Cardiac Module
        • MEA Automation Module
        • GxP Impedance Module
        • Impedance Automation Module
        • Impedance Module
      • Lumos
      • MEA Creator Kit
      • BioCircuit MEA Plate
      • CytoView MEA Plate
      • Lumos MEA Plate
      • SpheroGuide MEA Plate
      • Connected Lab
    • Cell Analysis
      • Maestro Z
      • Maestro ZHT
      • Maestro TrayZ
      • Cell Analysis Software
        • Impedance Module
        • GxP Impedance Module
        • Impedance Automation Module
      • CytoView-Z Plate
    • Imaging
      • Omni Pro 12
      • Omni
      • Lux
      • Imaging Software
        • Clonogenic Assay Module
        • Confluency Module
        • Fluorescence Module
        • iPSC Module
        • Organoid Analysis Module
        • Scratch Assay Module
      • Connected Lab
    • Cell Counting
      • Corning Cell Counter
      • Exact FL
      • Cell Counting Software
        • Cell Counting Module
        • Organoid Counting Module
  • Applications
    • Cardiac Activity
      • Cardiac Characterization
      • Cardiac Classification
      • Cardiac Development
      • Cardiomyocyte Pacing
      • Cardiotoxicity and Safety
      • Inotropy
    • Cell-based Assays
      • Barrier Function
      • Cell Counting
      • Cell Migration and Scratch Assays
      • Cell Proliferation
      • Cell Signaling
      • Clonogenic Assay
      • Cytotoxicity and Cell Viability
      • Transfection and Transduction
      • Organ-on-a-chip
    • Neural Activity
      • Neural Characterization and Development
      • Neural Circuit and Innervation
      • Neural Co-culture and Glial Interaction
      • Neural Optical and Electrical Stimulation
      • Neural Organoids
      • Neurological Disease
        • Alzheimer's Disease
        • Amyotrophic Lateral Sclerosis (ALS)
        • Autism
        • Epilepsy
        • Glioma
        • Parkinson's Disease
      • Neuromuscular Junction
      • Neurotoxicology and Safety
      • Pain
      • Retina
      • Zebrafish
    • Oncology
      • Cancer Spheroid
      • Cell Proliferation
      • Clonogenic Assay
      • Cytotoxicity and Cell Viability
      • Glioma
      • Immuno-oncology Assays
        • Antibody-dependent cellular cytotoxicity (ADCC)
        • CAR T Cell Killing
        • Cell Migration and Scratch Assays
        • NK Cell Killing
      • Liquid Tumors
    • Stem Cell Culture
      • Cardiac Development
      • iPSC Organoid Models​
      • Neural Characterization and Development
      • Neural Organoids
      • Organ-on-a-chip
      • Stem Cell Monitoring
    • Virology
      • Antiviral Drug Studies
      • Viral Titer
  • Resources
    • Axion iPSC Model Standards (AIMS)
    • Cell Plating Calculator
    • Resources
    • Resources for Publishing Your Research
    • Customer Stories
  • About Us
    • Locations
    • Join Our Team
    • Leadership Team
    • Neuroscience Scientific Advisory Board
    • Our History
    • Technology
    • Travel Awards
    • Events
    • Axion World Tour
    • Contract Research Organizations
    • Scientific Web Tools
  • Contact Us
  1. Home
  2. Resources
  3. Poster
  4. Multiwell microelectrode array technology for the evaluation of human iPSC-derived neuron and cardiomyocyte product development

Multiwell microelectrode array technology for the evaluation of human iPSC-derived neuron and cardiomyocyte product development

2017 ISSCR poster multiwell microelectrode array technology
Download

Peritore C, Nicolini, AM, Hayes HB, Arrowood CA, Clements M, Millard DC, Ross JD.

ISSCR, 2017

Multiwell microelectrode array technology for the evaluation of human iPSC-derived neuron and cardiomyocyte product development
Related Resources
Multiwell microelectrode array technology for the evaluation of human iPSC-derived neuron and cardiomyocyte development and maturation
Improvements to multiwell microelectrode array technology for characterization of neural and cardiac electrophysiology in vitro
Quantification of functional network electrophysiology from stem cell derived neurons with multiwell microelectrode array technology
Characterization of electrically and optically paced hiPSC-derived cardiomyocytes in vitro using multiwell microelectrode array technology

Related Products

Image
Axion BioSystems Maestro Pro MEA system

Maestro Pro

Image
Axion BioSystems AxIS Navigator Neural software module for 2D and 3D in vitro neural experiments

Neural Module

Image
Axion BioSystems Cardiac software Module for MEA experiments

Cardiac Module

Image
Axion BioSystems Maestro Edge system for MEA assays

Maestro Edge

LinkedIn Youtube Twitter
Axion Biosystems Footer logo

At Axion BioSystems, our goal is to help you capture the complex biology of your cells. Whether monitoring the kinetics of cellular growth and death or recording the activity of excitable cells; Axion BioSystems' live-cell assay technology can help you record it noninvasively, in real time, and with software tools to make analysis quick and painless.

 

All products and application data are for research use only and not intended for human diagnostic or therapeutic uses

Useful Links
  • Products
  • Applications
  • Case Studies
  • Compliance
  • Travel Award
Research Areas
  • Cardiology
  • Cellular Kinetics
  • Neurology
  • Oncology
  • Virology
Contact Us
  • Contact
  • Inquiries
  • Newsletter
  • Office Locations
  • Tech Support
  • Request Quote
  • Search
© 2025 Copyright Axion BioSystems, Inc, All Rights Reserved.

Privacy

  • Products
    • MEA
      • Maestro Pro
      • Maestro Edge
      • Maestro Volt
      • MEA Software
        • Neural Module
        • MEA Viability Module
        • Cardiac Module
        • MEA Automation Module
        • GxP Impedance Module
        • Impedance Automation Module
        • Impedance Module
      • Lumos
      • MEA Creator Kit
      • BioCircuit MEA Plate
      • CytoView MEA Plate
      • Lumos MEA Plate
      • SpheroGuide MEA Plate
      • Connected Lab
    • Cell Analysis
      • Maestro Z
      • Maestro ZHT
      • Maestro TrayZ
      • Cell Analysis Software
        • Impedance Module
        • GxP Impedance Module
        • Impedance Automation Module
      • CytoView-Z Plate
    • Imaging
      • Omni Pro 12
      • Omni
      • Lux
      • Imaging Software
        • Clonogenic Assay Module
        • Confluency Module
        • Fluorescence Module
        • iPSC Module
        • Organoid Analysis Module
        • Scratch Assay Module
      • Connected Lab
    • Cell Counting
      • Corning Cell Counter
      • Exact FL
      • Cell Counting Software
        • Cell Counting Module
        • Organoid Counting Module
  • Applications
    • Cardiac Activity
      • Cardiac Characterization
      • Cardiac Classification
      • Cardiac Development
      • Cardiomyocyte Pacing
      • Cardiotoxicity and Safety
      • Inotropy
    • Cell-based Assays
      • Barrier Function
      • Cell Counting
      • Cell Migration and Scratch Assays
      • Cell Proliferation
      • Cell Signaling
      • Clonogenic Assay
      • Cytotoxicity and Cell Viability
      • Transfection and Transduction
      • Organ-on-a-chip
    • Neural Activity
      • Neural Characterization and Development
      • Neural Circuit and Innervation
      • Neural Co-culture and Glial Interaction
      • Neural Optical and Electrical Stimulation
      • Neural Organoids
      • Neurological Disease
        • Alzheimer's Disease
        • Amyotrophic Lateral Sclerosis (ALS)
        • Autism
        • Epilepsy
        • Glioma
        • Parkinson's Disease
      • Neuromuscular Junction
      • Neurotoxicology and Safety
      • Pain
      • Retina
      • Zebrafish
    • Oncology
      • Cancer Spheroid
      • Cell Proliferation
      • Clonogenic Assay
      • Cytotoxicity and Cell Viability
      • Glioma
      • Immuno-oncology Assays
        • Antibody-dependent cellular cytotoxicity (ADCC)
        • CAR T Cell Killing
        • Cell Migration and Scratch Assays
        • NK Cell Killing
      • Liquid Tumors
    • Stem Cell Culture
      • Cardiac Development
      • iPSC Organoid Models​
      • Neural Characterization and Development
      • Neural Organoids
      • Organ-on-a-chip
      • Stem Cell Monitoring
    • Virology
      • Antiviral Drug Studies
      • Viral Titer
  • Resources
    • Axion iPSC Model Standards (AIMS)
    • Cell Plating Calculator
    • Resources
    • Resources for Publishing Your Research
    • Customer Stories
  • About Us
    • Locations
    • Join Our Team
    • Leadership Team
    • Neuroscience Scientific Advisory Board
    • Our History
    • Technology
    • Travel Awards
    • Events
    • Axion World Tour
    • Contract Research Organizations
    • Scientific Web Tools
  • Contact Us
  • Search