University of Southern California
Los Angeles, California, 90089, United States
NCT Number: NCT05242523
This study aims at establishing a laboratory experiment that mimics office work stressors, examining the feasibility of automated stress detection, and identifying the most significant physiological and/or behavioral features that can be used to differentiate between positive stress (eustress) and negative stress (distress). Additionally, we will investigate if triggering the olfactory (exposing participants to pleasant smells) senses would help reduce stress.
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Notify Me18 year and older
All sexes
Interventional
Not applicable
Los Angeles, California, 90089, United States
The experiment is divided into 2 main phases:
The first phase is the eustress-distress data collection: In this phase, participants will complete three conditions:
During the three conditions (idle, low stress, high stress) participants will be asked 5 questions every 5 minutes:
The second phase is meant to investigate if triggering the olfactory (exposing participants to pleasant smells) senses would help reduce stress.
For that, participants will be given a task that an office worker usually conducts in their everyday work (e.g., typing a paragraph in a word document, organizing a spreadsheet) for 20 minutes. During the 20 minutes, participants will get exposed to one of the following three conditions:
Following this, participants will be asked to rate their anxiety/stress levels using the state anxiety trait survey and how they perceived the exposure to the scents.
Healthy volunteers accepted: Yes
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
The scent of bergamot is fruity and citrusy, with floral hints and spice notes.
Wood notes tend to be rich and warm, often forming the base of a scent due to their aromatic weight.
Time frame: Throughout study participation, up to 120 minutes
Heart rate will be collected through a sensor attached to the participant's chest at a collection rate of 1 heart rate reading per second. The average heart rate will be examined across study conditions.
Time frame: Throughout study participation, up to 120 minutes
Electrodermal activity will be collected through a sensor placed on the wrist similar to a watch, with data collection at a rate of 4 readings per second. The average electrodermal activity will be examined across study conditions.
Time frame: Throughout study participation, up to 120 minutes
A facial detection algorithm will be used to detect the blinking rate of the participant from a camera that collects 10 frames per second. The average blink rate will be examined across study conditions.
Time frame: Throughout study participation, up to 120 minutes
A facial detection algorithm will be used to detect the gaze angle direction of the participant from a camera that collects 10 frames per second. The durations of gaze angles will be examined across study conditions.
Time frame: Throughout study participation, up to 120 minutes
The number of mouse clicks will be recorded using a logger software installed on the computer. The frequency of mouse clicks will be examined across study conditions.
Time frame: Throughout study participation, up to 120 minutes
The number of keystrokes will be recorded using a logger software installed on the computer. The frequency of keystrokes will be examined across study conditions.
University of Southern California
Other
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View the official ClinicalTrials.gov record (opens in a new tab)This listing is for discovery and informational purposes only. It is not medical advice, does not guarantee that a study is recruiting, and does not determine eligibility. Contact the study team and a qualified healthcare professional when considering participation.
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