View clinical trials related to Risk of Falling.
Filter by:This is a pilot study that aims to test the feasibility and safety of a novel Nordic Walking (NW) activity program for community-dwelling older adults who are at risk of falling or experience fear of falling (FOF). The study also aims to determine the distribution and effect sizes of outcomes to inform future sample size calculations and explore participants' perspectives of the intervention. Participants will be asked to: - Attend training sessions to learn proper Nordic Walking techniques. - Engage in supervised Nordic Walking sessions for a specified duration and frequency. - Keep a log of their walking activities and any falls or near falls experienced. - Complete questionnaires to assess their fear of falling and overall physical activity levels. If there is a comparison group: Researchers will compare the intervention group, consisting of older adults participating in the Nordic Walking program, with a control group of older adults who do not receive the intervention. The comparison will be made to determine if Nordic Walking has a significant impact on reducing falls and fear of falling compared to the control group.
The aim of this study is to investigate the effect of group-based multimodal exercise training combined with Otago home-based exercise program on physical performance, balance and social participation in community-dwelling older women. Hypotheses: H0: Group-based multimodal exercise training combined with Otago home-based exercise program in community-dwelling older women has no effect on physical performance, balance and social participation. H1: Group-based multimodal exercise training combined with Otago home-based exercise program in community-dwelling older women has positive effects on physical performance, balance and social participation. Within the scope of the study, the exercise program will be carried out 3 days a week and for 16 weeks; - One day a week under the supervision of a physiotherapist, in the form of group exercise training in the center - Two days a week, the Otago Home Exercise Program will be conducted non-supervised at the participants' homes. Within the scope of group exercise training, it is planned to implement a program of approximately 45-60 minutes, including warm-up, strengthening, balance and cool-down exercises. The control group will not be included in any exercise application, if they wish, they can be recruited in the same program after 16 weeks. In addition, all participants will be given a training in which they will be informed about the risk of falling. There will be 2 evaluations at the beginning of the study and at the end of the 16-week program. Within the scope of the study, participants' balance, walking speed, muscle strength, fear of falling, participation, life satisfaction and loneliness parameters will be evaluated. At the end of this study, the change in balance, walking speed, muscle strength, fear of falling, participation, life satisfaction and loneliness in community-dwelling older women will be evaluated by applying the group-based multimodal exercise training combined with Otago home-based exercise program including strengthening and balance exercises. The original aspect of this study is the presentation of the results to be obtained by combining the effect of group exercise that creates opportunities for social interaction with the structure of the home based Otago exercise program that ensures its sustainability in the home environment.
Obesity is a global health problem. It changes the measurement of the human body and makes a big change to move the body. The increased weight and mass change the way the limbs and whole body generate and react to force Excess fat also interferes with joint-muscle interactions that are important for functional capacity and postural balance The tendency to increase the thickness of the abdomen contributes to anterior movement of the COM of the body. The purpose of the study is to investigate the biomechanical effect of weight on foot stability in children.
BioSensics has developed a Physical Activity Monitoring System (PAMSys) that consists of a single wearable motion sensor that is worn on the torso. The objectives of this observational study are the following: 1) to test the efficacy of PAMSys for objectively assessing a persons risk of falling based on activity data measured during activities of daily living and 2) to test the efficacy of PAMSys for identifying precise early physical activity or functioning indicators of frailty in those who are pre-frail or frail as compared to non-frail controls.