Webinars

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BIOPAC, the world leader in life science data recording, is pleased to present free webinars with experts from BIOPAC Systems and selected academic and industry partners to help researchers in university or commercial settings maximize the potential of their systems and studies.

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Select a webinar Event below and click the title for replay link, topics covered, hardware recommendations, and attendee Q & A

AcqKnowledge Tips & Tricks—Setup, Recording & Analysis Click a title to WATCH RECORDING NOW

Event
Using AcqKnowledge for Recording & Analyzing Physiological Data | Tips and Tricks
AcqKnowledge Tips and Tricks Q&A Webinar
EDA Analysis Tips and Tricks in AcqKnowledge
AcqKnowledge Webinar | Find Cycle Peak Detector
AcqKnowledge Stim Synchronization and Analysis
AcqKnowledge Bootcamp | Set Up Experiments to Facilitate Data Analysis
Automate AcqKnowledge with New Workflow Tool
Drag-and-Drop Customized Automation with Workflow
Lab Streaming Layer (LSL) Integration for AcqKnowledge

Animal Research Webinars Click a title to WATCH RECORDING NOW

Event
Animal EEG Webinar | Measuring Long-Term Wireless EEG in Rodents
Improve Data and Animal Welfare with Advanced Telemetry Design

Best Practices for Good Data Click a title to WATCH RECORDING NOW

Event
Fundamentals of Physiological Data Recording
Good, Better, Best: Options for Subject Prep
Save the Physiology Practical Lab with BSL HOME
How to Record Great Respiration Data
Introduction to Pulse Plethysmography: Recording Great PPG Data
Integrate Psychophysiological & Behavioral Data Using BIOPAC and Noldus Tools
Experiments in the Field > Mobile & Remote Research
Dyadic Interactions Involving Parents, Children, Couples & More | Recording from Multiple Participants
Multiparticipant or Large Groups | Recording from Multiple Participants
STRESS | Measuring Related Physiological Changes
Data Acquisition Fundamentals | Basic Training for the MP160 System
Research & Best Practices for Recording Newborns, Infants, and Toddlers
Demonstration of Autonomic Function Testing—Recording and Data Analysis Part I
Demonstration of Autonomic Function Testing—Recording and Data Analysis Part II
Getting Started With EDA, ECG, EMG & Respiration: Recording High-Quality Data

ECG Electrocardiography Webinars Click a title to WATCH RECORDING NOW

Event
ECG Webinar | Recording Great ECG
ECG Webinar | HRV & RSA – Fundamental Analysis Techniques
Emotion and Objective Physiological Measures
Heart Rate Variability Series | Part I: Time Domain Measures
Heart Rate Variability Series | Part II: Frequency Domain Measures
Novel, Mobile, Wearable Device for EDA, Pulse, ECG, Temp
Bioimpedance and Cardiac Output with TREV—a User-friendly, Noninvasive Technique
HRV | Ultra-Short-Term & Short-Term
HRV | Frequency Domain Analysis with AcqKnowledge Automation
Lab on a Finger: Research-quality Physiological Signals
Research Ring: Real-world Applications
A New Bioimpedance Technique: Indexing Dynamic Activity of the SNS
Getting Started With EDA, ECG, EMG & Respiration: Recording High-Quality Data

EDA Electrodermal Activity Webinars Click a title to WATCH RECORDING NOW

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EDA Webinar | Recording Great EDA Data
EDA | Analysis Essentials
EDA Analysis Tips and Tricks in AcqKnowledge
Comment obtenir de bons enregistrements de l’activité électrodermale (EDA)
Optimize Event-Related EDA
Comment générer des marqueurs d’événements et les relier aux réponses physiologiques : exemple de l’EDA
Event-Related EDA Combined with Stimulus Presentation: Set up, Optimize Quality, and Analyze
Measuring the Emotional State of Guilt with Eye Tracking, EDA/GSR & fMRI
Emotion and Objective Physiological Measures
Electrodermal Activity Data | Intro to Recording & Analysis
Novel, Mobile, Wearable Device for EDA, Pulse, ECG, Temp
Lab on a Finger: Research-quality Physiological Signals
Research Ring: Real-world Applications
The Science of Mindfulness
Getting Started With EDA, ECG, EMG & Respiration: Recording High-Quality Data

Education & Teaching Webinars Click a title to WATCH RECORDING NOW

Event
Teaching Physiology: How to Engage Students in Lab Environments
Save the Physiology Practical Lab with BSL HOME
Live Demo: BSL Home in Action
BSL Home | What’s In the Box and What Students Learn
A Professor’s Perspective: Practical Labs During COVID
Engineering the Future: Preparing BME Students with Practical Labs
Lessons from Lockdown: How to Engage Students in Any Environment
Refocus on Student Collaboration and Prioritize Hands-On Labs and Learning
Computer-Aided Physiology Fundamentals for Successful Student Labs
Biopac Student Lab Fundamentals

EEG Electroencephalography Webinars Click a title to WATCH RECORDING NOW

Event
Animal EEG Webinar | Measuring Long-Term Wireless EEG in Rodents
EEG for Psychophysiology Research
EEG for Psychophysiology Research – B-Alert EEG
EEG for Psychophysiology Research – Low Density Recording & Analysis
EEG for Psychophysiology Research – Mobita Wireless System
Combine the New, Wireless 20 Channel EEG System with Multiple Physiology Signals
Emotion and Objective Physiological Measures
Evoked Potentials Part I: Exogenous and Stimulus-related Evoked Potentials
Ergonomics & Fatigue Series Part II: Cognition & Neuroergonomics
Multimodal SPA-fNIRS
Virtual Reality and fNIRS Integration
Introducing a Wearable BCI Platform with AR & AI
Lab Streaming Layer (LSL) Integration for AcqKnowledge
A Beginner’s Guide to EEG: APEX 32-Channel Wireless EEG System

EMG Electromyography Webinars Click a title to WATCH RECORDING NOW

Event
EMG Webinar | How to get Great EMG (Electromyography) Data
EMG Webinar | How to get Great EMG (Electromyography) Data-Analysis
How to Record Great Facial EMG Data
Understand Human Emotions with Facial EMG
Emotion and Objective Physiological Measures
Electrical Stimulation: Safety First
Getting Started With EDA, ECG, EMG & Respiration: Recording High-Quality Data

Emerging Technologies Webinars Click a title to WATCH RECORDING NOW

Event
The Future of Physiology Research
New Smart Technology for the Lab
Biofeedback + VR + Physiological Technical Showcase
How to Conduct Valid & Valuable Research Using Media Psychophysiology
Novel, Mobile, Wearable Device for EDA, Pulse, ECG, Temp
High-density Thru-the-hair fNIRS with EEG
Lab on a Finger: Research-quality Physiological Signals
Research Ring: Real-world Applications
Introducing a Wearable BCI Platform with AR & AI

Exercise & Mobility Webinars Click a title to WATCH RECORDING NOW

Event
Exercise Physiology Webinar | Recording Great Data from Exercising and Mobile Subjects
Recording High-Quality Metabolic Data in Human Subjects
Ergonomics & Fatigue Part I: Biomechanics and Peripheral Physiology
Ergonomics & Fatigue Series Part II: Cognition & Neuroergonomics
Research Ring: Real-world Applications

Eye Tracking Webinars Click a title to WATCH RECORDING NOW

Event
Eye Tracking Webinar | BIOPAC & SMI
Eye Tracking Fundamentals
Remote Eye Tracking – Advanced Integration with Physiology Data
Eye Tracking and Mobile Participants
Integrating VR, Eye Tracking, and Biofeedback in Your Research
Enabling Mobile Eye Tracking with Screen-Based Stimuli
Multimodal Workload Measurements | Combining fNIRS, ECG/HRV, Eye Tracking & Stimulus Presentation
Experiments in the Field > Mobile & Remote Research
One Tool for Stimulus Presentation, Eye Tracking & Physiology Data
A Complete Solution for Eye Tracking Experiments in Virtual Reality
Measuring the Emotional State of Guilt with Eye Tracking, EDA/GSR & fMRI
Emotion and Objective Physiological Measures
Collaborative VR with Group Interactivity, Physiology & Eye Tracking
Eye Tracking Glasses & AcqKnowledge Integration
Unlocking the Potential of Eye Tracking in Physiology Research

Facial Expression & Facial Coding Webinars Click a title to WATCH RECORDING NOW

Event
Using Facial Expressions to Understand Behavior
Understand Human Emotions with Facial EMG
Emotion and Objective Physiological Measures

fNIRS Optical Imaging Webinars Click a title to WATCH RECORDING NOW

Event
fNIRS | Studying Cognitive Function
fNIRS | How to Get High-Quality Optical Brain Imaging Data
fNIRS Applications and Solutions
fNIRS for Mental Workload Assessment
Multimodal Workload Measurements | Combining fNIRS, ECG/HRV, Eye Tracking & Stimulus Presentation
How to Add NIRS Labs for Brain Function and Muscle Oxygenation
Emotion and Objective Physiological Measures
fNIRS Data Analysis
Ergonomics & Fatigue Series Part II: Cognition & Neuroergonomics
Evoked Potentials Part II: Event-related or Endogenous Evoked Potentials (ERP)
High-density Thru-the-hair fNIRS with EEG
Multimodal SPA-fNIRS
Virtual Reality and fNIRS Integration

MRI and fMRI Webinars Click a title to WATCH RECORDING NOW

Event
Data Collection in the fMRI Environment (Human)
Collect Human Blood Pressure during MRI Experiments
Measuring the Emotional State of Guilt with Eye Tracking, EDA/GSR & fMRI
Effort & Motivation | Using a Hand Dynamometer in the MRI and In the Lab
A New Bioimpedance Technique: Indexing Dynamic Activity of the SNS

NIBP Noninvasive Blood Pressure Webinars Click a title to WATCH RECORDING NOW

Event
Integrating Noninvasive Blood Pressure Monitoring with Human Physiology Measurements
Simplify BP & Hemodynamics Measurement
Collect Human Blood Pressure during MRI Experiments
New Integration > NIBP & BIOPAC Physiology Research System
Emotion and Objective Physiological Measures

Stimulation & Stimulus Presentation Webinars Click a title to WATCH RECORDING NOW

Event
E-Prime 3 Experiment Creation
E-Prime 3 Experiments
Stimulus Presentation and Event Mark Up with E-Prime
Stimulus Presentation and Event Mark Up with SuperLab
AcqKnowledge Stim Synchronization and Analysis
Stimulation Techniques for Researchers
How to Create a Stimulus Presentation Paradigm in VR
Event-Related EDA Combined with Stimulus Presentation: Set up, Optimize Quality, and Analyze
One Tool for Stimulus Presentation, Eye Tracking & Physiology Data
New Scent Delivery System for Research
Measuring the Emotional State of Guilt with Eye Tracking, EDA/GSR & fMRI
Emotion and Objective Physiological Measures
Evoked Potentials Part I: Exogenous and Stimulus-related Evoked Potentials
Evoked Potentials Part II: Event-related or Endogenous Evoked Potentials (ERP)
Stimulus Response Best Practices: Auditory, Visual, Somatosensory, Olfactory, and Thermal
Electrical Stimulation: Safety First

Video & Multimedia Webinars Click a title to WATCH RECORDING NOW

Event
Synchronize Participant Video with Physiology Data

Virtual Reality Webinars Click a title to WATCH RECORDING NOW

Event
Integrating VR, Eye Tracking, and Biofeedback in Your Research
Biofeedback + VR + Physiological Technical Showcase
How to Create a Stimulus Presentation Paradigm in VR
Projection VR, Training, Physiological Evaluation & Biofeedback
A Complete Solution for Eye Tracking Experiments in Virtual Reality
Collaborative VR with Group Interactivity, Physiology & Eye Tracking
Ergonomics & Fatigue Part I: Biomechanics and Peripheral Physiology
Virtual Reality and fNIRS Integration
Virtual Reality Simplified for Non-programmers: Part I
Virtual Reality Simplified for Non-Programmers: Part II

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New Citations | BIOPAC in EEG Studies

Electroencephalography (EEG) is a highly versatile signal in physiology research Researchers are...

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