Table 4.
Physical training with cognitive training
| Study(Year and location) | Study Design | Population Diagnosis |
Intervention Group (IG) | Duration of intervention | Ouctomes | Effect of intervention |
|---|---|---|---|---|---|---|
|
LawLLF, 2022, China [20] |
RCT | MCI | FTE group: received FTE training for 8 weeks, facilitated by a trained occupational therapist (12 sessions,60-min/session, 4–6/group) | 8 weeks |
Balance Outcome: CST, BBS |
Functional task exercise group improved balance (Berg Balance Scale) at Post intervention 5-month follow-up (Mean = 53.5 (3.67) 95% CI (− 1.60 to − 0.43)) (p-value = 0.039), and Chair Stand Test Mean 14.56 (5.59) 95% CI (− 4.21 to − 1.84) (p-value 0.000). |
|
Fogarty, 2016, UK, Canda [25] |
RCT | MCI | Memory Intervention Program (MIP) and Taoist Tai Chi (TTC) training twice weekly for 90 min at a time for 10 weeks. (90 min/session, 2 sessions/week) | 10 weeks |
Cognitive Outcome: HVLT, Digit Span and Digit Symbol from the Wechsler Adult Intelligence Scale–III, TMT-A, TMT-B, RBMT–II, TEA, MAC-SR, Balance Outcome: RAPA, Gait velocity, stride time, and stride time variability, CTSIB “ |
TTC exercise did not specifically improve cognition or physical mobility. There was no significant change over time for the MIP + TTC group compared with the MIP-alone group on any of the gait variables, on any of the dual-task cost variables, or in the amount of sway on any of the balance measures. |
|
Callisaya, 2021 Australia [27] |
RCT | MCI | Participants received an iPad with the StandingTall program. The program built to a total of 2 h of balance exercises per week, with cognitive dual-tasking exercises added in week 8. [40–2 h/week (from 40 min in weeks 1 and 2, to 120 min from week 9 onwards)] | 6 months |
Cognitive Outcome: TMT-A, TMT-B, Victoria Stroop task, COWAT, Digital Symbol Coding tests and the Hopkins Verbal Learning Test, Balance Outcome: Gait speed, Dual-task gait, FICSIT-4, ABC, Falls. |
No significant differences between the methods on balance and cognition. |
|
Uysalİ, 2023, Turkey [28] |
RCT | MCI |
Group 1: Aerobic exercise training combined with lower limb strengthening group (AG), (3 sessions/week) Group 2: Dual-task training combined with lower limb strengthening group (DG), (3 sessions/week) Group 3: Aerobic exercise training combined with dual-task training and lower limb strengthening group (ADG) (3 sessions/week) |
12 weeks |
Cognitive Outcome: MMSE Balance Outcome: TUG, ABC, SLST” |
The most remarkable change was observed in the ADG on cognitive status, mobility and physical performance parameters (p < 0.05). In addition, the most signifcant improvement in balance parameters was recorded both in the DG and ADG (p < 0.05). Besides, the highest increase in functional exercise capacity was detected both in the AG and ADG (p < 0.05) |
|
Li, 2021, USA [29] |
RCT | MCI | Dual-task Tai Ji Quan training program based on Tai Ji Quan: Moving for Better Balance (60 min/session, 2 sessions/week) | 24 weeks |
Balance Outcome: Falls, 4-Stage Balance Test, 30-second chair stands, TUG, |
The Tai Ji Quan program improved balance compared to the Stretching Group. |
|
Makizako, 2012, Japan [30] |
RCT | aMCI | The six-month-long, multicomponent exercise program, with combinations of aerobic exercise, muscle strength training and postural balance retraining. (90 min/session, 2 sessions/week) | 24 weeks |
Balance Outcome: WS, OLS, RT, Dual-task costs (DTC balance and cognitive demand) |
The improvement effects on dual-task performances with both balance and cognitive demands were not statistically significant: reaction time with balance demand (P = 0.07), and cognitive demand (P = 0.12). |
|
Hagovská, 2016, Slovak Republic [33] |
RCT | MCI | Cogni-Plus, from SCHUHFRIED GmbH, Austria, 10 weeks (30 min/session, 7 sessions/week) | 10 weeks |
Cognitive Outcome: MMSE, Addenbrooke’s Cognitive Examination, Balance Outcome: BESTest, TUG, POMA test, Falls” |
“There were significant differences between these two groups recorded in the assessment of several cognitive functions by Addenbrooke’s cognitive examination (p < 0.05–0.0001) in favor of the experimental group. The assessment of postural reactions and the total score of the BESTest were in favor of the experimental group (p < 0.05–0.0001)” |
|
Lipardo, 2020, China [36] |
RCT | MCI |
Group 1: (PACT) physical and cognitive training. (60–90 min/session, 1–3 sessions/week) Group 2: (PT) physical training. (60–90 min/session, 1–3 sessions/week) Group 3: (CT) cognitive training. (60–90 min/session, 1–3 sessions/week) |
12 weeks |
Balance Outcome: TUG, The 10-Meter Walk Test, The 10-Meter Walk Test, Physiological Profile Assessment–Short Form, Falls rate |
No significant difference was observed across time and groups on fall incidence rate at 12 weeks (P = 0.152) and at 36 weeks (P = 0.954). The groups did not statistically differ in other measures except for a significant improvement in dynamic balance based on Timed Up and Go Test in the combined physical and cognitive training group (9.0 s with P = 0.001) and in the cognitive training alone group (8.6 s with P = 0.012) compared to waitlist group (11.1 s) at 36 weeks. |
|
Gregory, 2016, Canada [37] |
RCT | MCI | (EDT) Group-based exercise + Dual Task training. (60–75 min/session, 2–3 sessions/week) | 26 weeks |
Balance Outcome: Gait |
At 26 weeks, the EDT group demonstrated increased dual-task (DT) gait velocity [difference between groups in mean change from baseline (95% CI): 0.29 m/s (0.16–0.43), p < 0.001], DT step length [5.72 cm (2.19–9.24), p = 0.002], when compared to the EO group. |
|
Hagovská, 2016, Slovak Republic [39] |
RCT | MCI | CogniPlus training program from SHUFRIED GmbH Company in Austria: CogniPlus 20 training sessions, 2 sessions/week), physical training (30 min/session, 7 sessions/week) | 10 weeks |
Cognitive Outcome: MMSE, TMT-A, The Nine Hole Peg Test. Balance Outcome: BESTest, TUG, TUG DT with dual tasking. “ |
The cognitive-motor training performed for 10 weeks confirmed more significant relationships between balance control, cognitive functions, gait speed, and activities of daily living, when compared with motor intervention alone. |
|
Suzuki, 2012, Japan, [43] |
RCT | aMCI | Multicomponent exercise under the supervision of physiotherapists (90 min/session, 2 sessions/week) | 12 months | Cognitive Outcome: MMSE, WMSLM I and II, WMS-LM, letter verbal fluency test (LVFT), category verbal fluency test: (CVFT), SCWT-I, SCWT-III | Improvements of cognitive function following multicomponent exercise were superior at treatment end (group × time interactions for the mini-mental state examination (P = 0.04), logical memory of immediate recall (P = 0.03), and letter verbal fluency test (P = 0.02)). The logical memory of delayed recall, digit symbol coding, and Stroop color word test showed main effects of time, although there were no group × time interactions. |
AD Alzheimer Disease,ADG Aerobic Exercise Training Combined with Dual-Task Training, AG Aerobic Exercise Group, aMCI Amnestic Mild Cognitive Impairment, CG Control Group, CI Cognitive Impairment, CON Control Group, CT Cognitive Training, DG Dual-Task Training Group, DTG Dumbbell Training Group,ET Exercise Training, FTE Functional Task Exercise, HSPT High-Speed Power Training, IG Intervention Group, LSST Low-Speed Strength Training, MCI Mild Cognitive Impairment, PACT Physical and Cognitive Training, PT Physical Training, RCT Randomized Controlled Trial, WC Wait-List Control