View clinical trials related to Frailty Syndrome.
Filter by:The patients included in PRÄP-GO and the corresponding comparison cohorts will be offered to participate in this complementary study in order to be able to carry out a detailed characterization and phenotyping of the frailty complex.
The aim of this study is to evaluate functional and physical capacity, health-related quality of life and associations with frailty in older patients after ischemic heart disease and interventional treatment with an individualized physical training program in the second phase of cardiac rehabilitation.
As people get older, the amount of skeletal muscle in the body can decrease. When the amount of this muscle in the body gets very low, there is an increased risk of falling, and not only is recovery to any injury slower, but more complications can be experienced following surgery, and patients may end up being more dependent on the help of others for meeting daily activities. However, it is not clear whether it is simply the amount of muscle that is in the body that is important for health, or whether it is the ability of muscle to function properly which is important. This research study is looking at the way muscles of frail older people function; not just how strong they are, but the amount of fats and protein that there are in muscle cells, and how the genes in the muscles are being expressed (genes being a collection of chemical information that carry the instructions for making the proteins a cell will need to function). We will also investigate whether recovery from hip fracture is impacted by the amount of muscle that there is in the body, and/or the functioning of this muscle.
Decrease the prevalence of frailty syndrome in individuals with complete response of cancer.
The current healthcare response to frailty has been mainly reactive to acute health crises of the elderly. With its insidious onset and progression, frailty is often not apparent unless actively sought. Well-validated models of frailty already exist and, instead of trying to create new frailty criteria or insisting on a universal approach to measuring frailty, it is needed to move on to higher levels of care systems supporting their practical implementation, mapping the chosen frailty instrument to its specific role. This pragmatic study will equip older persons with awareness of their frailty status through community-based screening, allowing for timely stage-specific care to avoid deleterious outcomes. While older persons meeting frailty criteria will be referred for comprehensive geriatric assessment, pre-frail older persons will be targeted for multi-factorial exercise and nutritional intervention in the community to reverse the frailty trajectory. An over-arching aim will be to create a sustainable triaging system and early intervention programme that can be administered by trained members of the community. This will allow older persons to receive regular re-assessments in the community such that any transitions to a higher state of frailty may be captured and promptly addressed.
Ageing is associated with the development of various negative conditions, such as frailty. Defined as a decreased ability to combat negative stressors (e.g. injury and illness), frailty is highly prevalent in elderly adults and significantly increases an individual's risk of adverse events such as falls, illness and death. The underlying physical characteristics of frailty are currently incompletely understood, with many previous studies focusing on one tissue (e.g. the brain) in isolation. However, frailty is known to affect many tissues simultaneously, and to further our insight into the biological basis of frailty and how to treat it, we must determine how different organs are affected at the same time. The study will look at the physical characteristics of non-frail and frail elderly females (aged 65 years and over), who are attending geriatric clinics across the Nottingham University Hospitals NHS Trust. We will aim to recruit 51 participants with this cohort broken down into non-frail (n=17), pre-frail (n=17) and frail (n=17) subgroups. Participants will be allocated to these groups based on their Electronic Frailty Index, Clinical Frailty Scale and Fried frailty phenotype scores. All participants will undergo basic muscle function tests (grip strength, leg strength and muscle activity) and questionnaires on their first visit to University of Nottingham laboratories. At a second visit, they will then undergo one Magnetic Resonance Imaging (MRI) scanning session, at the Sir Peter Mansfield Imaging Centre within the University, to gather information about the structure and function of their heart, brain and skeletal muscle. MRI scan protocols will take approximately 45-60 mins. Data gathered from MRI scanning will be compared across non-frail, pre-frail and frail groups to investigate differences across frailty states, with the aim of highlighting the defining physical characteristics of the frail state which may help to develop future treatment interventions to combat the condition. We hypothesise that frail females will present with common physical characteristics, the clustering of which will be indicative of frailty severity. We also hypothesise that certain physical traits present in the frail will not be present in the non-frail.
The POSITIVE platform offers the possibility of unsupervised monitoring of pre-frailty and frailty status in a community setting, to detect the onset of frailty and to assess its evolution. The primary objective of the study is to evaluate whether the POSITIVE system improves frailty in at least 1 point in the Fried's Criteria and 5 points in the FTS-5. This is a multi-centre, non-inferiority, randomized, simple blind and prospective pilot study with a 12-month follow up duration. The study will be carried out in Spain, Sweden and Poland. 150 participants will be randomized into two groups. The control group will receive usual medical care. The intervention group will receive, in addition, the POSITIVE frailty home monitoring and intervention system.
The primary objective of this single arm, prospective feasibility study, Impact of Frailty on Clinical Outcomes of Patients Treated for Thoracoabdominal and Complex Abdominal Aortic Aneurysms with Physician-Modified Fenestrated and Branched Stent Grafts, is to assess the use of the physician-modified fenestrated/branched endografts to repair thoracoabdominal and complex aortic aneurysms in subjects having appropriate anatomy, at high risks for open repairs. The primary intent of the study is to assess safety and preliminary effectiveness of the device acutely (i.e., treatment success and technical success), at 30 days (i.e., the rate of major adverse events (MAE)) and at 3 months, 6 months, 12 months, and annually to 5 years (i.e., the proportion of treatment group subjects that achieve and maintain treatment success). Additionally, this study will assess the degree of patient frailty before and after the aneurysm repair, as well as the association between the preoperative baseline frailty and clinical outcomes detailed above. This will help improve subject selection in identification of high risk patients who would not only suffer poor clinical outcomes, but also experience decline in their functional status.
Frailty syndrome (i.e. frailty) is a geriatric syndrome which relies on the reduction of multisystem reserve capacity. Frail people have a lower potential to respond to external stressors and various life incidents as well as they present a weak prognosis particularly in cardiovascular diseases. Yet, frailty is not only a set of physical deficits, but it also concerns psychological and social dimensions of human functioning. Hence, an approach to frailty should be multidimensional because such a concept more adequately reflects a functional degradation in the elderly. Frailty is usually associated with the impaired condition of circulatory system, and therefore, an identification of subclinical cardiovascular abnormalities is paramount in the frailty prevention and treatment. Another potential mechanism which may predispose to frailty is a dysfunction of the autonomic nervous system. This system plays a crucial role in the response to internal or external stressors such as diseases and activities of daily living. An impairment of the autonomic nervous system function may maintain or accelerate the frailty process. In this scientific project, a comprehensive echocardiography will investigate cardiac function with a particular attention to features which typically change with age, like flow parameters and chambers sizes. The activity of the autonomic nervous system will be explored with the analysis of heart rate, blood pressure and respiratory signals. The study participants will also undergo routine medical examination and a number of additional tests, including: assessment of cognitive function, psychological condition, nutrition status, activities of daily living, and risk of falls. The study group will comprise community dwelling elderly individuals over the age of 65 years who get around by themselves. After 2 years, the participants will be re-examined for their frailty and independence status, as well as their survival will be checked with the National Health Found electronic system. The aim of this project is to seek for factors determining frailty and to explore the frailty impact on the elderly people survival. Particular attention will be paid to the multidimensional frailty which is a new concept of the functional decline in the elderly. In addition, the prevalence of different modes of frailty in Polish community will be investigated. The results of this research should help to establish preventative and therapeutic strategies against frailty.
This is an observational study that intends to compare falls or fall-risk related alarms derived from a three-dimensional sensor system with the clinical reality definded by attending nurses.