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World J Methodol. Sep 26, 2014; 4(3): 133-143
Published online Sep 26, 2014. doi: 10.5662/wjm.v4.i3.133
Published online Sep 26, 2014. doi: 10.5662/wjm.v4.i3.133
Table 1 Essential points in Parkinson’s disease exercise therapy
Effects | |
Cueing strategies | Improve motor performance (especially gait) |
Cognitive movement strategies | Improve everyday motor tasks (walking, standing up, sitting down, dressing, etc.), and quality of life |
Balance training | Prevent risk of falls, improve postural stability |
Aerobic training | Improve physical capacity |
Strength and flexibility | Improve general well-being and quality of life |
Table 2 Results of treadmill training
Pohl et al[32] | Single session 10 s at maximum safe speed | After 30 min training | Improvement in gait speed and stride length |
Bello et al[40] | Single 20 min session | Improvement in gait speed and stride length | |
Miyai et al[41] | Body weight supported treadmill training | 45-min session, 3 times/wk, for 4 wk | Decrease of symptoms (UPDRS scale) and improvements in gait speed |
Miyai et al[37] | Body weight supported treadmill training | 45-min session, 3 times/wk, for 4 wk with progressive increasing of belt speed | Improvement in gait speed, decreasing of steps number over a 10 m distance. The effects lasted over 1 and 4 mo of follow up |
Herman et al[36] | Intensive treadmill protocol | 30 min session, 4 times/wk, for 6 wk with progressive increasing of belt speed | Improvement in gait parameters (speed, swing time variability), balance, motor symptoms (UPDRS scale) and in quality of life |
Cakit et al[21] | Speed dependent treadmill training | 30 ± 5 min session, 8 wk | Improvement in tolerated speed and distance walked, in balance and reduction in fear of falls |
Fisher et al[29] | Body weight supported treadmill training | 3.0 metabolic equivalents session, 3 times/wk for 8 wk | Improvement in gait speed, step and stride length, hip and ankle joint excursion, and decrease cortico-motor excitability |
Protas et al[39] | Walking in all 4 directions and step training | 1 h session, 3 times/wk for 8 wk | Reduction of falls, improvement in gait speed and stride length, improvement in dynamic balance |
Rose et al[42] | Skipping, sprinting, walking, running and jumping on a lower body positive-pressure antigravity treadmill + spatial cues | 1 h session, 3 times/wk for 8 wk | Improvement in gait and functional capacity, better quality of life, improvement in motor symptoms (UPDRS scale) |
Table 3 Results of cueing training
Thaut et al[49] | Rhythmic auditory cues | Walking, stop-and-go, stair stepping listening to music | 30 min/d for 3 wk | Improvement in gait speed, stride length and cadence |
McIntosh et al[50] | Rhythmic auditory cues | Walking and stop-and-go listening to music | Single session | Improvement in gait speed, stride length and cadence |
del Olmo et al[34] | Rhythmic auditory cues | Walking in different condition (with or without metronome cadence) | 1 h/d, for 5 times/wk for 4 wk | Improvement in gait temporal stability |
Azulay et al[48] | Dynamic and static visual cues | Walking on a 12-m walkway with parallel transversal white stripes with normal/stroboscopic lights | Single session | Increased velocity and stride length in the normal lights condition, suggesting the role of a specific visuo-motor pathway elicited by the moving cues |
Rochester et al[35] | Auditory + visual cues | Little itinerary performed at home | Single session | Auditory cues improved performance (stride length) in the functional task, and a tendency for increased walking speed was noticed with both types of cue |
Nieuwboer et al[23] | Visual, auditory or somato- sensory cues | Home-based cueing training program | 30 mine session, 3 d/wk for 3 wk | Improvement in posture, gait speed, step length, reduction of FoG episodes and increased confidence in gait tasks |
Frazzitta et al[9] | Treadmill + external cues | Progressive treadmill training with auditory (musical beats) and visual cues | 20 min every day for 4 wk | Improvement in UPDRSIII, 6MWT, gait speed, stride cycle, FoG questionnaire |
Table 4 Effects of resistance training
Scandalis et al[55] | Exercises for quadriceps, hamstring, calves and also abdominal muscles | 2 times/wk for 8 wk | Improved strength, gait speed and stride length |
Schilling et al[56] | PRE for lower limbs muscles | 2 times/wk for 8 wk | Improved leg strength |
Hirsch et al[57] | Balance exercise plus high-intensity PRE for knee and ankle muscles | 3 times/wk for 10 wk | Improved balance, strength and reduced falls |
Hass et al[53] | PRE program, focused mainly on lower limbs muscles | 2 times/wk for 10 wk | Improvement in both postural adjustment and spatiotemporal parameters during gait initiation (protective effect on falls), and improved muscle strength |
O'Brien et al[58] | PRE | 2 times/wk for 10 wk | Physical and psychological benefits |
Dibble et al[59,60] | High Intensity eccentric training exercise program for lower muscles which included calisthenics, treadmill, balance training and conditioning | 3 times/wk for 12 wk | Improvement in muscle hypertrophy, strength, mobility, bradykinesia, Quality of life and UPDRS score |
Table 5 Effects of balance training
Li et al[62] | Tai Chi vs resistance training and stretching | 60 min sessions 2 times/wk for 24 wk | Tai Chi group improved their postural stability significantly more than both the other groups; stride length and velocity, strength, timed up-and-go test, functional reaching and UPDRS-III score were significantly higher in the Tai Chi group when compared with stretching; Tai Chi improved stride length, reduced rate of falls at follow up and, as shown by the posturography, there was a reduction of deviations of movement, which the authors suggest to be a reduction of dyskinesia |
Hackney et al[63] | Tai Chi program | 60 min session for 10-13 wk (total 20 session) | Improved global and motor symptoms (UPDRS and UPDRS-III), balance, tandem stance, one leg stance, backward walking, and gait endurance (6MWT) |
Schmitz-Hubsch et al[24] | Qi Gong program | 90 min weekly training for 2 mo | Intervention showed a “stabilizing effect on PD symptoms”: specifically, postural instability improved, as well as UPDRS-III score. Also, autonomic dysfunction (constipation and pain) decreased, and during physiotherapy sleep disturbances and daytime sleepiness diminished |
Table 6 Results of dance training
Hackney et al[66,69] | Tango | 60 min session, 2 d/wk for 10 wk (total 20 sessions) | Decreased UPDRS score, improved balance, reduced fear of falling. Trends of improvement for FoG and at Timed Up and Go test |
Hackney et al[67] | Tango vs Foxtrot | 60 min session, 2 d/wk for 13 wk (total 20 session) | Both types of dance improved gait speed, balance, backward stride length, cardiovascular function and symptoms (UPDRS); only Tango generated improvements for FoG |
Duncan et al[70] | Tango in patients “off medication” | 60 min session, 2 d/wk for 12 mo | Bradykinesia and motor symptoms severity (assessed with MDS-UPDRS-III) were reduced; gait speed, balance, dual task walking speed and upper extremity function all improved; rigidity, FoG and gait endurance remained stable, but in the control group they progressively worsened, (“braking” effect on PD progression) |
- Citation: Borrione P, Tranchita E, Sansone P, Parisi A. Effects of physical activity in Parkinson's disease: A new tool for rehabilitation. World J Methodol 2014; 4(3): 133-143
- URL: https://www.wjgnet.com/2222-0682/full/v4/i3/133.htm
- DOI: https://dx.doi.org/10.5662/wjm.v4.i3.133