Teaching
Psychological Physiology

iWorx Psychological Physiology Teaching Solutions provide everything you need to perform professionally developed experiments and exercises demonstrating essential concepts in psychological physiology, including:
Solutions are available in pre-configured kits or can be custom designed using iWorx unique LabsByDesignTM approach. With LabsByDesign, you choose only the psychological physiology lab experiments you want to teach and iWorx will configure the hardware and courseware you need for the specific experiments that meet your lab requirements.
Psychological Physiology Lab Experiments and Exercises
Note: The labs presented below are intended only for evaluation by prospective customers. iWorx users should refer to the User Area for the most current versions of labs and LabScribe Software.
- Installing LabScribe on Windows
- Installing LabScribe on MacOS
- Tutorial - Loading Lab Settings
- Tutorial 01a - The iWorx TA
- Tutorial 01b - The iWorx 214
- Tutorial 02 - Recording with LabScribe
- Tutorial 03 - Making Marks in LabScribe
- Tutorial 04 - Locating Marks in LabScribe
- Tutorial 05 - Basic Measurements in LabScribe
- Tutorial 05a - Basic ECG Measurements in LabScribe
- Tutorial 05b - Basic Spriometric Measurements in LabScribe
- Tutorial 05c - Setting BP Offset
- Tutorial 05d - Setting up GSR
- Tutorial 06 - Changing Display Time in LabScribe
- Tutorial 07 - Units Conversion in LabScribe
- Tutorial 08 - Computed Functions in LabScribe
- Tutorial 09 - Writing Reports in LabScribe
- Tutorial 10 - Advanced Analysis in LabScribe
- Tutorial 11 - Adding Copy of Graph to Journal
iWorx Teaching Citations on Google Scholar
iWorx GSR Citations on Google Scholar
iWorx EEG Citations on Google Scholar
iWorx ERP Citations on Google Scholar
Student Research Posters:
- Symbol Processing in the Blink of an Eye: an EEG Study :
by Isaiah Cushman, Gemma Francisco, Michelle Kang, and Nick Taylor, of Irvine Valley College
- Vagal Tone: Predicting Psychophysiological Function under Conditions of Fear:
Alara Blofield
Hypothesis: individuals with higher HRV, a marker of higher vagal tone, would have more general feelings of anxiety, faster fear-induced stress reaction and recovery, greater facial expressivity, and better memory