A Semi‐Virtual Trier Social Stress Test (SV-TSST)
Year: 2024
Type: article
Abstract: The Trier Social Stress Test (TSST) is a strategy for inducing acute psychological stress and increases in glucocorticoid levels. Here we describe the methodology and implementation of a Semi-Virtual Trier Social Stress Test (SV-TSST) which combines the control of a laboratory environment with reduced need for in-person logistical support and enhanced social distancing without the need for specialized equipment. During the SV-TSST, the participant is guided through the baseline, anticipatory, challenge, and recovery phases of the test by an in-person experimenter. Confederate judges involved in the challenge phase of the protocol connect with the participant via live video teleconference. Fifty-five healthy male and female participants aged 18–25 completed measures of self-report stress and provided saliva samples for cortisol assay throughout the SV-TSST session. The SV-TSST protocol was found to induce a significant acute increase in subjective psychological stress and salivary cortisol, with elevated psychological stress in SV-TSST female compared to male participants. Results indicate that the SV-TSST can be implemented as protocol for acute stress induction in a within-subject design that can serve as an alternative to classic, virtual, and virtual reality adaptations of this methodology. • A semi-virtual stress test methodology reduces logistical burden while maintaining laboratory controls. • Male and female participants exhibit acute increases in salivary cortisol during the semi-virtual stress test. • Psychological stress is acutely increased in participants of the semi-virtual stress test, with females exhibiting heightened stress.
Source: Psychoneuroendocrinology
Authors: Melissa Miller, Madeline Divine, Ciara McAfee, Robin Brown, Shelby Sears, Cole Krautkramer, Rhea Gogia, Robert A. Josephs, Frances A. Champagne
Institution: The University of Texas at Austin
Language: English
Subfield: Behavioral Neuroscience
Field: Neuroscience
Domain: Life Sciences
Open Access status: hybrid
Estimated APC paid: $3,890
OpenAlex ID: W4405657176
