Table 2.
Occupational Therapy Intervention Studies Published in the American Journal of Occupational Therapy From May 2010 to October 2011
| Author | Study Objectives | Level/Design/Participants | Intervention and Outcome Measures | Results | Study Limitations |
|---|---|---|---|---|---|
| Beckelhimer, Dalton, Richter, Hermann, & Page (2011) | To test the efficacy of computer-based training implementing rhythm and timing in chronic, severe, stroke-induced hemiparesis | Level IV |
Intervention Computer-based timing intervention with metronome; 60 min × 3 days/wk for 4 wk; total sessions = 12; total hr therapy = 12 |
Some improvement seen in all outcome measures. | Case series design with 2 participants |
| Single-subject design | No statistical analysis | ||||
| N = 2, <12 mo poststroke | |||||
| Age >21, <75 |
Outcome Measures
|
||||
| Hardy et al. (2010) | To examine the effect of functional training, bracing, and electrical stimulation on reducing UE spasticity | Level IV |
Intervention Clinic treatment: Electrical stimulation while wearing brace followed by repetitive task-specific training |
Reduction in finger spasticity level seen on Modified Ashworth Scale. | Small sample |
| Single-subject design | Poor generalizability | ||||
| N = 2; chronic stroke >6 mo | Slight improvement in Box and Block test and AMAT. | ||||
| Home-based treatment: Two 30-min sessions of electrical stimulation in brace, followed by overnight wearing of brace without stimulation 45–60-min sessions 2 days/wk for 5 wk; total hr = 10 | |||||
Outcome Measures
| |||||
| Hayner, Gibson, & Giles (2010) | To compare the effect of mCIT with bilateral therapy of equal intensity in improving motor function after stroke | Level II |
Intervention mCIT group wore a mitt and practiced functional activities with affected arm |
Both groups improved performance; no differences were seen between groups. | Well-designed study |
| Stratified, randomized trial | Small sample size | ||||
| N = 12; >6 mo poststroke | Bilateral group were given repetitive and intrusive cues to use both arms in functional activities | Results not presented clearly | |||
| Both groups: 6 hr/day for 10 days; total hr = 60 | |||||
Outcome Measures
| |||||
| Henshaw, Polatajko, McEwen, Ryan, & Baum (2011) | To provide description of new cognitive approach to lay groundwork for a future clinical trial | Level IV |
Intervention Cognitive approach involving dynamic performance analysis and problem-solving strategy of goal–plan–do–check |
Performance and satisfaction improvement seen in both cases after treatment. Cases tolerated treatment procedure. | Case series design with 2 participants |
| Single-subject design | No statistical analysis | ||||
| N = 2; mild to moderate stroke; age >40 yr | |||||
Outcome Measures
| |||||
| Kim & Colantonio (2010) | To examine whether rehabilitation is effective in community integration of survivors of traumatic brain injury (TBI) | Level I |
Intervention Multidisciplinary rehabilitation or intensive cognitive rehabilitation program |
Of 3 Level I studies, only 1 showed improvement. The Level II study did not demonstrate benefits. | Comprehensive review of 17-yr period |
| Systematic review | Review included non-RCT studies | ||||
| N = 10 studies: 3 Level I; 1 Level II; 6 Level III |
Outcome Measures
|
Of the 6 Level III studies, 3 showed benefit of rehabilitation. Benefit of multidisciplinary rehabilitation in community integration is unclear. | Effectiveness not specific to occupational therapy | ||
| Adults with TBI of varying severity and time since injury | Included patients with mild TBI | ||||
| Maitra et al. (2010) | To understand how occupational therapy interventions enable patients with multiple sclerosis to improve function in an inpatient setting | Level IV |
Intervention Occupational therapy intervention (self-care, therapeutic exercise, occupation-based therapeutic activities) was correlated with FIM scores |
Poor correlation between occupational therapy intensity and UE dressing and memory. Poor correlation between self-care training and independence in ADLs. | Poor correlation between occupational therapy intervention and improvement in FIM score |
| Retrospective chart review | |||||
| N = 193 | No control over additional interventions | ||||
|
Outcome Measure FIM | |||||
| McCall, McEwen, Colantonio, Streiner, & Dawson (2011) | To examine the efficacy of a mCIT protocol on participation, activity, and impairment in the older adult subacute stroke population | Level IV |
Intervention mCIT, 2 hr/day for 10 days; total sessions = 10; total hr = 20. Treatment included shaping during functional activity; constrained by mitt. |
COPM and CAHAI scores improved for 4 of 4 participants. | Case series design |
| Interrupted time series | No statistical analysis | ||||
| N = 4; age >65 yr; 43–81 days poststroke | FIM self-report improved for 3 of 4 participants. | Small sample size | |||
| ARAT scores improved. |
Outcome Measures
|
||||
| Nilsen, Gillen, & Gordon (2010) | To examine whether mental practice is effective in improving UE function after stroke | Level I |
Intervention Mental practice alone or in combination with CIMT and functional training |
Level I and II studies reported improvement after mental and physical practice. | Comprehensive review of studies over 25 yr |
| Systematic review | Review included RCT and non-RCT studies | ||||
| N = 15 studies: 4 Level I; 2 Level II; 1 Level III; 6 Level IV; 2 Level V |
Outcome Measures
|
Selection bias | |||
| Chronic stroke | Poor rating system for studies | ||||
| Page, Murray, & Herman (2011) | To examine whether mCIT intervention is retained 3 mo after intervention in stroke rehabilitation | Level IIb |
Intervention mCIT for 0.5 hr, 3×/wk for 10 wk (total hr of therapy = 15); treatment included shaping during functional activity; unaffected arm restrained in sling |
No differences in ARAT or FMA scores seen between posttreatment and 3-mo follow-up. | Design not RCT |
| Nonrandomized cohort study | No information on what participants did postintervention | ||||
| N = 13 adults >3 mo poststroke; minimal cognitive impairment; minimal spasticity | Small sample size | ||||
Outcome Measures
|
Outcomes only impairment level | ||||
| Wu, Radel, & Hanna-Pladdy, (2011) | To test performance and perception after combined physical and mental practice in a patient with hemiparesis and apraxia | Level IV |
Intervention Practice of reaching to grasp a cup and turning pages; physical practice followed by mental practice; 60 min × 3 days/wk × 6 wk; total number of sessions = 18; total hr therapy = 18 |
Performance and time taken to complete task improved after intervention. | Single-subject design |
| Single-subject design | Poor generalizability | ||||
| N = 1; mild to moderate stroke <6 mo | |||||
Outcome Measures
|
Note. ADLs = activities of daily living; AMAT = Arm Motor Activity Test; ARAT = Action Research Arm Test; CIMT = constraint-induced movement therapy; COPM = Canadian Occupational Performance Measure; FMA = Fugl-Meyer Assessment; mCIT = modified constraint-induced therapy; RCT = randomized controlled trial; WMFT = Wolf Motor Function Test; UE = upper extremity.