View clinical trials related to Aging.
Filter by:Aging significantly impacts overall health and is a risk factor for developing diabetes. An estimated 50% of U.S. adults aged ≥65 years were reported to have prediabetes (defined as having a fasting glucose concentration of 100-125 mg/dl) in 2005-2008. The Centers for Disease Control and Prevention (CDC) has stated that in the United States, 88 million people (one in every 3 Americans) are currently classified as prediabetic, emphasizing the importance of preventative measures and early intervention to manage and reduce the risk of progression to diabetes. Additionally, an estimated 430 million individuals worldwide are expected to have prediabetes by 2030. Dietary supplementation of polyamines, spermidine in particular, have been touted to have beneficial health effects such as increasing life span and mitigating impacts of aging. Spermidine and spermine are polyamines that are being increasingly investigated for their ability to slow the aging process by inducing autophagy. Nevertheless, literature on these topics is scarce and results from trials have been inconclusive; therefore further research is needed. The novel nutraceutical KH-1, comprised of spermidine, spermidine derivatives and probiotics, is examined in this trial of healthy volunteers aged 18 years or over. This study evaluates KH-1 for its safety and its effect on glucose homeostasis. This study measures the effects of KH-1 on biomarkers for inflammation, cardiovascular disease, insulin sensitivity, and those important for autophagy. A qualitative assessment of the effect of KH-1 on well-being is also examined.
This study examines the safety and effects of an injectable plasmid gene therapy. Plasmids are circular pieces of DNA which have been widely studied as a non-permanent & non-heritable method for transferring genes and inducing gene expression. In this study the plasmid is a gene vector which contains the human FST344 gene intended to express and secrete bioidentical human follistatin into serum circulation. Follistatin is a myostatin and activin inhibitor that has demonstrated improved functional outcomes in mouse models of neuromuscular disease. Participants will undergo dual energy x-ray absorptiometry scans before and after the treatment's administration to compare change from baseline and rates of change in fat vs muscle tissue and bone density. Participants will also undergo metabolic and epigenetic blood panels to observe any changes. Participants will be monitored at the clinic site for a short time period after receiving the therapy and participants will be able to report any adverse events through an online form. Lastly, participants will have blood drawn just prior to, and three months after, the gene therapy's administration in order to assess circulating levels of follistatin. This study is administered at the Global Alliance for Regenerative Medicine clinical research site on the island of Roatan and is sponsored by Minicircle. The main contact for this study is Mac Davis.
This is a small intervention study which is aimed at characterizing what is known as the adaptive stress response (also know as "hormesis") in women aged 30-45 years. Participants will perform Bikram Yoga in a room heated to 104°F (40°C) which is often referred to as "Hot Yoga". The hypothesis of this study is that a protective and health-promoting adaptive stress response can be induced in living humans by performing exercise in a hot environment. The primary question is:How does the body physiologically adapt to performing moderately vigorous exercise in a hot environment?
Yoga has emerged as a powerful therapeutic practice for enhancing physical and mental health across all age groups, including older adults and younger individuals. For seniors, yoga aids in maintaining flexibility, muscle strength, balance, and posture, thereby reducing the risk of falls and injuries. It also alleviates chronic pain, enhances sleep quality, and mitigates stress and anxiety, contributing to improved overall mental and emotional well-being in this demographic. As individuals age, they undergo physical and mental changes that impact their quality of life. Yoga offers tailored benefits for older adults by preserving joint mobility and flexibility, lowering the risk of falls, and easing chronic pain associated with conditions like arthritis and osteoporosis. Moreover, it fosters stress reduction, anxiety relief, and depression mitigation, fostering emotional equilibrium. The practice of yoga from a young age yields numerous advantages for both physical and mental health, including enhanced concentration, attention, and memory-beneficial qualities for university students. Moreover, yoga aids in stress and anxiety reduction, fosters positive body image, and bolsters self-esteem, contributing to vitality and active aging. Yoga is efficacious in enhancing quality of life and facilitating healthy aging by offering adaptable, gentle exercise that caters to individual needs and limitations. Its mindfulness and body awareness aspects foster a stronger mind-body connection, fostering overall well-being and balance. With its adaptability and accessibility, yoga transcends socioeconomic barriers and physical conditions, making it a viable option for people of all backgrounds. In a society marked by rising stress and lifestyle-related ailments, yoga emerges as an invaluable therapeutic avenue for promoting health and well-being. Its holistic approach and adaptability to individual needs make it an appealing option for individuals seeking sustainable improvements in physical and mental health. Thus, the integration and promotion of yoga as a therapeutic modality in health and wellness domains are warranted. Also, Nutrition plays a fundamental role in the health and well-being of individuals at all stages of life, but it is especially crucial in old age due to the physiological and metabolic changes that occur during the aging process. Maintaining a healthy and balanced diet is essential for providing the necessary nutrients for proper body function, strengthening the immune system, and maintaining the health of bone and cardiovascular structures. Specifically, the Mediterranean diet is a traditional dietary pattern based on foods commonly consumed in Mediterranean regions such as Greece, Italy, and Spain. It is characterized by high consumption of fruits, vegetables, legumes, nuts, whole grains, fish, and olive oil, along with moderate intake of dairy and red wine, and limited con-sumption of red meat and processed products. This eating style has been the subject of numerous scientific studies highlighting its multiple health benefits. Apart from the physical health benefits for older adults, the Mediterranean diet has consistently been associated with positive effects such as reduced risk of cardiovascular pathologies, de-creased chronic diseases and pro-inflammatory factors, as well as contributing to the prevention of obesity and cognitive decline.
There are two important aspects in which the present project will allow to enrich our understanding of compensatory brain activity in older adults. First, in the studies that have been conducted so far the compensatory brain activity in older adults was investigated primarily with the use of the functional magnetic resonance (fMRI) or positon emission tomography (PET). In order to identify compensatory activity in our study we will use electroencephalographic markers (observable in EEG). It will allow to confirm the assumptions about compensatory brain activity relying on new data, as in EEG research the brain markers of the same cognitive processes are different from those used in fMRI and PET research. What is more, in the studies conducted so far brain activity in older adults was only registered and interpreted, whereas the present study additionally adds the training component. The aim of our study is to see if it is possible to influence the compensatory brain activity through cognitive functions training, relying on working memory training. Theoretically, such a training should optimize brain activity in older adults, namely evoke compensatory brain activity during difficult tasks in order to make them easier, whereas in the case of easy tasks it should lead to the disappearance of the need to trigger compensatory activity. This assumption will be verified in an experimental setting. The participants will be divided into six groups: two experimental (the groups of young and old adults), and by analogy two active control groups and two passive (no-contact) control groups. The experiment was designed in the following way: (1) All groups will be subjected to pre-test measurements that will be EEG registration during a cognitive task execution at different difficulty levels; (2) Experimental groups will undergo working memory training. Over the period of 4 weeks participants in the experimental groups will take part in 12 training sessions. In the active control groups instead of the n-back training the practice of tasks which do not involve working memory will be introduced. Participants of the passive control groups will be awaiting post-test (no-contact control); (3) In all groups post-test measurements will be administered analogically to the pre-test measurements in order to assess changes in cognitive tasks performance and related brain activity.
Three hundreds patients aged 60 years and older applicant for any reasons between January 3, 2019 and May 30, 2019, in Health Sciences University Haydarpaşa Numune Training and Research Hospital Family Medicine Polyclinics. A 21-item questionnaire including demographic information was asked to the individuals who gave consent to participate in the study, voluntarily, and who met the participation criteria and the Successful Aging Scale was administered face-to-face with the questionnaire method. Participants were evaluated under two subheadings according to the Successful Aging Scale and the results were compared with their demographic characteristics.
Elderly disability and cognitive impairment rates were different between elderly man and woman. Sex-specific risk factors and observed gender differences across the lifespan were associated with different degrees of cognitive and activity of daily living function decline between men and women. However, some of these viewpoint remains controversial. The aim of this study is to explore the gender differences and influencing factors of disability and cognitive impairment among the elderly.
This is an epidemiological, cross-sectional two-visit study involving 100 Caucasian subjects representing 6 different age groups [20 to 24 (20s), 30 to 34 (30s), 40 to 44 (40s), 50 to 54 (50s), 60 to 64 (60s), and 70 to 74 (70s)]. Medically healthy subjects will receive a screening exam to determine their oral status. Subjects without periodontal disease will be enrolled in the study where two 2 mm gingival biopsy will be obtained using punch biopsy from the healthy attached gingiva around upper premolar teeth. Tissues will be processed and analyzed for histological and transcriptomics analyses targeting morphological changes and gene expression in gingival tissues with aging.
Purpose: This study aimed to determine the effect of 48 weeks of resistance training (RT) on cardiac function in older women. Methods: Sixty-four older women (≥ 60 years), physically independent, were selected for this study. Participants were randomized into a training group (TG, n = 33) and a control group (CG, n = 31). The RT program was conducted over 48 weeks, three sessions a week, on nonconsecutive days, in the morning hours. Participants performed eight exercises for the whole body (chest press, horizontal leg press, seated row, leg extension, triceps pushdown, lying leg curl, preacher curl, seated calf raise) in three sets of 8-12 repetitions. The echocardiography was performed according to current guidelines before and after 48 weeks by an experienced echocardiographer blinded to patient status and group assignment. One-repetition maximum (1-RM) tests were used to analyze muscular strength. Glusoce, lipid profile, and C-reactive protein were measured. DEXA was used to measure body fat and muscle mass.
The goal of this clinical study is to learn about the effect of aging on certain enzymes, or proteins, in the blood and colon. The study involves collection of blood and colon tissue biopsies using a flexible sigmoidoscope or colonoscope. This study is also investigating how medications tenofovir and emtricitabine interact with certain enzymes. The investigators will compare the difference in enzyme activity between people taking tenofovir and emtricitabine, to those who are not taking tenofovir and emtricitabine.