View clinical trials related to Self Efficacy.
Filter by:The plan is to include patients with a history of increased risk of suicide. In the aftermath of an episode of imminent suicide risk, patients will receive a psychoeducational course that entails information on different aspects of suicide-related topics, identifying triggers and detecting early warning signals for increased suicide risk. The course culminates in working on completing a individual safety plan to prevent an future increase in suicide risk. The course will incorporate both patients and their next of kin. The psychoeducational course will be compared to a control group where the patients receive one individual session with focus on a safety plan to evaluate the intervention. Both groups will receive treatment as usual (TAU) during both the acute phase and follow-up. The study will be conducted as a randomized controlled trial.
The goal of this clinical trial is to test the PainSMART-strategy in a population of patients seeking primary care physiotherapy for pain related to muscles, joints and bones, so called musculoskeletal pain. The PainSMART-strategy consists of a digital educational film (entitled Be PainSMART:er) and a discussion based on the film at the initial physiotherapy consultation. The main questions this clinical trial aims to answer are: 1. Can the PainSMART-strategy update knowledge and beliefs about pain and aid early stage self-management of pain for participants seeking primary care physiotherapy with benign musculoskeletal pain? 2. Can the PainSMART-strategy improve evaluations of the initial physiotherapy consultation for both the patient and physiotherapist? Participating patients will be randomised into two groups. One group (intervention group) will receive the PainSMART-strategy as an adjunct to the current physiotherapy care pathway for musculoskeletal pain. The other group (control group) will follow the current physiotherapy care pathway. The two groups will be followed and compared over three months. Self-report questionnaires will be collected during the three-month period to analyse what effects the PainSMART-strategy can have on the following health outcomes: - Pain levels - Beliefs that one can remain active despite pain - Knowledge about pain - Worry about the seriousness of the pain - Expectations regarding recovery - Use of pain self-management strategies - Levels of physical activity - Absence from work due to pain - Number of referrals made for scans or x-rays, or to a specialist, for pain - Number of healthcare visits for pain during the trial period. Participating patients (both groups) and physiotherapists will also complete questionnaires to evaluate the effect of the PainSMART-strategy on the initial physiotherapy consultation.
In the randomized controlled study, the aim is to compare the effect of flipped classroom, peer-supported and traditional education on the knowledge and skills of nursing students in stoma care and on academic self-efficacy. The sample consisted of 106 nursing students who studied at the Nursing Faculty. The data was collected using the Personal Information Form, the Stoma Care Skill Rubric, Stoma care information form, and the Academic Self-Efficacy Scale in Nursing Undergraduate Students The data will be analyzed using the number, percentage, average, standard deviation, minimum, maximum, median, skewness and kurtosis, Mann-Whitney U Test, Spearman Rho Correlation Test.
This "SeApp" study aims to test a self-efficacy Ecological Momentary Intervention (EMI) in healthy students in the context of COVID-19. EMIs are mostly smartphone-based applications that deliver interventions to people while being engaged in their daily life activities. The app harnesses the power of self-efficacy autobiographical memories (e.g. problem-solving memories, memories of success). Ecological Momentary Assessments (EMAs) are also incorporated into the study to capture individuals' feelings, affect, and behavior in real time.
The goal of the RESTART RCT is to examine whether a complex lifestyle intervention, coordinated with municipal and non-government organizations (NGO), can establish and preserve improvements in risk factors and functional capacity among older adults at high risk of cardiometabolic disease. The main objectives to investigate are whether a complex lifestyle intervention, compared to an active control group, will at 24 months have: 1. Produced a clinically relevant increase in cardiorespiratory fitness (primary endpoint) 2. Increased muscle strength, physical activity and reduced adiposity 3. Improved body composition, health-related quality of life and cognitive function All participants (Control and Intervention Groups) are provided with wrist-worn activity trackers at baseline and access to national recommendations on physical activity. The intervention group additionally advances through a comprehensive lifestyle program including high-intensity aerobic and strength exercise, dietary and behavioral counselling. Intervention participants are gradually transitioned into exercise activities organized by Tromsø Municipaity and local NGO:s. Testing of outcomes are performed at baseline, 6, 12 and 24 months. Primary endpoint (VO2max) is assessed at 24 months.
This is a cross-sectional observational study where investigators are trying to see the associations between factors contributing to obesity (dietary behavior and physical activity), resilience (self-efficacy, self-esteem, and optimism), and HRQoL in Indian adolescents. The key research question and sub-questions are as follows: Main research question: Is there a relationship between resilience (measured as self-efficacy) and obesity in children? 1. What is the level of other resilience factors (measured as self-esteem and optimism) among overweight, obese, and normal-weight adolescents? Are there differences between the groups? Are there differences between ages? Are there differences between genders? 2. Is there a relationship between resilience factors (measured as self-esteem and optimism) and HRQoL among overweight, obese, and normal-weight adolescents? Are there differences between the groups? Are there differences between ages? Are there differences between genders? 3. Is low resilience (measured as self-esteem, self-efficacy, and optimism) associated with overweight or obesity among adolescents and a lower HRQoL? Are there differences between ages? Are there differences between genders? 4. What is the level of association between resilience (identified as self-esteem, self-efficacy, and optimism) and factors contributing to obesity (dietary habits - measured in terms of more frequent unhealthy eating, such as eating fast food, sugary beverages, more calories, and less frequent healthy habits, such as more junk foods for meals, less physical activity, higher BMI, or higher weight-for-age Z scores, more body fat percentage and psychosocial factors related to obesity: socio-economic status
This study will consist of a randomized controlled trial of a motivational interviewing intervention for adolescents with diagnosed sexually transmitted infections (STIs). The sessions will provide HIV/STI prevention education, use motivational interviewing (MI) to enhance goal setting, and providing skill building and referral to evidence based STI and HIV prevention strategies Pre-Exposure Prophylaxis (PrEP), condom use, and partner notification.
Medication adherence is a critical aspect of achieving optimal health outcomes. Thirty to 50% of patients adhere to long-term medication treatment of chronic diseases. Non adherence has been shown to result in worsening disease, increased healthcare expenditures, complications and even death. Medically underserved communities have higher rates of medication nonadherence and a higher prevalence of chronic conditions and often receive care at Federally Qualified Health Centers (FQHCs) which are reporting caring for increasingly complex chronic conditions. Smartphone mobile phone ownership has increased to 76% in low income Americans, but this population has been underrepresented in mobile health intervention studies. This two-group, cluster randomized by site, randomized controlled trial will investigate the effect of a medication adherence smartphone mobile application (app) which provides reminders on patient medication adherence, on medication self-efficacy, medication knowledge and medication social support. Independently, each of these concepts have been shown to support medication adherence. However in the context of delivery by a medication adherence app in a variety of chronic illnesses in a medically underserved population, little is known. It will also explore if those who accessed educational materials within the app report greater medication knowledge than those who do not and if participants who choose to use the additional Medfriend feature report greater medication social support than those who do not. The study will also explore patients' perceptions on the usefulness and satisfaction with the app features.
This study will test a stigma reduction intervention with women living with HIV in Tanzania.
Rheumatoid arthritis (RA) is a chronic inflammatory disease that primarily causes pain, swelling and stiffness in the joints. The disease may reduce normal functioning and thereby quality of life. Patient education (PE), with the aim of supporting patients to self-manage their disease is an important part of the treatment and care to patients with RA. PE supports people in living with RA by offering knowledge of the disease, symptoms and treatment as well as guidance in coping with the disease in everyday life. In recent years, the number of people with RA has risen and in general people lives longer. This places new demands on the healthcare system for alternatives to conventional care, e.g. through web technology and remote care. Often PE is provided through face-to-face interactions with health professionals at the hospital and thus far, only a small number of studies have been conducted within the area of web-based PE targeting people with RA. A few studies within RA and other chronic diseases shows that online tools and online educational programs may enhance patient's knowledge of the disease and treatment and improve self-management and quality of life. Internet and technology is a great part of everyday life, however, variation is seen in computer skills and likewise in health literacy skills. Even so, PE based on web technology may have several advantages, e.g. the accessibility and the possibility to seek for information as needed and repeatedly in familiar surroundings and possibly with relatives. Moreover, the integration of words and images can promote deeper understanding and learning since both auditory and visual channels are used. Possible disadvantages may be related to the absence of face-to-face contact with healthcare professionals. Given the need for alternative solutions to the conventional face-to-face contact, the investigators have developed an e-learning program targeting newly diagnosed patients with RA. The purpose of the program is to support self-management of the disease. The program takes into consideration peoples different competencies and assumptions by presenting information in an easy, inspiring and entertaining way. The program consists of three learning modules covering knowledge of the disease, medication, examinations, complications and daily living with RA, e.g. coping with emotions, pain, fatigue, physical activity, work etc. In keeping with different ways of learning and to support people's different competencies, the program offers a combination of animations, graphics, videos, podcasts, quizzes, written text and spoken words. Given the limited evidence about the effectiveness of web-based PE in RA, the intention behind the study is to evaluate the e-learning program. The project will be divided into three parts. In the first part the effect of the e-learning program will be evaluated. Approximately 200-230 patients from four rheumatology clinics in Denmark will be included. Half of the participants will receive education at home through the e-learning program and the other half will receive conventional education at the hospital. The effect of PE will be evaluated through questionnaires covering self-efficacy, knowledge of RA and medication, medication taking, health literacy skills and quality of life. Additionally, disease activity, physical functioning, pain and fatigue will be measured. Furthermore, the investigators will examine the use of the e-learning program, such as time consumption and completed modules. Finally, telephone contacts from patients to the outpatient clinics will be measured to investigate possible causal relationships between the information provided through PE and the need for additional information or guidance related to self-management. The number of out-patient visits in the clinic will also be measured. In the second part the investigators will explore the perceptions of receiving PE through the e-learning program from the perspective of patients with RA. This will be explored through individually interviews with approximately 20-25 patients. In the third part the complexities in the e-learning program to improve chances of success in implementation of the technology in clinical practice, i.e. outside the project, will be explored. Through focus group interviews with nurses and doctors involved in the project, the investigators will explore perspectives of using the program. The interviews will be based on a framework covering both successes, challenges and failures in relation to the technology, the patient group, values and the organisation. Furthermore, the investigators will revisit the patient interviews from the second part in order to obtain information about these aspects from the patient perspective. The investigators hypothesize that the e-learning PE program will be superior to standard face-to-face PE in improving self-efficacy.