Stroke survivors typically experience motor and cognitive impairments, both of
which independently and significantly influence gait performance. Walking-related
cognitive-motor interference can constrain community ambulation and functional
independence. This study aimed to compare the impact of two types of gait training
— Cognitive Dual Task Gait Training (CDTGT) and Conventional Gait Training
(CGT) — on the gait of patients who had suffered a chronic stroke. Sixty-four
chronic stroke patients were randomly assigned to one of two groups (CDTGT, n =
32, or CGT, n = 32) in a randomized controlled trial. For four weeks, both groups
received training six days a week. The study assessed the following gait parameters:
step length, stride length, cadence, and gait speed using the 10-Meter Walk Test and
the footprint method before and after the intervention. CDTGT included cognitive
and gait task training in addition to gait training (CGT). All groups showed
significantly higher gait parameters following the intervention (p < 0.001). The
between-group analysis indicated that CDTGT resulted in better performance than
CGT. As a result, the CDTGT group had significantly larger improvements in gait
speed (p = 0.001) and cadence (p = 0.041). The CDTGT group also had favorable
trends for step length and stride length, but the results did not reach statistical
significance. In conclusion, cognitive dual-task gait training helps chronic stroke
patients more in terms of cadence and gait speed than traditional gait training.
Incorporating cognitive tasks in addition to gait rehabilitation should be taken into
account in routine physiotherapy protocols for stroke survivors, as this can improve
functional mobility.
Keywords: Chronic Stroke, Dual task training, gait training, physical therapy,
Functional mobility
