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Table 1 Lower body positive pressure for gait training after stroke patients

From: Lower body positive pressure treadmill gait training for neurological patients: a systematic review

Authors

Study design

Treatment

Sample size

Stroke stage

Duration (no.×week)

Outcomes of Interest

Results

PEDro score

Park et al. [8]

RCT

A) LBPP treadmill gait training (n = 8)

B) Aquatic gait training (n = 9)

C) Regular treadmill gait training (control group) (n = 10)

27

(15 m /12 w)

Chronic

30 min (3 × 4)

BBS*, TUG*, 10MWT,

The aquatic and LBPP groups improved more than the control group.

No difference between LBPP and aquatic groups.

6/10

(rated by the author)

Sukontha-mam et al. [33]

RCT

A) Overground gait training (control group) (n = 16)

B) Overground gait training + LBPP gait training (n = 15)

31 (24 m/7 w)

Sub-acute

30 min (5 × 4)

6MWT,FAC, Balance test*, (GMVIC), MA, Satisfaction of LBPP

Improvement with eyes closed than the control.

No serious adverse events.

8/10

Calabro et at. [20]

RCT

A) LBPP gait training (n = 25).

B) Overground gait training (n = 25).

C) Healthy controls (LBPP gait training) (n = 25)

50 (20 m/ 30 w)

25 (13 healthy m/12 healthy w)

Chronic

40 min (6 × 4)

FAC, GSP*, MA*, GQI*

Improvement in GSP, MA, and GQI.

No serious adverse events.

8/10

(rated by the author)

Duran et al. [36]

RCT

A) Overground gait training (control group) (n = 13).

B) Overground gait training + LBPP gait training (n = 13).

C) Overground gait training + aquatic gait training (n = 13)

39 (gender was not specified)

Chronic

30 min (3 × 4)

BI, BBS, 6MWT*, CET, ECG* parameters

The LBPP significantly improved maximum heart rate, walking distance, and ventricular repolarization indices.

7/10

(rated by the author)

Oh et at. [34]

RCT

A) Conventional gait training (n = 15).

B) LBPP gait training (n = 15)

30

(29 m/1 w)

Chronic

20 min (5 × 4)

POMA*, BBS*, TUG*, 10MWT

Improvement in POMA gait score and TUG at 4 weeks and total POMA score and BBS after 12 weeks.

7/10

(rated by the author)

Almutairi et al. [28]

An exploratory study

LBPP gait training (n = 9)

9

(8 m/1 w)

Chronic

40 min

(3 × 6)

Safety and feasibility, BP, PR, OS.

No adverse event reported.

Satisfaction score ranges from 4 to 5 out of 5.

No change in BP and OS.

Change observed in PR.

-

Almutairi [12]

Prospective cohort study

LBPP gait training (n = 9)

9

(8 m/1 w)

Chronic

40 min

(3 × 6)

FAC*, 6MWT*, TUG, 10MWT*, FRT, SF-36

Improvement in FAC, 10MWT, and 6MWT.

-

Lathan et al. [32]

Case study

LBPP gait training (n = 1)

(1 m)

Chronic

40 min

(4 × 4)

10MWT, GSP, 6MWT, FM-LE, GDS, SIS.

All outcomes improved and were maintained one month later.

-

Tang et al. [35]

Case report

LBPP gait training (n = 1)

(1 m)

Chronic

30 min

(6 × 2)

FM-LE, DPPD, BBS, TUG, GSP, MA

Improvement in all outcomes except FM-LE.

-

  1. RCT randomized control trial, m men, w women, No number, LBPP lower body positive pressure, BBS Berg Balance Scale, TUG Timed Up and Go Test, 10MWT 10-meter walk test, 6MWT 6-minutes walking distance, FAC Functional ambulatory category, GMVIC gluteus maximus muscle (maximum voluntary isometric contraction), MA muscles activity, GSP Gait spatiotemporal parameters, GQI Gait Quality Index, BI Barthel index, CET cycle ergometer test, CEG electrocardiogram, POMA Tinetti performance-oriented mobility assessment, BP blood pressure, PR pulse rate, OS oxygen saturation, FRT functional reach test, SF-36 Short Form-36, FM-LE Fugl-Meyer–Lower Extremity, GDS Geriatric Depression Scale, SIS Stroke Impact Scale, DPPD Dynamic planter pressure distribution
  2. *Significant improved at p < 0.05