Webinarier inom området fysiologi

BIOPAC, en av världens ledande inom registrering och analys av fysiologiska signaler för både forskning och kurslaborationer , erbjuder gratis webbseminarier med experter från BIOPAC Systems och utvalda personer från olika universitet samt industripartners med syfte att hjälpa dig som forskar att maximera potentialen för dina system och studier.

Här hittar du tidigare inspelat material och även datum för kommande. Välkommen att registrera dig kostnadsfritt till BIOPACs webinarier som behandlar många spännande ämnen! Klicka på respektive webinarie nedan i listan.

BIOPAC webinarier

Inspelat material - titta när du vill!

OmrådeWebinarieInnehåll
AcqKnowledge Tips & TricksTips and Tricks - Using AcqKnowledge for Recording and Analyzing Physiological DataThis webinar focuses on AcqKnowledge and examines features that can save time and make data acquisition and analysis a little easier. Frazer Findlay walks through all aspects of the user interface, set up, recording, and analyzing data, with a major focus on the display controls that allow you to set up the screen to view the data just the way you want. The event marking system is reviewed, including how measurements can be taken around event marks that were entered during and after data acquisition. Measurement tools are also covered, including both manual measurements and automatic measurements using Find Cycle Peak detector and using some of the automated analysis routines. Finally, User Preferences are covered, including customization options for menus, measurements, and hardware selection.17-08-24
AcqKnowledge Tips & TricksAcqKnowledge Tips and Tricks Q&A WebinarThis open format, Q&A webinar is a follow-up to the AcqKnowledge Tips and Tricks webinar. AcqKnowledge software is a powerful tool and we want to provide you with in-depth knowledge to get the most out of your data analysis. BIOPAC CEO Frazer Findlay starts the hour-long webinar by covering Event Marking, one of the more popular topics. He then moves on to answer other user-submitted questions from the original webinar and also takes new questions. This is a great opportunity to learn more about AcqKnowledge analysis and to see a live demo of the features you are using.17-08-31
AcqKnowledge Tips & TricksEDA Analysis Tips and Tricks in AcqKnowledgeThis webinar will provide Tips and Tricks for analyzing EDA data (Electrodermal Activity) in AcqKnowledge software. Frazer Findlay will cover important features and tools to help you produce successful EDA analysis for your study. Learn how to customize tools for easy viewing and exporting plus learn shortcuts and advanced features that will take your EDA analysis to the next level.17-09-19
AcqKnowledge Tips & TricksFind Cycle Peak DetectorThis webinar will focus on the AcqKnowledge Find Cycle Peak Detector function. The Find Cycle detector is an incredibly useful tool that allows users to identify peaks or parts of waveforms to place event markers, automatically take measurements, or average and view the data in different formats. If you are new to AcqKnowledge, you will learn advanced techniques to quickly analyze and get the most out of your data. If you’re a long time user, you will probably see useful analysis functions work in conjunction with Find Cycle to expedite your analysis process. AcqKnowledge is a very powerful tool and there are many features that can save time and make life easier.17-09-21
AcqKnowledge Tips & TricksAcqKnowledge Stim Synchronization and AnalysisResearchers rely on synchronizing physiology data with stimuli to provide insights on affect and emotion. Syncing event marks with visual and auditory stimuli is now more convenient than ever with powerful stimulus presentation software. Join BIOPAC for our third webinar on stimulation as we tie stimulation event marks with physiology data AcqKnowledge analysis synchronization.18-02-08
AcqKnowledge Tips & TricksFundamentals of Physiological Data RecordingUnderstanding the basic principles of physiological data collection is critical to both educators and researchers who teach and conduct physiology experiments. Configuring your equipment and knowing the fundamentals of data collection will help you avoid making costly missteps and even refine your current experiment. Frazer Findlay, CEO of BIOPAC, recognizes common mistakes with physiology recording and shares his secrets for collecting great data. Utilizing over 20 years of experience in the life sciences monitoring industry, Frazer outlines important guidelines by conducting a live demo with real-world examples and live data collection.18-02-27
AmplifierNew Smart Technology for the LabBIOPAC is announcing a new series of wired amplifiers. These newly engineered amplifiers are small and lightweight, and they easily attach to subjects. Learn about these amplifiers and how they can improve your research. We will do a live demo of the technology and we’ll show you why these amplifiers are so smart (hint: channel configuration).19-02-14
Animal ResearchMeasuring Long-Term Wireless EEG in RodentsFocused on the fundamentals of wireless, long-term EEG recording in small animals and presents new research capabilities enabled through the integration of EPOCH systems technology and BIOPAC physiological data acquisition and analysis systems. BIOPAC Systems can monitor multiple physiological signals from rodents. Recording and analyzing multi-channel electroencephalogram (EEG) signals in small animals offers detailed insights into brain activity, an important process to many research applications including psychophysiology, stroke, motor disorder, sleep, circadian rhythms, seizures and epilepsy, to name a few. However, traditional methods of obtaining long-term EEG data provide a myriad of challenges, including surgical complexity, an inability to utilize additional transmitters, and limitations when trying to study small, neonatal rodents. Moreover, attempting to co-register multi-channel EEG with complimentary physiological measurements adds another level of complexity, requiring the integration of multiple systems. If this is done incorrectly, it can lead to data acquisition errors, poor measurement synchronization and ultimately misleading results.17-02-07
Animal ResearchImprove Data and Animal Welfare with Advanced Telemetry DesignAnimal welfare is a major focus in research today. Understanding the issues around setting up flexible animal experiments, the impacts of using or not using group housing, and getting good data in varied settings are critical for today’s investigators. One researcher, Linda Hayward, Ph.D., University of Florida, successfully conducted a study on WKY and SHR rats implementing a unique study design. Join Dr. Hayward, Dr. Harm Knot, CTO TSE Systems, Tom Delahanty, TSE Systems Stellar developer and Frazer Findlay, CEO of BIOPAC, for a discussion on telemetry studies and data analysis. Dr. Hayward will present her findings and Tom and Frazer will show you how to set up the equipment and software, so you can design and conduct your own studies with this novel system.18-05-17
BioNomadix WirelessThe Future of Physiology ResearchLife science researchers depend on rapidly evolving technology for scientific discovery. Understanding the next generation of tools is critical. Join industry leader BIOPAC Systems, Inc. for a peek into the future of physiology research. Frazer Findlay, BIOPAC CEO, discusses the latest technological advances that will impact researchers and their experiments.17-10-26
ECGRecording Great ECGHow to Get Great ECG (Electrocardiography) Data explains and demonstrates fundamental techniques for recording clean, usable ECG (EKG) data. It is applicable to researchers in both academic and commercial settings who need to accurately analyze ECG data in their experiments. Fundamentals overview is ideal for researchers who have two years or less of experience in analyzing ECG data.16-07-14
ECGHRV & RSA - Fundamental Analysis TechniquesHow to get Great ECG (Electrocardiography) Data: HRV and RSA Essentials focuses on demonstrating and understanding fundamental techniques for analyzing Heart Rate Variability and Respiratory Sinus Arrhythmia data with AcqKnowledge software. Ideal for researchers who have two years or less of experience in analyzing ECG data. It is applicable to researchers in both academic and commercial settings who need to accurately analyze ECG data in their experiments. HRV Interpolated TachogramLearn how to accurately record and analyze great electrocardiography (ECG) data for experiments. Topics include Participant preparation; Proper setup; Common mistakes; Identifying artifacts in the data and how to fix them; Analysis techniques; Q & A.16-07-28
EDAEDA Part 1 - Recording Great EDA DataHow to Get Great EDA Data—Recording Great Data is Part 1 in BIOPAC’s three-part EDA webinar series on accurately recording and analyzing great electrodermal activity (EDA) data for experiments. This webinar focuses on participant and hardware setup and an overview of artifact identification and removal, analysis techniques, what good vs. bad data looks like, and common issues and troubleshooting.16-06-09
EDAEDA Part 2 - Analysis EssentialsHow to get Great EDA Data: Analysis Essentials is Part 2 in BIOPAC’s three-part EDA webinar series on accurately recording and analyzing great EDA data for experiments. This webinar focuses on demonstrating and understanding fundamental techniques for analyzing Electrodermal Activity (EDA) data with AcqKnowledge software Topics include data cleaning/artifact identification; Using AcqKnowledge‘s SCR scoring routine; Using AcqKnowledge’s automated Event-related EDA analysis; Converting digital events from stimulus presentation systems into AcqKnowledge events; Getting the data from AcqKnowledge into Excel; Using AcqKnowledge Power Tools for Greater Efficiency; Skin Conductance Response Analysis; Event-related EDA Analysis; Stimulus Response Analysis; Epoch Analysis; Ensemble Averaging; Find Cycle; Other Analysis Techniques.16-06-23
EDAEDA Part 3 - Analysis & ScriptingGet Great EDA Data: Analysis and Scripting is Part 3 in BIOPAC’s three-part EDA webinar series on accurately recording and analyzing great electrodermal activity (EDA) data for experiments. This webinar demonstrates how to automate several essential but time-consuming tasks such as artifact identification and removal using powerful AcqKnowledge software scripting tools.16-05-19
EDAEDA Analysis Tips and Tricks in AcqKnowledgeThis webinar will provide Tips and Tricks for analyzing EDA data (Electrodermal Activity) in AcqKnowledge software. Frazer Findlay will cover important features and tools to help you produce successful EDA analysis for your study. Learn how to customize tools for easy viewing and exporting plus learn shortcuts and advanced features that will take your EDA analysis to the next level.17-09-19
EDAOptimize Event-Related EDAElectrodermal Activity (EDA) is an objective index for understanding emotional states. Researchers measure EDA to gain insights on psychological or physiological response, leading them down the path of scientific discovery. Because EDA is so important to research, BIOPAC has created tools to optimize event-related EDA analysis. Join Frazer Findlay, CEO of BIOPAC, to learn how you can improve your EDA analysis techniques. Frazer will run through an example of what the data looks like, he’ll show how it is converted, how to easily run the analysis, and he’ll brief you on the issues you may encounter.19-01-24
Education & TeachingHow to Engage Students in Lab EnvironmentsWe all learn by doing. The concepts of science become real when your lab is configured to allow students to collect signals from their own bodies. A successful lab is one where students are fully engaged and learning the concepts—where they can achieve their goals without wasting time on equipment setup and confusing processes. That is why Cindy Marolf, EdD, Nebraska Wesleyan University, originally implemented BIOPAC, using it to increase student engagement, and taking student learning to the next level. Professor Marolf takes you into her lab, shows you how she’s utilized the Biopac Student Lab to customize her students’ lab experience, and discusses the positive impact it has had on both her and her students.18-05-08
EEGAnimal EEG Webinar - Measuring Long-Term Wireless EEG in RodentsFocused on the fundamentals of wireless, long-term EEG recording in small animals and presents new research capabilities enabled through the integration of EPOCH systems technology and BIOPAC physiological data acquisition and analysis systems. BIOPAC Systems can monitor multiple physiological signals from animalsBIOPAC Systems can monitor multiple physiological signals from rodents. Recording and analyzing multi-channel electroencephalogram (EEG) signals in small animals offers detailed insights into brain activity, an important process to many research applications including psychophysiology, stroke, motor disorder, sleep, circadian rhythms, seizures and epilepsy, to name a few. However, traditional methods of obtaining long-term EEG data provide a myriad of challenges, including surgical complexity, an inability to utilize additional transmitters, and limitations when trying to study small, neonatal rodents. Moreover, attempting to co-register multi-channel EEG with complimentary physiological measurements adds another level of complexity, requiring the integration of multiple systems. If this is done incorrectly, it can lead to data acquisition errors, poor measurement synchronization and ultimately misleading results.17-02-07
EEGEEG for Psychophysiology ResearchLearn how to add Electroencephalography (EEG) data to psychophysiological research applications, proper setup, and identification of usable EEG data for a variety of systems recording up to 32 channels of surface EEG from human participants.17-04-20
EEGEEG for Psychophysiology Research Part IIMany researchers in psychophysiology, physiology, consumer neuromarketing and behavior, and other fields of study want to utilize Electroencephalography (EEG) data in their experimental protocols but do not wish to add high-density EEG recordings. For those who do not specialize in EEG, a wide variety of choices makes determining the best system for adding this valuable signal a bewildering challenge. Moreover, once a system is added that matches the researcher’s needs, proper setup to ensure reliable data and reviewing the data to determine its usability can be problematic for new researchers, or for those who do not work with EEG extensively. The B-Alert EEG system offers a user-friendly solution!17-05-24
EEGEEG for Psychophysiology Research Part III - Low Density Recording & AnalysisA low-density recording can consist of a single channel of EEG and work up from there. In many instances, a classic EEG cap isn’t used and regular electrodes are applied to the scalp and held in place with conductive, adhesive gel. This webinar provides live demonstrations of EEG recordings without the use of an electrode cap and places special emphasis on setup, recording, and analysis. BIOPAC CEO Frazer Findlay walks through the setup process to provide tips and tricks for recording high-quality data. The analysis segment covers the different EEG frequency bands and takes a close look at EEG frequency analysis, including Mean power, Mean, Median, and Peak frequency across user-selectable time periods. Alpha RMS and Delta power analysis. are also addressed.17-07-13
EEGEEG for Psychophysiology Research Part IV – Mobita Wireless SystemPart IV of our EEG Webinar Series will focus on the Mobita 32-Channel Wireless EEG System. Attendees will see a live demo of the wireless Mobita EEG system and will learn about adding Electroencephalography (EEG) data to psychophysiological research applications, proper setup, and identification of usable EEG data for recording up to 32 channels of surface EEG from human participants. Frazer Findlay will also cover integrated AcqKnowledge analysis functions.17-10-12
EMGHow to get Great EMG (Electromyography) DataHow to record clean, usable EMG Electromyography) data and Facial EMG data using BIOPAC equipment to record and analyze great EMG data. The webinar is ideal for researchers in both academic and commercial settings who need to record and analyze accurate EMG data for their experiments.17-01-19
EMGHow to get Great EMG (Electromyography) Data-AnalysisHow to analyze EMG (Electromyography) Data using BIOPAC’s AcqKnowledge software. This presentation is ideal for researchers in both academic and commercial settings who need to record and analyze accurate EMG data for their experiments.17-02-16
EMGHow to Record Great Facial EMG DataHuman facial expressions are tied to human emotion. Feelings of fear, surprise, happiness, disgust, sadness, and anger can be understood by researchers recording Facial electromyography (fEMG) data. Activities in the zygomaticus major muscle tend to correspond with positive emotions (happiness, surprise), and the corrigator supercilii muscle tends to correspond with negative emotions (anger, fear, disgust). Researchers use this EMG data for a variety of studies involving visual, auditory and haptic stimuli, startle and response, unconscious learning, emotional response and more. Join Frazer Findlay, CEO, BIOPAC for a webinar on recording great Facial EMG. Learn how to set up a Facial EMG study, where to place the electrodes and best practices for recording signals on the muscles tied to our emotions.18-03-28
EMGUnderstand Human Emotions with Facial EMGThis training session focuses on tracking human emotions with Facial EMG. Join Frazer Findlay, CEO of BIOPAC, to learn about recording fEMG with Smart Amplifiers. Frazer demonstrates where to place electrodes and best practices for collecting Facial Electromyography signals and electrical activity from the Zygomaticus and Corrugator Supercilii muscles. fEMG is used for a variety of studies involving visual, auditory and haptic stimuli, startle and response, emotional response, unconscious learning, and more.19-04-25
Exercise & MobilityRecording Great Data from Exercising and Mobile SubjectsIn this webinar, attendees will learn practices and system options for recording great biometric data from exercising and mobile subjects. The webinar will present live data from an exercising subject and focus on best practices for recording high-quality life science signals.17-06-22
Exercise & MobilityRecording High-Quality Metabolic Data in Human SubjectsObtaining accurate and reproducible metabolic data, such as oxygen consumption (VO2), carbon dioxide production (VCO2) and respiratory exchange ratio (RER), from research participants at rest and during exercise provides detailed insights regarding human response and physiology. These measurements are extremely important to many research disciplines including exercise physiology, sports science, biomedical engineering, psychophysiology, and various consumer neuroscience applications.17-11-29
Eye TrackingEye Tracking Webinar - BIOPAC & SMIHow to integrate eye tracking data with physiological measurements - BIOPAC and SensoMotoric Instruments experts present user case studies to demonstrate new research capabilities made possible by the plug & play integration of SMI eye tracking technology with BIOPAC’s wireless physiological recording systems.16-05-08
Eye TrackingIntegrating VR, Eye Tracking, and Biofeedback in Your Research | Part IVJoin BIOPAC and WorldViz in this online presentation about creating VR experiments with integrated Eye Tracking, biometric data, and real-time feedback. We’ll show you how to conduct your own VR experiment and we’ll dig into the analysis with event marks so you can learn how to analyze the combined data.20-03-18
Facial Expression & Facial CodingUsing Facial Expressions to Understand BehaviorResearchers often need to explain complex behaviors tied to emotional response. Collecting good emotional data and translating that data into a conclusion is critical when understanding and FaceReader affectiive responseexplaining behavior.18-09-27
Facial Expression & Facial CodingUnderstand Human Emotions with Facial EMGThis training session focuses on tracking human emotions with Facial EMG. Join Frazer Findlay, CEO of BIOPAC, to learn about recording fEMG with Smart Amplifiers. Frazer demonstrates where to place electrodes and best practices for collecting Facial Electromyography signals and electrical activity from the Zygomaticus and Corrugator Supercilii muscles. fEMG is used for a variety of studies involving visual, auditory and haptic stimuli, startle and response, emotional response, unconscious learning, and more.19-04-25
fNIRStudying Cognitive FunctionExperts discuss combining fNIR Brain Imaging & Physiological Signals to Study Cognitive Function. Fundamentals of fNIR Functional Near Infrared Imaging to measure neural activity and hemodynamic response in the prefrontal cortex for cognitive function assessment are reviewed, and new research capabilities enabled through the integration of optical brain imaging technology with physiological data collection & stimulation systems are presented.16-09-15
fNIRHow to get High Quality Optical Brain Imaging DataThis webinar is ideal for new and experienced researchers using Functional Near Infrared Spectroscopy (fNIRS) in their studies or for individuals who wish to improve their understanding of strategies and techniques available for obtaining and analyzing great optical brain imaging data. Optical brain imaging technology provides researchers with a powerful method to study a variety of brain functions, including (but not limited to) attention, working memory, planning, decision making, problem-solving, etc. Cognitive Optical Brain Imaging (COBI) Studio is a hardware integrated software platform designed for functional Near Infrared (fNIR) Spectroscopy imaging systems. fNIRSOFT is a stand-alone software package designed to process, analyze and visualize functional near-infrared spectroscopy signals through a graphical user interface and/or scripting (for automation). In this webinar hosted by BIOPAC Systems and fNIR Devices, BIOPAC and fNIR Devices representatives and experts from academia will provide viewers with in-depth “how to” techniques, tips, and procedures for using these two powerful software tools to obtain and analyze great optical brain imaging data.16-11-17
fNIRfNIR Applications and SolutionsFunctional Near-Infrared Optical Imaging (fNIR) provides insights on cognitive brain function and is appealing to researchers studying attention, memory, planning, and problem-solving in natural settings, in the lab, or in the field. This technology—which is much more affordable than fMRI—is used in hemodynamic response & neural activity, optical brain imaging, cognition (e.g., working memory, decision-making processes, mental fatigue), neuroergonomics, neuromarketing, and muscle oxygenation studies.19-03-21
MRI and fMRIData Collection in the fMRI Environment (Human)Physiological data collection during magnetic resonance imagining (MRI) requires special consideration. Researchers need to ensure strong physiological signals while avoiding potential dangers for the participant. Understanding the issues around safety, set up and specialized equipment is important when collecting psychophysiology data inside the scanner. Jennifer Robinson, Ph.D., Auburn University, expert in functional MRI & psychophysiology, will present recommendations for successful fMRI data collection. Join Dr. Robinson and Frazer Findlay, CEO of BIOPAC, for a deep dive into the world of fMRI data collection.18-04-11
MRI and fMRICollect Human Blood Pressure during MRI ExperimentsMeasuring Continuous, Beat-by-Beat, Blood Pressure (BP) on subjects in the MRI is not an easy task because of the harsh environment and the lack of reliable MR Safe devices. Researchers have lacked options for collecting continuous BP data from human subjects, but things have changed and BIOPAC is now able to offer a new updated MR-Safe blood pressure measurement solution.19-05-23
NIBPIntegrating Noninvasive Blood Pressure Monitoring with Human Physiology MeasurementsExperts discussed the fundamentals of real-time, beat-to-beat noninvasive blood pressure (NIBP) monitoring and present new research capabilities enabled through the integration of NIBP technology and physiological recording systems.16-12-06
NIBPSimplify BP & Hemodynamics MeasurementAdding continuous, beat-by-beat, noninvasive Blood Pressure (BP) to physiology experiments gives researchers better cardiovascular insights yet many researchers avoid collecting blood pressure signals because of its complexity. But what if you could add BP without adding the complexity?18-12-12
NIBPCollect Human Blood Pressure during MRI ExperimentsMeasuring Continuous, Beat-by-Beat, Blood Pressure (BP) on subjects in the MRI is not an easy task because of the harsh environment and the lack of reliable MR Safe devices. Researchers have lacked options for collecting continuous BP data from human subjects, but things have changed and BIOPAC is now able to offer a new updated MR-Safe blood pressure measurement solution.19-05-23
Stimulation & Stimulus PresentationE-Prime 3 Experiment CreationLearn how to create a BIOPAC experiment from scratch in E-Prime 3 Experiment Generator, using BIOPAC devices.17-06-08
Stimulation & Stimulus PresentationE-Prime 3 ExperimentsE-Prime 3 Experiment Generator, experiment creation including an overview of Chronos and how to set up Digital I/O lines to link E-Prime and BIOPAC.17-07-20
Stimulation & Stimulus PresentationStimulus Presentation and Event Mark Up with E-Prime Researchers rely on synchronizing physiology data with stimuli to provide insights on affect and emotion. Syncing event marks with visual and auditory stimuli is now more convenient than ever with powerful stimulus presentation software. Join BIOPAC for our next webinar as we provide an overview of the E-Prime Stimulus Presentation Software and AcqKnowledge analysis synchronization.17-12-07
Stimulation & Stimulus PresentationStimulus Presentation and Event Mark Up with SuperLabResearchers rely on synchronizing physiology data with stimuli to provide insights on affect and emotion. Syncing event marks with visual and auditory stimuli is now more convenient than ever with powerful stimulus presentation software. Watch this webinar for an overview of SuperLab Presentation Software and AcqKnowledge analysis synchronization.18-01-25
Stimulation & Stimulus PresentationAcqKnowledge Stim Synchronization and AnalysisResearchers rely on synchronizing physiology data with stimuli to provide insights on affect and emotion. Syncing event marks with visual and auditory stimuli is now more convenient than ever with powerful stimulus presentation software. Join BIOPAC for our third webinar on stimulation as we tie stimulation event marks with physiology data AcqKnowledge analysis synchronization.18-02-08
Stimulation & Stimulus PresentationStimulation Techniques for ResearchersBIOPAC will present a live demonstration of the different types of stimulation that can be delivered and controlled from BIOPAC’s AcqKnowledge software. We will review electrical, auditory, visual, haptic, and olfactory stimulation types along with BIOPAC’s NEW thermal stimulator. This live demonstration showing setup and recording will provide a detailed overview of the stimulator software in AcqKnowledge. Subject preparation for several stimulation techniques will be discussed and shown during the demo. Plus, we’ll present how third-party stimulators interact with AcqKnowledge software.18-10-25
Video & MultimediaSynchronize Participant Video with Physiology DataVideo is a compelling addition to physiology experiments. Researchers need to understand and observe the behavior of the participant, identify problems during the experiment and get a general sense of behavior and how that behavior relates to the data. If data looks wrong or bad, video can help researchers figure out why.18-11-29

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