ON-DEMAND COMING SOON
An essential webinar for researchers interested in recording facial electromyography (fEMG) to measure muscle activity associated with facial expression, particularly smiling and frowning.
Facial EMG is a well-established technique with applications in the analysis and observation of speech, mastication and expression of emotion. Electrodes are used to detect the electrical impulses of two muscles in particular: the corrugator supercilii (used for frowning), and the zygomaticus (used for smiling).
In this live training session, Frazer Findlay, CEO of BIOPAC, demonstrates how fEMG with Smart Amplifiers can be used to track emotions and for a variety of other studies involving visual, auditory and haptic stimuli, startle response, emotional response, unconscious learning and more. Presented as a live demo, Frazer discusses optimal electrode placement and best practices for collecting fEMG signals from the zygomaticus and corrigator supercilii muscles.
Discussion topics will include:
- How to optimize subject preparation and electrode placement
- Critical factors to improve data quality
- Current wired and wireless options
- Live demo of hardware and software, including live data recording and analysis
BIOPAC Systems, Inc.
Frazer has more than 20 years’ experience in life science data acquisition and analysis. He is a well-regarded expert in the physiology monitoring industry and has facilitated workshops in the U.S., Europe and Asia. He is familiar with various software, laboratory tools and experimental protocols essential for producing reliable and repeatable measurements, particularly in the fields of human exercise physiology, cardiovascular physiology, psychopharmacology, and cognitive neuroscience. Frazer joined BIOPAC in 1996 when he moved from the UK to Santa Barbara, taking position as Domestic Sales Manager — he was appointed CEO in 2008. Since joining the company he has played an integral role in product development, client communications and ensuring BIOPAC continues to offer quality solutions for an increasing number of preclinical research applications.