EFFECT OF STRENGTH TRAINING, FUNCTIONAL TASK RELATED TRAINING AND COMBINED STRENGTH AND FUNCTIONAL TASK RELATED TRAINING ON UPPER EXTREMITY IN POST STROKE PATIENTS

Abstract

Background: Weakness presents serious compromise to movement function in hemiplegics. Despite the correlation between weakness and impaired function, a clear relationship between strength and function needs more exploration. This study evaluated compared to strength and functional training alone with combined strength and functional training in rehabilitation of upper extremity in stroke patients.
Methods: Forty-five patients with history of stroke of duration 3weeks-6months who could initiate shoulder flexion, abduction, elbow flexion and extension, wrist and finger movements were included in the study and randomized into three groups
Group-I - Strength-training
Group-II - Functional-task-related training
Group-III - Combined Strength and Functional-task-related training for the upper extremity
Patients with cognitive impairments, musculoskeletal complications and with the previous history of hemiplegia were
excluded.
Outcome Measures used: Fugl-Meyer, Chedoke-Arm and Hand-Inventory, Dynamometer and MMT Interventions were given 3days/week for 6weeks. Subjects were evaluated at 0, 3 and 6weeks.
Result: All the three groups showed improvements in Fugl-Meyer (p<0.005). Group, I showed improvements in Dynamometer and MMT (p<0.005), but less functional gain, whereas group II showed improvement in Chedoke (p<0.005), but without adequate strength gain. Group III showed improvements in MMT (p<0.005), Dynamometer (p<0.005) and Chedoke (p<0.005), suggesting increased strength with improved functional performance.
Conclusion: Combined strength and functional task related training improved both functional motor performance and strength and led to more effective rehabilitation.