This study focuses on administering home-based exercises which include balance, strength, endurance, and mobility training to pre-frail subjects via one of the 3 intervention arms. These evidence-based home exercises are performed two times a week for 12 weeks (3 months). A follow-up assessment will be conducted at the end of 9 months after 6 months maintenance phase.
Falls are the most common morbid and expensive health condition involving older adults. The range of exercises included in the SAFE programme is designed to be adaptable to a wide range of physical functions targeting pre-frail older adults. The exact exercises will vary on the patients' functional status. However, all exercise sessions must include balance exercises that challenge the patient's balance during static activities, during movement and also may include challenges as the patient has divided attention (walking and talking, walking while carrying objects). Balance is first emphasised followed by strengthening exercises of the lower extremities. The improvement in walking, physical activity and endurance, is dependent on the patients' improvement in balance and strength. The overall design of the intervention is to develop and maintain functional mobility by targeting deficiencies in balance, strength, mobility, and endurance. Despite efforts to provide exercises to improve patients' balance and strength to prevent falls, many do not comply with the programme upon discharge. To address this challenge, the investigators propose to conduct a pilot study that will employ novel approaches, using an evidence-based, person-centred falls prevention intervention (SAFE programme), which is sustainable and cost-effective for the general public in Singapore. These three interventions in the study include video conferencing, newly created exercise games (Gamification) and a self-guided home exercise programme. A key aspect of the SAFE exercise programme is its simple yet structured series of exercises, with gradual progression, to improve balance, mobility and lower limb strength. It is important that subjects continually challenge themselves during the exercise sessions to promote ongoing improvement in physical function. An exercise stratification grid has been developed to help guide the subjects on the types of exercises and level of intensity, that will be appropriate for them. Performance level (as defined in the stratification grid) should be re-assessed weekly so as to track the progress of the subject i.e. once a subject has achieved the level of the specified exercise in a category, the participants will progress to the next level for the same category. In addition, the subjects will be encouraged to participate in walking both, as much and as far as possible, to improve their functional capacity. Therefore, the SAFE exercises are very appropriate to be used in the home setting. 140 pre-frail subjects discharged from SKH, SGH and OCH will be recruited for the study. Only those who meet the requirements criteria using the Ward PT Checklist will be randomised into the 3 intervention groups. All groups are required to exercise at least twice a week and complete the intervention over a 3-month period. Baseline, 3- and 9-months follow-up data will be collected by independent assessors. Outcome measures in 9 categories will be measured and compared across the 3 groups. These measures will be correlated to the subject's compliance to the intervention and effectiveness will be compared between the 3 groups.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
PREVENTION
Masking
DOUBLE
Enrollment
104
The study developed 3 approaches that innovate beyond the existing delivery modes of the SAFE programme, by developing means for providing an intervention that is functionally equivalent to the SAFE programme but can be implemented in a patient's home. These home approaches include: (a) video conferencing; (b) gamification; and (3) self-guided home exercise programme. The investigators' task is to focus on developing these 3 modes and evaluating each in a pilot context for participants upon discharge from the hospital.
Singapore General Hospital
Singapore, State *, Singapore
To monitor the change of SPBB over the study period
The SPBB will be captured at 3 time points (1st during the baseline, 2nd during the 3rd month post assessment and 3rd during the 9 month post assessment). Direct measurement will be taken by the assessor.
Time frame: Baseline, 3rd month and 9th month
Patient Demographic Profile
The following will be collected Age, gender, ethnicity, marital status via an interview
Time frame: Baseline, 3rd month and 9th month
Profile of the Caregiver
This profile will be collected via an Interview
Time frame: Baseline, 3rd month and 9th month
Health Status: Presence of diseases
This information will be collected via an interview
Time frame: Baseline, 3rd month and 9th month
Health Status: Lawton IADL
This information will be collected via an interview
Time frame: Baseline, 3rd month and 9th month
History & Attitude Towards Falls
This information will be collected via an interview
Time frame: Baseline, 3rd month and 9th month
Social Network & Social Isolation
Variables for Lubben Social Network Scale (LSNS-6) are collected via interview.
Time frame: Baseline, 3rd month and 9th month
Healthcare Utilisation
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The following variables are collected via interview: 1. Number of visits by the participants to the Accident \& Emergency Department 2. Number of hospital admissions by the participants 3. Number of visits by the participants to the General practitioner
Time frame: Baseline, 3rd month and 9th month
Quality of Life Characteristics
Variables for EQ-5D-5L are collected via interview.
Time frame: Baseline, 3rd month and 9th month
Compliance of the different Intervention
Variables for compliance are being collected via log book and weekly calls.
Time frame: Baseline, 3rd month and 9th month