Clinical Research Directory

Turkish Adaptation of the Multidimensional Falls Efficacy Scale in Older Adults

Falls are a major health concern among older adults and can lead to injuries, reduced independence, and a lower quality of life. In addition to physical changes associated with aging, an individual's confidence in preventing falls, maintaining balance, and managing situations during and after a fall may influence daily activities and social participation. The Multidimensional Falls Efficacy Scale (MdFES) is a questionnaire designed to assess older adults' confidence in performing everyday activities without falling. It includes activities related to both daily living and participation in the community. A culturally adapted and reliable Turkish version of this questionnaire is needed to assess fall-related self-efficacy in Turkish-speaking older adults. The aim of this study is to adapt the MdFES into Turkish and evaluate its validity, reliability, and other measurement properties in older adults. The study will examine whether the Turkish version measures fall-related self-efficacy appropriately and provides consistent results. The findings may provide researchers and healthcare professionals with a useful assessment tool for evaluating fall-related self-efficacy in older adults. This may support the identification of individuals who lack confidence in performing daily activities and contribute to research and clinical approaches aimed at improving confidence, independence, and participation in everyday life.

Sensory Interaction and Balance Control During Standing and Walking in Healthy Young and Older Adults

This project is designed to: a) develop a new test called Sensory Integration in Walking (SensIWalk) Test which would allow us to evaluate sensory interaction process in locomotion assess whether Locomotor CTSIB and to investigate whether SensIWalk is a reliable test to evaluate sensory interaction in both young and older adults, b) evaluate the difference in sensory interaction and balance performance between standing and walking between both young and older adults, c) examine the changes in sensory interaction process under challenging conditions such as perturbations, dual-task, and when both are present between both young and older adults, d) examine the association between overall fall risk defined by the single-large perturbations and sensory interaction processes used during all the trials in both age groups. In order to achieve these aims, 10 trials will be conducted: Trial 1- Single-Large Perturbation in Standing Trial 2- Single-Large Perturbation in Walking Trial 3- Instrumented CTSIB Trial 4- Locomotor CTSIB Trial 5- Instrumented CTSIB + Perturbations Trial 6- Locomotor CTSIB + Perturbations Trial 7- Instrumented CTSIB + Auditory Stroop Test Trial 8- Locomotor CTSIB + Auditory Stroop Test Trial 9- Instrumented CTSIB + Perturbations + Auditory Stroop Test Trial 10- Locomotor CTSIB + Perturbations + Auditory Stroop Test Two different treadmill perturbations will be applied in addition to the Instrumented CTSIB and SensIWalk: a) slip perturbations, b) continuous perturbations. An auditory stroop task will be applied in relevant trials. All of the trials will be performed either in CAREN High-End Systems or GRAIL (Motek Medical BV, Amsterdam, The Netherlands) which are motion capture systems that are equipped with a treadmill, virtual reality (VR) screen, and a marker-based movement analysis system.

Exploring the Effect of the Hypershell Hip Exoskeleton on Fatiguing, Everyday Activities in Older Adults

The goal of this clinical trial is to learn how wearing the Hypershell lower-limb exoskeleton affects perceived fatigue during everyday mobility activities in adults aged 65 years and older. The main questions it aims to answer are: * Does active assistance from the Hypershell reduce the development of perceived fatigue during repeated everyday mobility tasks? * Does wearing the Hypershell affect how long participants can perform the protocol and how many tasks they can complete before reaching a high level of fatigue? * How do participants perceive the usability, comfort, and overall experience of using the Hypershell? * What are the biomechanical and physiological responses from wearing the Hypershell? Researchers will compare two conditions: performing the mobility protocol without the Hypershell and wearing the Hypershell with active assistance. Participants will: * Attend one baseline session including questionnaires, physical tests, and familiarization with the Hypershell and study procedures. * Attend two experimental sessions in a randomized order, with at least one week between sessions. * Complete a laboratory-based mobility protocol including daily activities such as standing up from a chair, walking, stair climbing, slope walking, walking on uneven surfaces, carrying an object, and performing a cognitive task while walking. * Report their perceived fatigue throughout the protocol using the Borg CR10 scale. * Wear non-invasive sensors that measure physiological responses and movement during the experimental sessions. * Provide feedback about their experience using the HyperShell.

Promoting Walking Among Older Adults Through Affective Communication and Step-Monitoring

Physical inactivity increases substantially after age 60 and represents a major public health challenge in older adults, as it is linked to increased risk of functional and cognitive decline and aging problems. Walking is one of the most accessible and recommended forms of light-to-moderate physical activity for this population. However, promoting sustained engagement in walking remains difficult, as traditional informational approaches often fail to activate personally meaningful motivations. This study tests whether persuasive affective messages can promote walking by leveraging self-continuity, meaning the use of autobiographical memory to maintain the sense of being the same person across time and contexts, connecting the past, present, and future self. Self-continuity is associated with psychological resources such as self-esteem, self-efficacy, and a sense of meaning in life. The affective mechanism that sustains self-continuity is nostalgia: both promote emotional and behavioral regulation and support goal achievement. Building on this framework, the present trial examines whether activating feelings of self-continuity and positive nostalgic memories can strengthen older adults' motivation to engage in walking behavior. In addition, the study investigates whether combining self-continuity messaging with a self-regulation strategy (daily step monitoring) enhances intervention effectiveness. Self-monitoring is a well-established behavioral technique that supports goal pursuit by increasing awareness and feedback. Using a 4-arm randomised controlled factorial design, the study compares the effects of self-continuity messages, step-monitoring reminders, their combination, and an active control condition on walking behaviour and its psychological determinants. A national sample of 1,000 Italian adults aged 65-74, recruited through a certified panel provider (Ipsos) and balanced for age, gender, and geographic region, will be randomly assigned to one of the four conditions. All participants will receive one message per day through a mobile application over a 14-day period. Participants in the step-monitoring conditions will also be asked to track and report their daily step count using a pedometer application. Behavioral, psychological, and process measures will be collected at baseline, post-intervention, and follow-up. The study therefore aims to provide experimental evidence on the role of self-continuity as a motivational driver of health behaviour change, and to clarify whether combining affective and self-regulatory strategies enhances intervention effectiveness in older adults.

Understanding Dance for Falls Prevention

Falls are common among older adults, and can lead to both physical and emotional problems. The new World Falls Guidelines suggest that falls prevention programmes should take into account a person's individual priorities and beliefs. At the Older Persons Assessment Unit (OPAU), physiotherapy focuses on helping patients improve their abilities to do everyday tasks and enhancing their quality of life. Personalised treatment is offered to make sure it's as effective and long-lasting as possible. One of the main programmes run in the department is a class designed to improve strength and balance, but even people who complete these classes often struggle to stick to exercise when the classes end. Dance classes are a fun, creative, and social way to exercise, and OPAU has worked with Breathe Arts Health Research to explore dance as a treatment for older adults at risk of falls. So far, the results show that people who chose dance for strength and balance saw the same physical benefits as those who did the more traditional strength and balance exercises, but this evidence on its own isn't enough to widely recommend dance as a way to lower falls risk. To build stronger evidence for dance as a safe and effective activity for reducing fall risks, this project will explore how participants and dance instructors feel about the programme. It will also look at the different exercises in the dance sessions to understand what works best to help improve strength and balance and reduce the risk of falling.

Healthcare Services for Older People Who Have Fallen With Potential Head Injury

Every year, one in three older people (\>65 years old) experience a fall. Older people may have long-term health conditions and take medications that can increase their risk of bleeding (blood thinners). The UK national guidelines recommend that older people who are on blood thinning medications should have a CT head scan considered due to concerns of a brain bleed if they have hit their head after a fall. Many older people are therefore brought into hospital for assessment. However, the risk of bleeding in the brain is very low especially if older people do not have any symptoms such as loss of consciousness, weakness, headaches or vomiting. Some people could experience long waits in the emergency department or end up being admitted to hospital unnecessarily. This could worsen mobility, cause confusion, pressure sores or infections in older people. More importantly, older people should have a comprehensive falls assessment to reduce their risk of future falls and have their medications reviewed after experiencing a fall. These assessments could potentially take place in their own homes if they prefer, rather than in hospital. Yet, current healthcare services outside the hospital setting may not be set up to manage an older person after fall. Using an online survey, the investigators want to understand how current healthcare services in the Hampshire and Isle of Wight (HIOW) region work to look after older people who have had a fall. The study will focus particularly on older people taking blood thinning medications who may have a head injury but do not have any symptoms. The investigators will ask NHS workers what their role is, where they work and what they do when assessing an older person who has fallen if there is a concern about head injury. The survey will also ask participants to describe what challenges they may face, and if they have any suggestions to improve the care for older people. This study will help the investigators understand what services are available in our current healthcare system for older people on blood thinning medications who have fallen and may have a head injury. The investigators hope that the results will help improve how healthcare services can work together with older people and their closed ones to provide care based on what matters most to them in their preferred place of care. This could reduce unnecessary use of emergency services and hospital admissions for older people.

Targeting Muscle Strength Loss Due to Hospitalization in Older Adults by Blood-flow Restriction Combined With an Electromyography-driven Serious Game.

This study investigates a new training method designed to help older adults preserve their muscle strength during hospitalization. When older adults are admitted to the hospital and spend long periods in bed, their muscles can weaken very quickly. This condition is known as hospital-associated disability (HAD), and it can lead to longer hospital stays, reduced independence, and an increased risk of complications or even death. Conventional strength training with heavy weights is often too demanding or unsafe for frail patients, especially just after surgery or illness. As a safer alternative, this study combines light muscle exercises with a medically validated technique called blood flow restriction (BFR), which gently reduces blood flow to the leg to boost the effects of light exercises. To make training more engaging and personalized, the GHOSTLY+ system was developed. This system consists of a game played on a tablet that responds to muscle activity through sensors placed on the skin. While playing, patients perform isometric muscle contractions (exercises where the muscles tighten without moving the joint) that help to maintain and rebuild strength. The system was carefully designed in collaboration with patients and therapists, and it has already been tested in a smaller pilot study at UZ Brussel. The current study is a multicenter randomized controlled trial, taking place at UZ Brussel, UZ Antwerpen, and UZ Leuven. A total of 120 patients aged 65 or older will be recruited, all of whom are hospitalized and are unable to bear weight or transfer (e.g., from lying to seated position). Participants will be randomly assigned to one of two groups. One group receives standard physiotherapy. The other group receives standard therapy plus the GHOSTLY+ training program. Those in the GHOSTLY+ group will train at least five times per week for two weeks, or until discharge from the hospital. Each training session lasts approximately 30 minutes and involves three sets of 12 muscle contractions, guided by the game. The difficulty is adapted to the individual's muscle strength, which is measured at the beginning of the training using a built-in calibration protocol. During the session, a smart cuff is applied to the upper leg to partially restrict blood flow - a technique shown to safely enhance muscle adaptation. The cuff is inflated to 50% of the individual's arterial occlusion pressure and deflated after the session ends. Before beginning, participants receive a short training session with a physiotherapist. Our pilot study (Debeuf et al., 2025) shows that most patients can use the system independently after about one hour of instruction. Measurements and evaluations take place at three timepoints: before starting the training, after one week, and again at discharge. The main goal is to assess leg muscle strength, which will be measured using a handheld device called a dynamometer. In addition, researchers will collect information on: * Muscle mass, via ultrasound of the thigh muscle * Functional capacity, using a 30-second sit-to-stand test and a walking scale (Functional Ambulation Category) * An index of independence in activities of daily living (Katz scale) * Cognitive functioning, using the Mini-Mental State Examination (MMSE) * Time spent bedridden and total length of hospital stay * Therapy adherence and user experience, via usage data and questionnaires * Muscle activity signals, such as fatigue, recorded during gameplay * Implementation outcomes (collected via surveys, interview, site logbooks) The study will also assess how easily the GHOSTLY+ system can be implemented in real hospital environments. This includes evaluations of user satisfaction, therapist feedback, and how consistently the system is used across hospital settings. Information will be gathered through structured interviews, surveys, and data logs from the app. These insights are crucial to understanding whether GHOSTLY+ can be broadly adopted in other hospitals in the future. Blood flow restriction training is considered very safe when applied correctly and is already used in rehabilitation clinics and sports medicine worldwide. Over 300,000 sessions have been conducted internationally, with a very low rate of complications. Minor discomfort, such as temporary tightness or muscle fatigue, may occur, but the risk of serious side effects is extremely small. By participating in this study, patients may benefit from improved muscle strength, reduced time spent in bed, and greater physical independence at discharge. The study also contributes to the development of more effective and enjoyable rehabilitation methods for older adults in hospitals.

How Video Game Therapy Affects Thinking and Emotions in Older Adults With Cognitive Impairment

Golden Gamers Go is running a study together with Rey Juan Carlos University to better understand how videogames can help older adults, especially those with memory problems or cognitive decline. The study takes place in real care settings, such as day centers, and involves around 45 older participants. Over two months (with a possible follow-up period), participants take part in two to three sessions per week using video games on PlayStation. These are not special "health games," but popular, commercial video games that have been carefully selected and adapted to be easy to use, enjoyable, and meaningful for older adults. The goal is to see whether playing these games can help improve thinking abilities and also how participants feel during the activity - for example, if they are more engaged, motivated, or emotionally positive. This study builds on previous experience where this approach has already shown promising results in increasing participation, motivation, and overall wellbeing. By carrying out this research, Golden Gamers Go aim to better understand how meaningful and enjoyable activities like videogames can support healthier and more active aging.

Pramipexole and the Risk of Serious Adverse Events

This is a population-based cohort study assessing whether initiation of a higher dose of pramipexole (0.25 or 0.375 mg/day), compared with a lower dose (0.125 mg/day), in older adults with advanced chronic kidney disease (CKD) (an estimated glomerular filtration rate \[eGFR\] \<45 mL/min/1.73 m² but not receiving dialysis or having a history of kidney transplantation) is associated with a higher 30-day risk of a composite outcome of all-cause hospitalization or all-cause emergency visits, or all-cause mortality.

The Effect of a Digital Storytelling Program on Fall Among Community-Dwelling Older Adults

This study aims to examine fall behaviors, fear of falling, and self-efficacy levels in older adults living at home through a digital storytelling program based on Pender's Health Promotion Model, and to evaluate the effect of this program on these variables. Research hypotheses: H1.1: The Digital Storytelling Program based on Pender's Health Promotion Model reduces the number of falls among the elderly. H1.2: The Digital Storytelling Program based on Pender's Health Promotion Model reduces the risk of falls among the elderly. H1.3: The Digital Storytelling Program based on Pender's Health Promotion Model reduces the fear of falling among the elderly. H1.4: The Digital Storytelling Program based on Pender's Health Promotion Model affects the total score of the Falling Behaviors Scale for the Elderly (FBS) among the elderly. The general population of the study consisted of 80 individuals aged 65 and over registered at family health centers in Avanos district of Nevşehir province. The sample of the study was calculated as 80 people in the analysis performed using the "G. Power-3.1" program with 95% power, 0.05 margin of error and 0.82 effect size. The effect of safe movement and walking program on reducing fear of falling in elderly individuals living in nursing homes. In the study, 40 people were assigned to each group using stratified randomization method. Inclusion criteria: Literate, Living at home, 65 years and older, Having internet access, Able to use communication tools such as computers, tablets or smartphones, Able to communicate verbally and visually, Not having physical conditions or diseases that would prevent exercise (Stroke, Parkinson's, uncontrolled arrhythmia, serious heart disease-aortic stenosis, angina, severe musculoskeletal disease, knee and hip replacement in the last 6 months). (being bedridden), Agreeing to participate in the study. Exclusion criteria: Bedridden, Visually impaired, Moderate to severe cognitive impairment (Mini Mental State Test - MMD \<24).

Home-based Monitoring & Enabled Medication Independence With New Digital Tools

This clinical trial is studying an online tool that may help older adults safely manage their medications at home. The study focuses on older adults who live alone and have memory concerns or mild changes in thinking. Many people in this group take several medications, which can make it hard to keep track of when and how to take them, notice side effects, or know when to ask for help. In this study, participants use an online self-monitoring platform to record any problems, symptoms, or concerns they have while taking their medications. The platform also provides helpful education and suggestions for managing medications and symptoms. Participants can share summaries from the platform with their health care team, which may help improve communication and support. The goal of the study is to see whether this tool can help older adults feel more confident, informed, and prepared to manage their medications safely while living at home.

Brief Training Program for General Practitioners on Malnutrition and Adapted Physical Activity

This randomized, parallel-group interventional study evaluated the impact of brief targeted training on general practitioners' knowledge and professional practices regarding malnutrition and adapted physical activity (APA). Final-year GP residents and practicing GPs in the Pays de la Loire region were randomly assigned to either a malnutrition training group or an APA training group. Each group served as an active control for the topic not received. Knowledge and self-reported practices were assessed using an online questionnaire before and one month after training.

Virtual Reality-Enhanced Behavioral Activation for Older Adults With Depression

The primary aims of this study are to assess the feasibility, acceptability, and tolerability of using an immersive virtual reality (VR) headset to engage in behavioral activation (BA) for older adults diagnosed with major depressive disorder (MDD). The secondary aim of this study is to explore the efficacy of using VR to enhance BA therapy in a clinical MDD older adult population.

Modifying the Geriatric Acute & Post-acute Care Coordination Program for Fall Prevention in the Emergency Department for Telehealth

The goal of this clinical trial is to determine the feasibility of eGAPcare, a telehealth modification of the GAPcare fall prevention intervention, in older adults in a community emergency department. The main questions it aims to answer are: * Can telehealth physical therapy and pharmacy consultations be conducted in a community emergency department? * Does the telehealth modification of GAPcare decrease recurrent falls at 6 months? Participants will * Receive telehealth physical therapy and pharmacy consultation while in the emergency department * Participate in follow-up visits over the phone for 6 months following the initial emergency department visit * Complete study questionnaires delivered by study staff.

A Multicomponent Physical Activity Intervention for Older Adults

ActiveKIT is a three-arm, parallel-group, individually randomized controlled trial. Community-dwelling adults aged 65 years or older (n=201) from Madrid and surrounding municipalities who were inactive were randomized into tree arms: a low-cost home-based exercise toolkit, the same toolkit plus remote specialist support, or usual-care. The intervention lasted 12 weeks, with assessments at baseline, 3 months, and 12 months.

Itaca App vs. Usual Care for Medication Adherence in Older Adults on Polypharmacy

The goal of this clinical trial is to learn if the use of a mobile app called Itaca improves medication adherence in older adults (aged ≥65) in a home care setting. It will also assess the impact of the app on patient engagement, patient activation, quality of life, and the app's usability in the intervention group. The main question it aims to answer is: * Does the use of the Itaca mobile application improve medication adherence among older adults in the home care setting compared with usual care? * Does the use of the Itaca mobile application improve patient engagement, patient activation, and quality of life among older adults in the home care setting compared with usual care? Researchers will compare usual care to see if the intervention using the Itaca mobile app is more effective in improving medication adherence. Participants will: * In the intervention group, use the Itaca app for 3 months * In the intervention group, receive monthly phone calls to support adherence to the study protocol, monitor app use, and address any barriers * In the intervention group, complete the usability scale at the end of the 3-month intervention period * In both the intervention and control groups, complete the questionnaires at enrollment and after 3 months, at the end of the intervention period

RESISTANCE TRAINING AND CAPILLARIZATION - ROLE ON THE ANABOLIC RESPONSE IN OLDER ADULTS

The goal of this clinical trial is to learn how muscle capillaries influence the response to resistance exercise training in older adults. The study will include older men and women who may experience age-related declines in muscle mass and function. The main questions it aims to answer are: * Does baseline muscle capillarization influence the increase in muscle size and function following resistance exercise training? * Can resistance exercise stimulate the formation of new capillaries in older adults with lower baseline capillarization, and how is this related to muscle growth? Participants will: * Undergo assessments of muscle structure, capillarization, and physical function before and after the intervention. * Participate in a supervised resistance exercise training program. * Provide muscle samples and other physiological measurements to evaluate changes in muscle growth and blood vessel formation. Researchers will analyze the relationship between baseline muscle capillarization, exercise-induced angiogenesis, and improvements in muscle mass and function to better understand why some older adults respond more effectively to resistance exercise than others.

A Pilot Randomized Controlled Trial of a Social Network Intervention

This is a pilot randomized controlled trial to assess the feasibility, acceptability, appropriateness, and structure of the SONATA intervention. In addition, it will assess the preliminary efficacy of SONATA compared to enhanced usual care among 70 older adults with advanced cancer.

Feasibility of Virtual Reality-assisted Ergometer Cycling in Addition to Regular Rehabilitation During Municipality-based Inpatient Rehabilitation Care

VR-C-REHAB is a single-group pilot and feasibility study examining the practicality of implementing virtual-reality-assisted ergometer cycling as an adjunct to usual municipal inpatient rehabilitation for older adults (≥65 years). Many individuals admitted to temporary inpatient care present with low physical activity levels and fluctuating motivation, reducing the achievable exercise dose. Virtual reality may enhance engagement, enjoyment, and adherence, but its feasibility in this setting must be evaluated before conducting a future effect trial. The primary objective is to determine whether participants can achieve an adequate exercise dose, defined as the proportion of completed VR-cycling sessions out of those offered (target: ≥75%). Secondary feasibility outcomes include recruitment rate, safety and acceptability, and total cycling time. Exploratory outcomes include change in the 10-Meter Walk Test and session-level motivation (0-10). The intervention consists of 15 minutes of VR-assisted cycling, three times weekly for up to four weeks, delivered alongside standard rehabilitation. Data are collected at baseline, during each session, and at completion. Analyses are descriptive, focusing on the precision of feasibility estimates. Progression criteria (Go/Amend/Stop) are based on adherence, recruitment, and safety. The results will inform the design and implementation of a subsequent controlled study.

Electronic Cardiac Rehabilitation (eCardiacRehab) Feasibility Study

In Norway, more than 11,000 patients undergo percutaneous coronary intervention (PCI) annually. However, a very recent study utilizing registry data show a national average of cardiac rehabilitation (CR) participation of only 14%, despite its proven beneficial effects on readmissions, physical capacity, psychological distress, self-management, and quality of life. CR is strongly recommended in European guidelines. However, uptake is low and is not systematically identifying those in most need of CR. The primary objective of eCardiacRehab is to meet rehabilitation needs of large patient populations regardless of their access to traditional place-based rehabilitation by developing and evaluating the efficacy and cost effectiveness of an interdisciplinary and comprehensive home-based eCardiacRehab programme. eCardiacRehab address patient- and system level challenges in order to increase access to CR. The investigators give particular attention to older patients, women, and those with comorbidities or mental health challenges. Aspects related to continuity of care between specialist and primary care services, health literacy, adherence to treatment, cost effectiveness and ethics are investigated. The investigators will 1) continue to develop the programme with patients, general practitioners, healthcare experts from both specialist and primary care services, and technology developers, 2) develop treatment modules, 3) establish information and communication infrastructure, 4) evaluate the process and efficacy of treatment modules, 5) ensure knowledge development and transfer of competence to the municipalities, and 6) contribute to fulfil the innovation potential for health service and industry partners. eCardiacRehab has the potential to improve interaction and collaboration between primary and secondary care, modernise and digitalise work processes, and develop more coherent and tailored patient pathways. The vision of the home-based eCardiacRehab is to make CR available to all.

Reliability and Validity of Tele-Assessment for Functional Performance in Older vs. Younger Adults

This cross-sectional, comparative study aims to examine the intra-rater reliability, validity, and feasibility of tele-assessment versions of three functional mobility tests-the Timed Up and Go (TUG), 30-second Sit-to-Stand (30sSTS), and Gait Speed Test (GST)-in community-dwelling older adults (≥65 years). To provide a comparative perspective, the same assessments will also be administered to a younger, healthy control group (18-44 years). The study seeks to determine whether tele-assessment can serve as a robust and practical alternative to in-person testing, thereby enhancing accessibility and ensuring high-quality functional evaluation in geriatric populations.

eCardiacRehab - a Hybrid Patient-Centered eHealth Programme

The overall aim of eCardiacRehab trial is to meet rehabilitation needs of patients with coronary artery disease (CAD) regardless of their access to traditional place-based rehabilitation by developing and evaluating the efficacy and cost effectiveness of an interdisciplinary and comprehensive home-based hybrid programme. eCardiacRehab address patient- and system level challenges to increase access to cardiac rehabilitation (CR). We give particular attention to older patients, women, and those with comorbidities or mental health challenges. The vision of the hybrid home-based eCardiacRehab programme is to make CR available to all. eCardiacRehab is a prospective, multicentre randomized open-label blinded end point evaluation (PROBE) trial. The primary endpoint is a hierarchical composite endpoint using a win-ratio framework combining cardiovascular (CV) death, unplanned contacts to the Emergency Department (ED) for observation or admission (\>24 hours) for CV disease, and quality of life. Inclusion criteria are adult Scandinavian speaking patients (≥ 18 years) who have a Norwegian national identification number, with CAD treated with Percutaneous Coronary Intervention (PCI), are living at home, and have internet available to them and providing signed informed consent. Exclusion criteria are patients with severe aortic stenosis, severe arrhythmias, expected lifetime less than one year as determined by study personnel, otherwise clinically unstable, not fully revascularized, awaits PCI or coronary artery bypass graft operation (CABG) or inability to comply with the study protocol due to any physical disability, somatic disease, cognitive impairment or mental health challenges as determined by study personnel.

ROLE OF DUAL-TASK COST IN PREDICTING FALL RISK AMONG OLDER ADULTS RECEIVING INSTITUTIONAL CARE

There is a need for studies that examine the role of dual-task cost in predicting fall risk among older adults receiving institutional care and that develop classification models that can be used in clinical practice. The planned study aims to determine the discriminative ability of dual-task cost in identifying fall risk and to establish clinically meaningful cutoff values. In this respect, the study will both contribute to a more sensitive assessment of fall risk and provide a scientific basis for a low-cost, practical, and applicable screening approach.

Physical and Cognitive Aging Study in Older Adults

Hispanic Americans are the fastest growing older adult group in the United States, disproportionally increasing the risk of an Alzheimer's disease and related dementias diagnosis. Efforts to reduce this risk and mitigate the related cognitive/physical declines are critical. The aim of this study is to assess the feasibility of enrolling older adults into an aging trajectory cohort, while generating preliminary data on associations of physical and cognitive aging trajectories. Our secondary objective is to generate preliminary data on the association of standard measures of physical activity and physical function with cognitive status. This study fits within our longitudinal research goal to reduce dementia incidence by understanding the mechanisms that drive the cognitive-physical aging trajectory.