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Tai chi
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| One Level 1A systematic review and two Level 1B studies provide moderate strength of evidence, due to inconsistent results, to support tai chi in addressing basic ADL (BADL) performance and functional mobility for adults poststroke. Many different types of tai chi were included in these studies, such as Qigong and Yun Chu. |
Lyu et al. (2018)
Level 1A (meta-analysis)
RoB
Moderate
Country
China
Setting
Not reported |
Population
N = 1,293 (21 trials)
Intervention
All types of tai chi (TC)
Method of Delivery
Not reported
Dose
Not reported |
Tai chi interventions (2 studies, n = 166) had significant improvement, compared with the control, in • BADL (Barthel Index) and • Functional mobility (Berg Balance, Time up and Go Test) |
Chen et al. (2019)
Level 1B-RCT
RoB
Moderate
Country
Taiwan
Setting
Inpatient Rehabilitation |
Population
N = 72. Adults with subacute stroke.
Method of Delivery
Individual
Intervention
Mind–body interactive exercise program (Chan-Chuang qigong exercise: lifting ball posture, holding tree trunk posture, pressing ball posture, and pushing posture and calm breathing and relaxation)
Dose
At least 15 min a day for 10 days of mind–body interactive exercise program |
Mind–body interactive exercise program interventions had significant improvement, comparted to the control, in • BADL
SF-12: Significant improvements on physical component (PC) after 10 days for the intervention group compared with control
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Xie et al. (2018)
Level 1B-RCT
RoB
Low
Country
China
Setting
Community Health |
Population
N = 72. Adults with chronic stroke.
Method of Delivery
Individual
Intervention
Tai chi Yunshou exercise plus health education
Dose
5×/wk for 60 min each session for 12 wk |
None. The intervention was not superior to the control condition |
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Yoga
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| One Level 1A systematic review met the inclusion criteria and provides low strength of evidence to support yoga in addressing functional mobility. Furthermore, no BADL measures were used in any of the studies; thus, there can be no analysis of yoga and BADLs. |
Lawrence et al. (2017)
Level 1A (meta-analysis)
RoB
Low
Country
UK
Setting Rehabilitation Interactive Therapy Lab Recreation Room |
Population
N = 72. Adults with chronic stroke in 2 trials.
Method of Delivery
Groups
Intervention:
Yoga
Dose
• 2×/wk, 60-min sessions for 8 wk • 1×/wk, 90-min session for 10 wk • Encouraged patients to perform yoga on own time |
None. The intervention was not superior to the control condition for functional mobility |
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Hydrotherapy/Aquatic Interventions
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| One systematic review with Level 1A evidence (Chae et al., 2020) provides moderate strength of evidence to support the use of hydrotherapy for adults with stroke at the chronic stage in addressing functional mobility, however, not for stroke survivors at the subacute stage of recovery. Hydrotherapy included exercises in the water versus control groups that included land-based exercises. |
Chae et al. (2020)
Level 1A (meta-analysis)
RoB
Moderate
Country
Korea
Setting
Not reported |
Population
N = 325. Adults with subacute or chronic stroke: (11 trials)
Intervention
Hydrotherapy (exercise based performed underwater)
Method of Delivery
Not reported
Dose
• Ranged from 2 to 5 sessions of 30–60 min each per week • Intervention period ranging from 2 to 8 wk |
Hydrotherapy interventions had significantly more improvement in functional mobility than the control group • Functional mobility evaluated by these assessments and this number of studies:
Berg Balance Scale (BBS): 10 trials (N = 264)
BBS (chronic stroke): 7 trials
Timed UP and Go (TUG): 6 trials (N = 17)
TUG (Chronic stroke): 5 trials
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Balance Training
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| One Level 1A and two Level 1B evidence and 3-mo follow-up met the inclusion criteria and provide strong strength of evidence to support balance training for functional mobility in subacute and chronic stroke survivors and moderate evidence for BADL for stroke survivors at the subacute stage. |
van Duijnhoven et al. (2016)
Level 1A (meta-analysis)
RoB
Low
Country
The Netherlands
Setting
Not Reported |
Population
N = 430. Adults with chronic stroke (43 trials, 36 trials for meta-analysis)
Intervention
Balance and/or functional weight shifting training, gait training, multisensory training, high-intensity aerobic training, other training
Method of Delivery
Not mentioned
Dose
1.9 to 61.7 hr |
The interventions had significant improvement in functional mobility and were significantly better than the control group • Functional mobility
BBS: 28 trials (N = 985)
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Cabanas-Valdé s et al. (2016) and (2017) (3-mo follow-up) Level 1B-RCT
RoB
Low
Country
Spain
Setting
Inpatient Rehabilitation |
Population
N = 80; follow-up N = 79. Adults with subacute stroke.
Method of Delivery
Individual
Intervention
Core stability exercises 15 min daily plus conventional therapy (PT facilitation, stretching, passive mobilization, ROM, walking, OT, and nursing)
Dose
Conventional therapy for 1 hr treatment 5 days/wk for 5 wk (25 sessions) plus an additional 15 min of core stability exercises per session (total of 6.15 hr) |
Conventional therapy combined with core stability exercises (15 min per day) resulted in significantly improved BADL (BI) and functional mobility (BBS, Tinetti Test) and were significantly better than the conventional therapy alone. At the 3-mo follow-up, the functional mobility was still significantly better than the conventional therapy alone. |
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Muscle Strengthening
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| One study with Level 1A evidence met the inclusion criteria and provides inconsistent and low strength of evidence to support muscle strengthening to improve functional mobility in stroke survivors in the subacute and chronic stages of recovery. The intervention groups consisted of exercises with strengthening (e.g., progressive resistance exercises, task-specific training, high intensity resistive cycling), while the control groups consisted of exercise without strengthening (passive cycling, upper extremity exercises). |
Wist et al. (2016)
Level 1A (meta-analysis)
RoB
Low
Country
Switzerland
Setting
Not reported |
Population
N = 355. Adults with subacute or chronic stroke (10 trials; 9 trials for quantitative analysis).
Intervention
Balance and/or functional weight shifting training, gait training, multisensory training, high-intensity aerobic training, other training
Method of Delivery
Not reported
Dose
1.9–61.7 hr |
Interventions resulted in significantly improved functional mobility, and the results were significantly better than the control. • Functional mobility
TUG: 3 studies (N = 92)
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Multiexercise regimen
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| Six studies with Level 1B evidence met the inclusion criteria and provide inconsistent low strength of evidence, due to inconsistent results, to support multiexercise regimes for either functional mobility or BADL in stroke survivors. The intervention groups varied per study, but they all consisted of a variety of exercise interventions to increase strength, balance, endurance, walking, mobility, coordination, and upper extremity function. |
Brouwer et al. (2018)
Level 1B-RCT
RoB
Low
Country
Canada
Setting
Home care |
Population
N = 103
Method of Delivery
Individual
Intervention
Strength/power, balance, cardiovascular endurance, motor coordination, and education on community resources
Dose
Tune up: 1 hr therapy sessions in home 3×/week for 2 wk at 6 mo post discharge and second tune up at 12 mo |
None. The intervention was not superior to the control condition for functional mobility or BADL |
Dean et al. (2012)
Level 1B-RCT
RoB
Low
Country
Australia
Setting Community Setting Home Program |
Population
N = 151. Adults with chronic stroke.
Method of Delivery
Circuit-style group exercise class & home exercise program
Intervention
Progressive balance and strengthening exercises such as calf raises, step-ups, sit to stand, standing with reduced base of support, graded reaching activities, and walking
Dose
• Exercise classes (45–60 min) delivered weekly for 40 wk over 1-yr • Home program (45–60 min) completed at least 3×/weeks |
None. The intervention was not superior to the control condition for functional mobility or BADL |
Galvin et al. (2011)
Level 1B-RCT
RoB
Low
Country
Ireland
Setting
Acute care Acute Rehabilitation Outpatient |
Population:
N = 40. Adults with acute or subacute stroke.
Method of Delivery
Individual
Intervention
Individualized FAME program (training family members to assist with exercises at bedside) to improve stability, gait velocity, and lower extremity strength
Dose
FAME intervention 35 min daily and routine physiotherapy for 8 wk |
The intervention group had significant improvement in BADL (BI) and functional mobility (BBS, Motor Assessment Scale). The intervention outcomes were all significantly better than the control group. |
Harrington et al. (2010)
Level 1B-RCT
RoB
Moderate
Country
England
Setting Community |
Population:
N = 243. Adults with chronic stroke.
Method of Delivery
Groups
Intervention
13 themes for groups and their family members for exercise to improve balance, strength, endurance plus stroke education
Dose
Each scheme 2×/wk for 8 wk (16 total sessions) with each session 1 hr exercise and 1-hr education |
None. The intervention was not superior to the control condition for functional mobility |
Langhammer et al. (2009)
Level 1B-RCT
RoB
Low
Country
Norway
Setting
Inpatient Outpatient Rehabilitation Home |
Population
N = 7.5 Adults at all stages of stroke recovery.
Method of delivery: Individual
Intervention
Functional endurance (e.g., walking, step, stationary arm, or leg bike), strength (e.g., sit ups, push up in chair, toe and heel rise), balance (e.g., dancing, dual task, walking on a line, obstacle course)
Dose
Minimum of 80 hr total for first year and distributed into a minimum of 20 hr every third month |
None. The intervention was not superior to the control condition for functional mobility |
Mudge et al. (2009)
Level 1B-RCT
RoB
Low
Country
New Zealand
Setting
Private Rehab Clinics |
Population
N = 58. Adults with chronic stroke.
Method of Delivery
Group
Intervention
Circuit group sessions (e.g., task-oriented gait, standing balance activities, lower extremity strengthening)
Dose
12 group circuit sessions 3×/week for 4 wk, total exercise 30 min although session lasted 50–60 min including stretching |
The intervention group had significant improvement in functional mobility, and the improvements were significantly better than the control group. • Functional mobility
RMI: 3-mo follow-up
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