In Vitro Neuronal Networks

In the entire in vitro neuronal networks podcast series, we will introduce you to the incredible developments achieved in the study of in vitro neuronal networks. Specifically covered are advances in culture methods, including the use of innovative nanotechnologies and nanomaterials, the establishment of stem cell-derived neuronal cultures, and the description of in vitro experimental models that exhibit pathological behavior, techniques for measuring multichannel network activity, and a range of novel experimental designs. We hope to help you better understand the approach to in vitro neuronal networks. If you are interested, please follow us.

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The Evolution of Neuron Cell Culture From History to Modern Technological Leaps 00:12:18

The Evolution of Neuron Cell Culture From History to Modern Technological Leaps
Trends in Modeling with Human Stem Cell Technology in Neuroscience 00:11:15

Trends in Modeling with Human Stem Cell Technology in Neuroscience
Cutting-Edge Technologies for Monitoring and Manipulating Brain Activity 00:13:00

Cutting-Edge Technologies for Monitoring and Manipulating Brain Activity
Exploring the Brain Cutting-Edge In Vitro Models 00:10:58

Exploring the Brain Cutting-Edge In Vitro Models
Secrets of Brain Blood Flow Understanding Cerebrovascular Disorders 00:16:53

Secrets of Brain Blood Flow Understanding Cerebrovascular Disorders
The Science and Treatment of Epilepsy 00:15:07

The Science and Treatment of Epilepsy
Alzheime's and Other Memory Disorders 00:12:15

Alzheime's and Other Memory Disorders
The Interaction between Graphene and the Central Nervous System 00:13:27

The Interaction between Graphene and the Central Nervous System
Modeling the Blood-Brain Barrier In Vitro Delivering Drugs to the CNS with Graphene Nanosheets 00:16:57

Modeling the Blood-Brain Barrier In Vitro Delivering Drugs to the CNS with Graphene Nanosheets
Biocompatible Scaffolds for In Vitro Neuronal Cultures 00:16:57

Biocompatible Scaffolds for In Vitro Neuronal Cultures
The Classification and Development of Microelectrode Arrays 00:12:42

The Classification and Development of Microelectrode Arrays
Factors Affecting HD-MEA Performance 00:10:29

Factors Affecting HD-MEA Performance
Applications of HD-MEA 00:13:02

Applications of HD-MEA
Exploring the World of MEA Based on Vertical Nanoelectrodes 00:12:18

Exploring the World of MEA Based on Vertical Nanoelectrodes
Intracellular Recordings Using MEA Based on Vertical Nanoelectrodes 00:14:29

Intracellular Recordings Using MEA Based on Vertical Nanoelectrodes
From MEA to MOA The Next Generation of Bioelectronic Interfaces for Neuron Cultures 00:14:06

From MEA to MOA The Next Generation of Bioelectronic Interfaces for Neuron Cultures
Neuronal Spike Sorting and Detection 00:13:28

Neuronal Spike Sorting and Detection
Common Methods for Neuronal Spike Sorting and Quality Assessment 00:18:09

Common Methods for Neuronal Spike Sorting and Quality Assessment
The Physiological Significance of Neuronal Bursts 00:10:13

The Physiological Significance of Neuronal Bursts
Methods for Detecting Neuronal Bursts 00:16:33

Methods for Detecting Neuronal Bursts
The Significance of Using MEA or Calcium Imaging to Infer the Connectivity of Cultured Neuronal Networks 00:12:44

The Significance of Using MEA or Calcium Imaging to Infer the Connectivity of Cultured Neuronal Networks
Reconstructing Functional Connectivity from MEA Records and Calcium Imaging 00:18:45

Reconstructing Functional Connectivity from MEA Records and Calcium Imaging
Open-Source Tools for Processing and Analyzing Extracellular Neuronal Signals In Vitro 00:12:49

Open-Source Tools for Processing and Analyzing Extracellular Neuronal Signals In Vitro
Active High-Density MEA and its Neural Electronic Interface Principles 00:18:04

Active High-Density MEA and its Neural Electronic Interface Principles
Research on Network Electrophysiology of Active High-Density MEA 00:13:36

Research on Network Electrophysiology of Active High-Density MEA
Research on Active High-Density MEA in In Vitro Brain Disease Models 00:17:39

Research on Active High-Density MEA in In Vitro Brain Disease Models
Considerations for Testing Neurotoxicity Using MEA 00:16:57

Considerations for Testing Neurotoxicity Using MEA
Data Analysis and Applications of MEA in Acute Neurotoxicity Screening 00:15:08

Data Analysis and Applications of MEA in Acute Neurotoxicity Screening
Screening Compounds for Developmental Neurotoxicity Using MEA 00:17:29

Screening Compounds for Developmental Neurotoxicity Using MEA
The Current State of Human Functional Neuron Cultures In Vitro 00:17:45

The Current State of Human Functional Neuron Cultures In Vitro
Applications of Human Stem Cell-Derived Neural Networks 00:14:41

Applications of Human Stem Cell-Derived Neural Networks
Electrophysiological Signal Analysis of Human Stem Cell-Derived Neural Networks 00:18:04

Electrophysiological Signal Analysis of Human Stem Cell-Derived Neural Networks
Dynamics of Nervous System Activity 00:16:38

Dynamics of Nervous System Activity
Long-Term Activity Dynamics of Single Neurons and Networks 00:18:45

Long-Term Activity Dynamics of Single Neurons and Networks
A Brief Overview of Closed-Loop Neural Interfaces 00:13:13

A Brief Overview of Closed-Loop Neural Interfaces
Closed-Loop Control of In-Vitro Neural Network Dynamics 00:18:47

Closed-Loop Control of In-Vitro Neural Network Dynamics
Neuro-robotic Systems Connecting Neurons with Robots 00:14:59

Neuro-robotic Systems Connecting Neurons with Robots
Hybrid Interactions and Hybrid Systems for Brain Repair 00:18:16

Hybrid Interactions and Hybrid Systems for Brain Repair

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