View clinical trials related to Stress, Psychological.
Filter by:The purpose of the present study is to evaluate the efficacy of Animal Assisted Therapy (AAT) during blood extraction or dental procedures in a Primary Care Pediatric Service. Determine the improvement in facilitating the task of venipuncture or dental extraction for nursing or dental professionals. Estimate the reduction in the child's emotional stress during these procedures with the support of a therapy dog. Evaluate the emotional stress in the accompanying family member. These objectives will be accomplished through a randomized open label two-arm controlled study of AAT for children who need a blood or dental extraction.
Children are highly sensitive to adversity during their first five years of life, with exposure to chronic parental mental illness (MI) consistently linked to socio-emotional impairments and mental health problems in children. Children born during the COVID-19 pandemic were exposed to unprecedented level of parental distress, with parental MI reported at three times the pre-pandemic rates. This situation underscored a pressing need for scalable solutions to foster positive mental health and developmental outcomes for a generation of children. In response, the investigators developed the Building Emotional Awareness and Mental Health (BEAM) program, an innovative mobile health (mHealth) solution for parents of young children. Clinical trials to date evaluating BEAM have shown promising results, demonstrating reductions in parent depression, anxiety, and harsh parenting practices. This trial involves an effectiveness-implementation hybrid design with co-primary aims of (1) determining BEAM's effectiveness in improving child mental health and developmental outcomes, and (2) evaluating the implementation of BEAM in the community through metrics such as feasibility, acceptability, and uptake. The secondary aim of this trial is to measure BEAM's effectiveness in improving long-term biopsychosocial family outcomes using administrative data. A final exploratory aim of this trial will measure the cost-utility of delivering BEAM relative to extant health programming. This trial will evaluate the effectiveness of implementing the BEAM intervention in the community with a sample of 400 parent participants with a child aged 24-71 months. Study participants will complete 12 weeks of psychoeducation modules in the BEAM app, with access to an online social support forum and check ins with a peer coach. Assessments of parent and child symptoms will occur at pre-test before BEAM begins (T1), immediately after the last week of the BEAM intervention (post-test, T2), 6-month follow-up (T3), and 12-month follow-up (T4). The BEAM program offers a promising solution to addressing elevated parental mental health symptoms, parenting stress, and related child functioning concerns. The present implementation trial aims to extend the groundwork established by an open pilot trial and RCT of the BEAM program, in a next step of testing BEAM's readiness for nationwide scaling.
The use of patient-reported outcome (PROs) have become increasingly commonplace across many healthcare settings over the past two decades. The value of PROs is now acknowledged by healthcare providers and patients alike. However, to date, little is known about the best practices for formulating PRO measures (PROMS), but even more specifically, the effect had on the responding patients as a result of item word choice, emotional valence, or frequency of use. That is, 1) does the positive or negative wording of items affect the patient's perspective on the latent variable, 2) is there a degree of subliminal influence or measurement effects on their behaviour resulting from exposure to PROs, and finally, 3) is such an effect amplified with repeated exposure?
Medical practice often comes with high stress. Stress negatively affects our health and well-being and is linked to doctors making mistakes, some of which can be deadly. In this study, the effect of two quick stress-relief methods on daily stress levels is estimated. The two anti-stress exercises are designed to easily fit into daily routines: 1. Box breathing (6 minutes) is known to reduce stress and lower the heart rate. It is used by the military and law enforcement, among others, to manage stress. 2. Breathing and mindfulness exercise (10 minutes): This guided breathing and mindfulness intervention combines mindful breathing with simple body movements, developed to reduce the perceived level of stress. The effectiveness of these interventions is being examined in a series of N-of-1 trials. Each participant can choose between the interventions. After being randomly allocated to an individual sequence of one-week intervention and control phases, the study begins. Participants record their stress levels daily over the four-week study period. The intervention is only performed in the intervention phases. Upon completing the study, the stress levels during the intervention phases are compared to those in the control phases. Each participant will receive an individual analysis based on the collected data. In addition, the investigators will estimate the effects at the population level. Three months after the study, a survey will be sent to the participants to check if the benefits have persisted.
This study aims to explore various psychosocial aspects and the potential benefits of respiratory techniques for physical therapy students.
The aim of this study is to identify trauma determinants and leverage this understanding to develop solutions applicable to the prevention and treatment of PTSD among emergency medical personnel. By categorizing stimuli associated with traumatic professional experiences, the study aims to enhance existing therapeutic protocols through exposure therapy. The specific objectives are as follows: 1. Analysis and characterization of occupational workloads among doctors and emergency medical personnel, focusing on the scale of burdens associated with PTSD symptoms. 2. Development of categories for aggravating and potentially traumatizing stimuli within the medical staff of rescue teams. 3. Examination of the feasibility of incorporating the obtained results into cognitive-behavioral therapy protocols. 4. Assessment of the potential for implementing the results in solutions utilizing virtual reality technology. 5. Formation of an interdisciplinary international research team.
Purpose: Investigating the effects of stressors and recovery regulation on the super-compensation effect of high-intensity intensive training (IT) in endurance athletes. Methods: This study will recruit 176 competitively trained endurance adult athletes. Participants will conduct a 7-week 3-stage experiment, including 3 weeks of regular training, 3 weeks of 130% progressive IT, and 1 week of 55% taper. Measurement will include training responses (performance and fatigue symptoms), stressors, recovery regulation, and mood state at baseline, during and after regular training, IT, and taper separately. According to the performance after taper, all participants will category into either the responder or non-responder of well-response to supercompensation effect. Statistic analysis: Independent t-test, Chi-squared test, and binary logistic regression will be used to compare the difference in training responses, stressors, recovery regulation, and mood state characteristics between responder and non-responder groups. P value sets at 0.15 for identifying the potential predictors. Logistic stepwise multiple regression will be used further to determine the significant predictors for the responders of well-response to the super-compensation among endurance athletes. P value sets at 0.05.
The goal of the randomized controlled trials is to learn about the effects of urban farming interventions on older adults' physical, mental, and social well-being of older adults aged 50 and above. The main questions the study aims to answer are Q1. Would participants who have undergone the urban care farming intervention have lower stress levels compared to those who did not undergo the intervention? Q2. Would the quality of life and biopsychosocial factors of older adults who participate in the urban farming interventions be better before the intervention and compared to those who did not participate? Q3. Would running intervention programs as such demonstrate cost-effectiveness? Participants will be enrolled in 24 weekly lessons providing hands-on urban farming techniques, including physical activity, planting, and social interactions. Researchers will compare older participants with similar demographic profile to determine if the biological, psychological, and social factors are better for the intervention group.
To reduce stress among urban residents, the consortium members of the European Council Horizon 2020 research program DivAirCity install different stress reducing, noise reducing and air quality improving means in the five cities of the consortium. This study measures physiological and psychological stress and health factors before and after the implementation of the project (at intervention sites) and compares the change (improvement) to the change in comparable places where no means were installed (control site).
The proposed project aims to develop and validate a multi-dimensional digital active aging program integrated with resilience to promote the biopsychosocial functions of older adults aged 60, including Chinese older immigrants in Canada (Study 1) and English-speaking White Canadian older adults (Study 2). The proposed study takes a typical pretest-training-posttest design. Pretest and posttest: a battery of outcome measures on physical, psychological, and social functions will be administered to all participants. Data will also be used to identify sociodemographic risk predictors for outcome variables (i.e., biopsychosocial functions and resilience). Training: the participants will be randomly assigned to three arms to receive 4 weeks of 16 training/practice/control treatment sessions delivered via Zoom. In the "active aging with resilience (AR)" condition, participants will complete physical, cognitive, and social engagement training modules, starting with a 30-min resilience-building module. The traditional "active aging" (AA) training involves the same multi-domain active aging training without the initial resilience-building module. The "workshop training" (WT) control condition involves workshops following the same 4-week schedule on aging-related topics.