View clinical trials related to Cognitive Deterioration.
Filter by:The goal of this feasibility study is to investigate the feasibility of a personalized naturalistic Virtual Reality scenario by assessing motion-sickness effects, engagement, pleasantness, and emotions felt considering a sample of individuals with cognitive impairment resident at the Azienda Pubblica di Servizi alla Persona (APSP) "Margherita Grazioli", a long-term care home in Trento (Italy) in collaboration with the Department of General Psychology - University of Padova (Italy) and the Centre for Health and Wellbeing-Fondazione Bruno Kessler (Italy). The current proof-of-concept and feasibility study is a one-session single-centre trial based on a mixed-methods approach inspired by the Obesity-Related Behavioral Intervention Trials (ORBIT) framework for the design (Phase Ib) of digital interventions and their preliminary testing (Phase IIa).
The study aims to evaluate the effects of acute hypobaric hypoxia on cognitive performance (H0: cognitive performance at 200 meters above sea level (asl) = cognitive performance at 3000 meters above sea level = cognitive performance at 5000 meters above sea level). Before participating in the study, each participant will respond to a questionnaire related to high altitude exposure (prior 3 months), as well as inclusion/exclusion criteria evaluation. On day 0, after the interview and signed informed consent, the participant will undergo a medical examination that will include a general objective examination. Participants will participate in a training on the emergency and safety procedures of the hypobaric hypoxia facility, as well as a refresh on cardiopulmonary resuscitation procedure. During the following two days (day 1 and 2) the study protocol will be executed (one test per day). The study protocol envisages: - a basal cognitive test battery - blind ascent in the hypobaric chamber to simulated altitude - cognitive test battery - 5 minutes of recorded chest compressions on dummies - cognitive test battery - blind descent in the hypobaric chamber. During the stay in the hypobaric hypoxic facility, each participant will be monitored in real time with the Equivital© medical monitoring device. Before and after the stay in the hypobaric hypoxic facility, a saliva sample will be collected, and psychological tests administered.
This observational cohort study in healthy volunteers establishes normative data for the German version of the Montreal Cognitive Assessment (MoCA) and investigates the possible impacts of demographics on the MoCA total score.
The purpose of this study is to investigate how recombinant human lactoferrin (rhLF) which is a partially iron saturated form of lactoferrin produced and purified from rice grain may improve mobility and memory in older adults with chronic inflammation. Lactoferrin, is a known multifunctional protein, and has been shown to have anti-inflammatory effects. A recombinant human version of this protein was recently developed and produced from rice. This is now available from the Ventria Bioscience Company in a controlled, pharmaceutical grade capsule. As part of this double blinded and randomized study, participants will take daily dosages of recombinant human lactoferrin (rhLF) or its matched placebo; to measure the effects of rhlactoferrin on chronic inflammation and its association with improving mobility and memory over a 6 month time period. During the study all participants will be asked to provide blood samples and will have physical and cognitive tests administered to them. By measuring biomarkers in the blood as well as changes in physical and cognitive measures, the investigators will gain an understanding of how rhlactoferrin may safely improve measures of chronic inflammation in older adults. As well as a better understanding of whether it has the potential to meaningfully influence important measures of physical and cognitive function known to be influenced by Chronic Inflammation (CI).
All over the world the increasing prevalence of chronic disorders and its impact on functional decline is challenging the sustainability of health care systems. Older individuals also frequently experience the reversible "frailty syndrome", which overlaps with chronic diseases, increasing incidence of disability. Building a global system aiming to take in charge all causes leading to loss of autonomy is a rather complicated task involving numerous Information and Communication technologies (ICT) solutions which are not always easy to use in everyday life. The SafEE (Safe Easy Environment) project aim is to improve the safety, autonomy and quality of life of older people at risk. The SafEE2 project develop non pharmacological therapeutic through diferent ICT (stimulation aromatherapy automatic fragrance ...) . The goal of this study is to validate the acceptability, sensitivity and efficacy of the systems.
All over the world the increasing prevalence of chronic disorders and its impact on functional decline is challenging the sustainability of health care systems. Older individuals also frequently experience the reversible "frailty syndrome", which overlaps with chronic diseases, increasing incidence of disability. Building a global system aiming to take in charge all causes leading to loss of autonomy is a rather complicated task involving numerous Information and Communication technologies (ICT) solutions which are not always easy to use in everyday life. The SafEE (Safe Easy Environment) project aim is to improve the safety, autonomy and quality of life of older people at risk. The SafEE project develop non pharmacological therapeutic through diferent ICT (stimulation aromatherapy automatic fragrance, training interface based on Kinect sensor...) . The goal of this study is to validate the acceptability, sensitivity and efficacy of the systems.
The purpose of this study is to test the hypothesis that aerobic exercise leads increased cerebral blood volume in the dentate gyrus of the hippocampus in a sample of young and older adults.