View clinical trials related to Frailty.
Filter by:This is a randomized, placebo-controlled, double-blind, parallel arm, multi-center Phase 2b study.
The primary purpose of this study is to test if the STARK comprehensive autonomy health care package improves lower extremity function over time at 6 weeks, 3, 6 and 12 months after hip or pelvis fracture compared to the standard of care.
This trial will take the form of a feasibility study; designed to assess the feasibility of a proposed future clinical trial in this setting. This proposed future clinical trial is proposed to assess the impact of physical activity, in the form of specialised chair based physical activity intervention, on the physiological, psychological, cognitive, social and emotional health, and functional capacity of geriatric populations with pre-existing frailty within a residential care setting; recognising health as a holistic concept incorporating a multitude of inter-related dimensions. This feasibility study is single-centre (taking place at the Olivet Christadelphian care home, 17 Sherbourne Road, Acocks Green, Birmingham, United Kingdom ).
This trial will take the form of a feasibility study; designed to assess the feasibility of a proposed future clinical trial in this setting. This proposed future clinical trial is proposed to assess the impact of physical activity, in the form of specialised chair based physical activity interventions, on the physiological, psychological, cognitive, social and emotional health, and functional capacity of geriatric populations with pre-existing frailty within a clinical hospital ward setting; recognising health as a holistic concept incorporating a multitude of inter-related dimensions. This feasibility study is single-centre (taking place in the Harborne Ward of the Queen Elizabeth Hospital Birmingham, Mindelsohn Way, Edgbaston, Birmingham, United Kingdom).
This is an investigation to examine the correlation and predictive ability of activity measures obtained from cardiovascular implantable electrical devices.
A comparative study to follow subjects who received stem cell therapies three, five, seven, nine, and thirteen years after their follow-on visit. Subjects will be selected from a pool of previous Interdisciplinary Stem Cell Institute trial participants.
The proposed investigation for this study aims to; 1) understand the prevalence and outcomes associated with frailty among haemodialysis patients; 2) ascertain the best frailty assessment tool for haemodialysis patients, and; 3) design a clinical study to explore the feasibility of facilitating, recruiting and executing a multi-disciplinary clinical and psychological intervention to improve frailty status among haemodialysis patients. Work package 1: Firstly, there is a need to understand the prevalence and spectrum of frailty in a UK haemodialysis cohort and what impact frailty has for haemodialysis patients. To investigate this, the investigators will approach every patient on haemodialysis within the local catchment of haemodialysis units and, after informed consent, clinically phenotype their frailty status (pre- and post-haemodialysis for calculation of variability). The frailty phenotyping will encompass a number of frailty assessments (including the Edmonton Frail Scale, Clinical Frailty Scale from Rookwood score and Fried Frailty scale) to identify the ideal frailty assessment tool. All patients in this observational cohort study will be prospectively monitored for clinical/biochemical outcomes using an informatics-based approach for up to 60 months. Work package 2: Building upon the work conducted in work package 1, work package 2 will aim to recruit 50 patients clinically phenotyped with pre-frailty from work package 1 into a feasibility study exploring a multi-disciplinary intervention to improve frailty status. Eligible patients, after informed consent, will be randomised into active or passive intervention. The active intervention will involve a dietitian and physiotherapist who have been trained and accredited with cognitive behavior intervention, utilising established behavioral intervention frameworks, to deliver a multi-disciplinary clinical intervention targeting multiple components of frailty. The FITNESS project will therefore answer some important unanswered questions regarding frailty among the haemodialysis population and help in the design of a large multi-disciplinary intervention study if deemed feasible.
Frail Veterans are at increased risk for poor surgical outcomes, and as the Veteran population grows older and more frail, there is a critical need to identify effective strategies for reducing surgical risks for these patients. Prior research shows that inter-disciplinary rehabilitation strategies deployed after surgery enhance recovery and improve outcomes by building strength and improving nutrition. We believe that similar improvements may be obtained by using similar interventions before surgery to "prehabilitate" patients' capacity to tolerate the stress of surgery. The proposed research will examine the feasibility of a new, prehabilitation intervention aimed at improving postoperative surgical outcomes through preoperative exercise training and nutritional supplementation. Findings from the study will inform the design of a larger randomized controlled trial of the prehabilitation intervention. If proven effective, prehabilitation could benefit as many as 42,000 frail Veterans who are scheduled for major elective surgery each year.
The purpose of this study is the development of, and two stages of pilot testing of, a tool designed to assess frailty in older adults with a diagnosis of a functional mental illness. During the tool's development stage, participants' input, ideas and feedback will be sought to inform the tool's design. In the first pilot test the comprehensibility, acceptability and feasibility of the tool will be established. The tool will be amended based on information gained in the first pilot test. In the second pilot test the comprehensibility, acceptability and feasibility of the revised tool will be established. Reliability of the tool will be explored and preliminary examinations of both the interpretability and construct validity of the tool will be completed.
Rationale: There is increasing evidence that obesity may be a risk factor for frailty in the elderly. Obesity favors a state of chronic inflammation and insulin resistance, involves a fatty infiltration of the muscle and an increased cardiovascular risk and, in addition, obese people usually perform less physical activity. All this favors the loss of mass and muscular function (sarcopenia), a key component of the fragility and the functional deterioration. Objectives: To evaluate the effectiveness of a multimodal intervention to lose weight in the prevention of frailty in obese elderly people, as well as to know the main mechanisms involved in the frailty process. Methodology: Design: Controlled, randomized, open-label clinical trial with two parallel intervention arms and 2 years follow-up. Study population: People between 65 and 75 years of age, obese (BMI ≥30), without criteria of fragility and living in the community. Study intervention: multimodal and personalized intervention with the support of a "personal trainer" that has two main axes of action: a) diet: assessment of nutritional status and nutritional requirements and establishment of personalized nutritional plan with monthly dietetic controls and b) physical exercise: a multi-component physical exercise program that will include aerobic exercise and strengthening, balance and flexibility exercises as well as a weekly group session of health education, during six months. Main outcome measures (to be evaluated annually for 2 years): Fragility (according to the L Fried criteria) and Sarcopenia (according to the criteria of the European Working Group on Sarcopenia in Older People -EWGSOP). Sarcopenia is considered if there is a decrease in gait velocity or muscle grip strength (measured with a dynamometer) and a decrease in muscle mass assessed by bioimpedance (BIA). Intermediate outcome measures (at 6, 12 and 24 months): a) weight loss, b) changes in body composition and distribution of body fat, c) glycemic control (HbA1) and insulin resistance (by HOMA index (HOmeostasis Model Assessment)), d) cardiovascular risk according to the REGICOR algorithm, e) functional capacity (according to Barthel Index and 2 Minute Walking Test), f) inflammatory markers (IL-6, CRP(C reactive protein), TNF(Tumor Necrosis Factor)-alpha and leptin) and g) anabolic hormones (IGF-1, ghrelin and testosterone).