Er D Petil
St. Dominic College of Asia, Philippines
Keynote: Physiother Rehabil
Virtual reality (gaming console) and Progressive Resistive Exercises (PREs) have emerged as recent treatment approaches in stroke rehabilitation. In particular, the game console is used to aid in portraying and calculating body positioning, visual perception, balance and gross motor skills while PREs is a strengthening technique that is basically used by the physical therapist in treating impairments particularly muscle weakness. PREā??s can be administered via different forms; the study utilized Proprioceptive Neuromuscular Facilitator (PNF) D1 flexion and extension patterns through resistive bands. The principle states to improve muscle performance and functionality that it should exceed the metabolic capacity of the muscle and challenge to perform at a level greater than to which it is accustomed. To improve the arm function of patients with hemiplegia by using new dimensional approach, quasi experimental group pre and post-test design is used in the study. Retrospectively, all the post-stroke patients who are at the age range of 40-70 years old were reviewed with selection criteria and been oriented with informed consent. Fifteen (15) participants were randomly array into three variable groups, the two groups will be distributed to the experimental group and that will represents the Nintendo Wii and the PREs group. The remaining group will represent the control group which will undergo stretching technique and Range Of Motion exercises (ROM) in the upper extremity. They were subjected into 15 treatment sessions and assessed two times by using the modified Fugl-Meyer assessment of Physical Performance for the functional mobility of the affected upper extremity of the post-stroke patients. Assessment was imposed before starting our first treatment session and after the final session. The modified Fugl-Meyer assessment of physical performance demonstrates that virtual reality has the highest mean scores among all the interventions done with a M=55.80, SD=2.168 followed by the Progressive Resistive Exercise (PRE) (M=48.20, SD=6.340) and lastly the control group which is the lowest post-test mean score (M=40, SD=1.581). There is a significant difference on the post-test scores of the PREā??s as compared to virtual gaming console. With the computed significant value of p=0.035 suggests to accept the null hypothesis. This shows evidence that gaming console is a far more effective treatment than PREs for post-stroke patients in improving the mobility of the affected upper extremity.
Er D Petil, Associate Professor in Physical Therapy, Lecturer in Manila Central University, St. Dominic College of Asia, New Era University. He has a Master Degree in Special Education and Doctor of Philosophy student at the University of The Philippines.
E-mail: erpetil@yahoo.com
Spanish 
Chinese 
Russian 
German 
French 
Japanese 
Portuguese 
Hindi 