59
Participants
Start Date
February 17, 2023
Primary Completion Date
May 22, 2024
Study Completion Date
May 22, 2024
OSC+
The first session of the HRVB intervention will focus on introducing the client to HRVB and calculating the participant's resonance frequency which typically range from 4.5-7 breaths per minute. Participants will first complete a five-minute baseline breathing condition. Following the breathing condition, the participants will complete five conditions for five minutes each. Specifically, each condition will have the person breath at 6, 6.5, 5.5, 5, and 4.5 breaths per minute with a minute break between. Session two will focus on practicing resonance frequency breathing and solidifying the correct resonance frequency for the participant. Additionally, this session will introduce the technique of breathing through pursed lips and abdominal breathing. For sessions three through five, participants will practice resonance frequency breathing and review previous strategies.
OSC-
During the first week, the baseline will be assessed and resonance frequency. Specifically, during their first intervention session the participants will be told that the goal of the sessions includes decreasing heart rate variability and avoiding slow and steady breathing. The participants will then be asked to choose five strategies to lower their heart rate oscillations. Participants will be told to avoid slow breathing as it causes large heart rate oscillations. For the second session, the therapist will check in with the participant and discuss how the practice went. Participants will then select three strategies that they will practice for three five-minute conditions following a five-minute baseline. Sessions three, four, and five will include three conditions: a five-minute baseline and two strategies of their choice. For each session, the best strategy will be calculated and written on the assignment sheets to be used during the week for their four homework sessions.
Brigham Young Unversity, Provo
Brigham Young University
OTHER