Active clinical trials for "Frailty"

The aim of this research project is to examine the impact of aerobic exercise on markers of frailty in patients (of 65 years or older) suffering from heart failure (HF) or after coronary artery bypass grafting (CABG) or mini aortic valve replacement procedures (mini-AVR).

The purpose of this study is to determine whether discharge follow-up visit by primary physician and community-based nurse affects the risk of early re-hospitalisation among high risk older people discharged from a medical ward.

Evaluate the feasibility of administering plasma (PF24) acquired from donors of a young chronological age intravenously to older adults at WFBMC while also exploring its effects on age-related functional decline

Care home residents spent 79% of their time being sedentary. Reduced physical activity and lack of mental stimulation causes general weakness and frailty in older adults that can result in increased healthcare needs. It is important that care home residents spend their time being both physically and psychosocially engaged. This study aims to investigate the effect of a wellness programme on physical and psychosocial wellbeing in older adults living in care homes. Through this process this study will assess the feasibility of implementing the programme and collecting data in care home settings. There are two main groups of participants, 1) care home residents and 2) care home staff. Care home residents will have data collected at three time points. The first time point will be before the intervention (baseline) in the care home setting. The second time point will be three months after the intervention has been delivered. The third time point will be 6 months after the intervention has been delivered. The following measurements will be conducted: Measuring hand grip strength by having to grip a device as firmly as possible and measurements will be taken, Answering questionnaires about quality of life, daily routine, appetite, thoughts about wellness activities the participants have participated in, Wearing a little 'match box-like' device (that measures daily movements and sleep patterns) for 7 consecutive days. Care home staff will be invited to participate in a focus group discussion 6 months after the intervention. Hence, this research will aim to understand the impact of a wellness programme that incorporates physical and psychosocial components that targets the holistic wellbeing of older adults.

In recent years, evidence has shown that mitochondrial dysfunction plays an important role in the development of age-related muscle decline that may lead to frailty. During aging, there is a progressive reduction in the cell's capacity to eliminate its dysfunctional elements by autophagy, as evidenced by the accumulation of oxidative damage and mutations in mitochondria and by the decrease in autophagic flux. In fact, it has been demonstrated that dysfunctional mitochondria can be specifically targeted for elimination by autophagy, a process that has been termed mitophagy. A major challenge in the clinic today is in the lack of validated tools, including biomarkers, to assess the decline in mitochondrial health associated with an impairment in muscle function. In the present study, the investigators will employ a battery of established and exploratory tests (clinical, physiological and molecular) to assess in vivo mitochondrial function and more specifically, the levels of mitophagy and autophagy, in the muscle of healthy and pre-frail elderly. It is anticipated that the results of this study will facilitate the rapid translation of interventions targeting mitophagy and autophagy for the improvement of muscle function.

The prevalence and incidence of anemia tend to increase with advancing age. Relatively low hemoglobin concentrations are a common laboratory finding in the elderly, for the most part judged by physicians as a sign without clinical relevance or as a marker of an underlying chronic disease having no independent influence on health. In recent years several studies have started to challenge the widespread and self-perpetuating perception of anemia as an innocent bystander, reporting worse cognitive and quality of life outcomes and increased risk of hospitalization and mortality in the general population. Focusing on elderly people, anemia has a clear association with the phenotypic features of frailty syndrome affecting 3-5% of individuals of 65-70 years of age and, more importantly 30% of those aged 85 years or older. Among frail older adults, anemia is a powerful prognostic factor for the development of frailty-related problems such as muscle weakness, reduced performance, falls, and mortality. Nutrient deficiency, chronic inflammation and renal insufficiency account for the large majority of cases of anemia in the elderly, while underlying cause remained unexplained in 25% of the cases. Preliminary evidence indicates that a significant proportion of ''unexplained anemia'' may account for myelodysplasia(MDS). MDS is a condition typically occurring in elderly people, characterized by clonal proliferation of hematopoietic stem cells (HSC), which partly retain their capacity to differentiate and maturate, but do so in an inefficient manner (ineffective hematopoiesis). Anemia represents the most important prognostic factor in MDS. With time a portion of patients evolve into overt myeloid malignancy (i.e., acute leukemia). Somatic mutations occur in the genomes of healthy HSC at a low, but detectable frequency during normal DNA replication. Although most mutations are rapidly corrected by DNA repair mechanisms, those that persist are propagated during HSC self-renewal. Some evidence suggest that these early driver mutations dictate future trajectories of evolution with distinct clinical phenotypes. There has been much excitement in the research community about the translational opportunities offered by genome sequencing, possibly leading to the identification of specific types of mutational processes of how genome interact with environmental factors in determining clinical conditions associated with aging and to the implementation of a personalized molecular diagnosis and treatment for every patient. In this translational research project, using an integrated genomic analysis based on next generation sequencing (NGS) technologies,the investigators plan to dissect the genomic architecture of MDS, significantly contributing to many features of frailty and to individual vulnerability. The investigators will perform mutation analysis of candidate genes in a large and well characterized cohort of individuals belonging to the "Health and Anemia'' study. "Health and Anemia" is a prospective population-based observational study (2003-2013) of all elderly residents in the municipality of Biella, Piedmont, a town in the north-west of Italy. Hematological parameters together with data on cognition and functional status, mood and quality of life, fatigue, hospitalization and mortality were collected for all patients. Moreover, complete information on the development of hematological malignancies was provided by local tumor registry up to 2018. The investigators aim to identify genes associated with the induction of clonal hematopoiesis in elderly people, and then to correlate somatic mutations with clinical/hematological features and progression into MDS and/or overt leukemia. Moreover, The investigators will genotype single-cell-derived hematopoietic colonies from CD34+ compartments (hematopoietic stem cells, multipotent progenitors, common myeloid progenitors, and granulocyte progenitors) in order to clarify the clonal architecture of marrow dysplasia in HSC, the dynamics of clonal establishment and expansion during hematopoietic differentiation, and their relationship with the disease phenotype and evolution. Finally, by analysing clinical data from "Health and Anemia study" the investigators will investigate the clinical contribution of myelodysplasia-related anemia to the development of frailty syndrome and its clinical sequela. The definition of molecular architecture of marrow dysplasia would allow us to improve the current diagnosis and classification of anemia in the elderly and the assessment of individual patient's risk of disease associated morbidity/mortality. Finally, in patients with marrow dysplasia, gene sequencing is expected to predict the vulnerability of a particular genotype to specific treatment, thus providing a basis for optimizing at individual level timing and modality of therapeutic intervention. The study population of the MOnzino 80-plus study will be used as validation cohort.

Sarcopenia and frailty are two major syndromes in older adults. They are shown to be associated with low levels of functioning and higher rates of morbidity and mortality. In this study, we aim to report the prevalence of sarcopenia and frailty by using simple assessment methods such as SARC-F and FRAIL, respectively.

Frailty is closely linked to the success of lung transplantations (LTx) (1,2). Studies have shown that frailty causes a diminished physical performance in candidates for LTx and an increased 30 day rate of re-hospitalization after surgery. Furthermore, frailty is associated with a higher one-year-mortality rate after LTx in frail compared to non-frail patients (1,3,4). Some evidence that frailty in LTx-candidates can be decreased by a suitable rehabilitation program suggests that improving the frailty status in post-LTx patients can be a further strategy to contribute to an overall success in LTx. However, at the moment these possible benefits are not investigated yet. Therefore the aim of this study is to observe the effect of a three-week inpatient rehabilitation on frailty in patients after LTx.

Older people are increasing users of health care globally. Constraints in bed capacity and resources raise important challenges with regards to management of older people with complex needs, which usually require assertive and holistic assessment. It is important, therefore, to identify aged patients most likely to benefit from such frailty-attuned approaches of care. A previous study using national Hospital Episodes Statistics conducted in the United Kingdom (UK) showed that patients aged over 75 years with characteristics of frailty and at risk of adverse health-care outcomes can be identified using routinely collected data (Gilbert T et al., Lancet 2018). This study lead to the development of the Hospital Frailty Risk Score (HFRS), which is based on International Statistical Classification of Diseases and Related Health Problems 10 (ICD-10) diagnosis codes and has the potential to be used in other countries worldwide, using the ICD-10 coding framework, to identify patients at risk of frailty at the hospital and commissioners levels, as well as for database research purposes. This score has successfully been validated in Canada, Australia and Switzerland. The aim of the present study is to evaluate the ability of the HFRS to predict 30-day in-patient mortality of patients aged 75 years and older admitted to French hospitals as an emergency.

Frailty is a condition of reduced the capacity in multiple body systems and causing adverse outcomes because of decreasing the ability to cope with stressors. Female sex, the changes of the body imposed by ageing, and coping strategies for stressors are causal mechanisms in the development of frailty. This project is designed with the salutogenic model that is focused on the concepts of health, stress, and coping. The aim of this project is to assess the effect of Salutogenic Frailty Prevention Program on promoting sense of coherence and preventing the development of frailty in women aged 55 years and over