View clinical trials related to Health Behavior.
Filter by:Prostate cancer is the most diagnosed cancer in African American men and the second-leading cause of cancer-related death. The prostate-specific antigen (PSA) test is an early detection screening measure for prostate cancer. Greater PSA uptake among African Americans may reduce the disproportionate mortality burden of this disease. However, knowledge about prostate cancer and uptake of PSA screening remain low among African American men. To address this inequity, innovative team science approaches are required. This project proposes to develop and test the first-of-its-kind Prostate Cancer Genius App to improve knowledge of prostate cancer risk and symptoms, and deliver tailored navigation to complete a home-based PSA test. The primary goal of this study is to evaluate the feasibility of the Prostate Cancer Genius App in a 30-day pilot randomized control trial compared to an existing app developed by the U.S. Department of Health & Human Services (Prevention Taskforce App). African American men from Oklahoma, aged between 55 and 69 (N = 80), eligible for the PSA test will be randomly assigned 1:1 to receive either app. Three dimensions of app feasibility will be assessed: (1) preliminary efficacy, evaluated via post-intervention differences in prostate cancer knowledge, (2) app engagement and accessibility, measured via self-report questionnaires, and (3) app acceptability, explored via semi-structured qualitative interviews. Finally, the investigative team will explore post-intervention PSA screening rates and identify predictors of screening/not screening across both arms. The successful demonstration of feasibility for the Prostate Cancer Genius App within Oklahoma will support expanding this intervention to African Americans nationwide.
The objective of the research project is to establish an evidence-based sustainable nutrition service delivery platform for optimizing pregnancy weight gain, increasing dietary diversity of adolescent girls, and ensuring proper physical growth of under 2 children. Hypothesis 1. Pregnant Women: Intensive nutrition and WASH counseling, iron-folate, calcium supplementation during pregnancy, can improve gestational weight gain and improve hemoglobin status in pregnant women in a slum of Dhaka city 2. Adolescent girl: Iron and zinc supplementation and nutrition counseling on dietary diversity could improve nutritional status and dietary diversity score in adolescent girls of slums in Dhaka 3. Children <2 years: Counselling on IYCF, growth monitoring, and promotion, ensuring six-monthly vitamin A supplementation, counseling on WASH, treatment of acute malnutrition, and daily 1 egg supplementation for 3 months for severely stunted children can improve the nutritional status of children 4. Counselling to improve Water, Sanitation and Hygiene (WASH) practice: WASH intervention can improve EED biomarkers
One third of men and women are not satisfied with their sleep. A non-drug countermeasure to improve sleep in insomniacs could be adapted physical activity (APA). However, research is needed because the literature is limited and the few studies are most often based on subjective data with a great methodological disparity. Within the framework of the care pathway of Dr ARON's patients, sleep doctor at the Sommeil Morphée Center of the Grande Synthe Polyclinic (59), the objective of this project is to make an APA program more reliable in order to improve sleep, to understand the underlying mechanisms and to include APA in the therapeutic management.
Social innovation in aging needs to bring new ideas and services to meet new social and welfare needs identified in recent years. In our environment, people ≥60 years old accounted for 20% -24% of the population in 2015, and it is expected to increase to ≥30% by 2050. Older people living in rural areas have been severely affected by confinement, and new needs are being generated. To better understand the needs, an innovative element of this project is to involve the elderly-young people (60-74 years) from rural areas in the generation of solutions, which will make these solutions especially adapted to their needs. It also aims to study the effectiveness of a health education intervention based on participatory research, where young seniors co-create and implement the intervention among their peers, and focused on improving lifestyles, to prevent or to improve sarcopenia. The objectives of this project are: To characterize the elderly (60 to 74 years) who live independently in rural areas of the province of Tarragona, to actively involve them, through a process of participatory research to generate solutions. To achieve this goal, it is proposed to make a diagnosis of their health status (lifestyles, risk of malnutrition and sarcopenia), and conduct group interviews (focus groups) including earlier elderly people from rural areas. In addition, participants will receive the intervention co-created by themselves, and the effectiveness of the intervention created will be evaluated.
This optimization trial will examine three tracking (or "self-monitoring") strategies for weight loss -- tracking dietary intake, steps, and/or body weight -- all delivered through digital health tools. The purpose of the study is to evaluate the combination of these strategies that maximizes 6-month weight loss in the context of a standalone digital health intervention for adults with overweight or obesity. The investigators will recruit 176 total participants to the trial. Recruitment will occur through remote channels. Interested individuals will be directed to an online screening questionnaire; those who are eligible will then be invited to attend an initial remote session with study personnel to ensure interest and eligibility in the study. The weight loss intervention will last 6 months, and all participants will receive a "core" treatment consisting of goal setting, behavioral lessons, action plans, and tailored feedback - all of which will be delivered remotely. Depending on which group participants are assigned to in the study, some individuals will be asked to track their dietary intake, their steps, and/or their body weight via digital tools. All study tasks will occur remotely, thus, participants never need to come in-person for any intervention or assessment tasks. The investigators will use the Multiphase Optimization Strategy (MOST) framework to identify the most effective combination of self-monitoring strategies. The factorial design will allow the research team to determine the unique and combined impact of each self-monitoring component on weight change. The primary outcome is weight change from baseline to 6 months. The research team will also assess self-monitoring engagement over 6 months and its association with weight change. To complement the main trial, the research team will also randomize half of participants to receive an interactive orientation video, in order to assess its impact on trial retention at 6 months. Overall, the information gathered from this trial will enable the construction of an optimized digital health intervention for weight loss that can be delivered remotely, which, if found to be effective, could have high potential for scalability.
The study is a single-blinded randomized waitlist controlled trial that aims to assess changes in objective and self-report sleep improvement through use of a dynamic and personalized sleep improvement smartphone app and advice engine in those with poor sleep (i.e., subclinical threshold insomnia) when compared to a waitlist control group after 6 weeks and 12 weeks.
First research findings suggest that the influence of digital media on children's and adolescents' health depends primarily on proper use and regulation. In line with Social Cognitive Theory, parents' own mobile device use is very important to regulate children's media use because parents are their children's role models. However, parents do not always behave as optimal role models: They use smartphones on playgrounds, in restaurants, as well as during family mealtimes. This usage of mobile devices leads to interruptions during face-to-face conversations or routines which is defined as "technoference". Studies among children and parents suggest that parental mobile device use is associated with fewer parent-child interactions. In addition, first studies investigated mobile device use at the dining table and showed that mothers had less interactions with their children during meal times when they used a mobile device compared to mothers who did not and their children were also less likely to try new and unfamiliar food. Along the same lines, lower parental mobile device use during mealtime is also associated with healthier body weight in children. AIM: Examination of the effect of a time out from smartphone use during a family meal on the parent-child interaction at the meal table and eating quality in comparison to family meals where participants use the smartphone as usual. DESIGN: The study is a within-family field experiment with daily assessments over 14 days (7 days for the experimental condition, 7 days for the control condition). Families will go through both, intervention and control condition with a break of 21 days in between. The assessment of the main and secondary outcomes is conducted at the baseline, over a 14 day daily diary phase and at the follow-up (directly after the daily diary phase). The sample will consist of 120 families with at least one child between the age of 6 to 14 years old. Only the participating adult in the study fills in the questionnaires. OUTCOMES: (Un)healthy eating and parent-child interaction constitute the main outcome, whereas technoference, mealtime duration, atmosphere at the meal table, and smartphone use frequency are secondary outcomes.
The aim of this study is to advance understanding of behavioural risk factors for cardiovascular disease and type 2 diabetes in Singapore.
The purpose of this study is to evaluate a unique culturally-tailored intervention aimed at increasing healthy eating and physical activity in Ultra-Orthodox Jewish women during the COVID-19 pandemic. Utilizing a pre-post study design, this intervention is based on the CDC's Diabetes Prevention Program (DPP) and integrates low-tech media, partner learning, group support, and practical workbook content.
Aims and Hypotheses Aims - to investigate associations between an intelligent exercise training intervention and clinical health parameters, well-being, sick leave and productivity at Nordsjællands Hospital (NOH) - to generate data and experiences to a larger cluster randomized trial with more included departments at NOH - to analyze how the intervention could be successfully implemented in the organization to ensure long-term effects Outcomes - Aerobic capacity (Åstrand's ergometer test) - Blood pressure and heart rate - Physical activity (steps measured by tracker) - Self-reported health (questionnaire EQ-5D) - Self-reported physical activity (questionnaire IPAQ) - Well-being (questions from the Danish Health and Morbidity Survey) - Musculoskeletal pain and use of anti-pain medications (Numeric Rating Scale) - Monetized value of productivity loss - Productivity using an employer´s perspective (scale 1-10) - Sick leave (days in short term (≤14 days) and long term (>14 days), data will be delivered by The Department of HR) - Muscle strength in knee extension (dynamometer) Intervention The concept of intelligent training at the worksite is an individualized exercise training where the exercises are: 1) balanced to the physiological capacity of the employees relative to their occupational exposure, 2) tailored to the individual capacities and disorders to improve employees' health, 3) motivating by offering evidence based and enjoyable programs implemented with care, and 4) cost-effective for the company. The intervention period is 20 weeks of intelligent exercise training. Every week, several exercise sessions will be offered to the participants in the intervention group during the working hours. The exercise sessions will be of 30 min durations twice a week and include aerobic exercise with high intensity (≥16 on the Borg scale, rate of perceived exhaustion), resistance training and/or functional training. In addition, there will be a number of intelligent exercise sessions of 30 min durations before and after the most common working hours with a primary focus on aerobic exercise. The exercise sessions will be supervised by exercise experts (education in sport or physiotherapy). The intelligent exercise interventions will be adjusted to the individual participant's physical capacity and limitations; thus, as one participant may perform aerobic exercise, another person may perform resistance training.