Title of article :
Effect of Ice Massage on Lower Extremity Functional Performance and Weight Discrimination Ability in Collegiate Footballers
Author/Authors :
Sharma, Geeta Center for Physiotherapy and Rehabilitation Sciences - Jamia Millia Islamia, New Delhi, India , Noohu, Majumi Mohamad Center for Physiotherapy and Rehabilitation Sciences - Jamia Millia Islamia, New Delhi, India
Abstract :
Background: Cryotherapy, in the form of ice massge is used to reduce inflammation after acute musculoskeletal injury or trauma. The
potential negative effects of ice massage on proprioception are unknown, despite equivocal evidence supporting its effectiveness Objectives: The purpose of the study was to test the influence of cooling on weight discrimination ability and hence the performance in
footballers. Patients and Methods: The study was of same subject experimental design (pretest-posttest design). Thirty male collegiate football
players, whose mean age was 21.07 years, participated in the study. The participants were assessed for two functional performance tests,
single leg hop test and crossed over hop test and weight discrimination ability before and after ice massage for 5 minutes on hamstrings
muscle tendon. Results: Pre cooling scores of Single Leg Hop Test of the dominant leg in the subjects was 166.65 (± 10.16) cm and post cooling scores of the
dominant leg was 167.25 (± 11.77) cm. Pre cooling scores of Crossed Over Hop Test of the dominant leg in the subjects was 174.14 (± 8.60) cm
and post cooling scores of the dominant leg was 174.45 (± 9.28) cm. Pre cooling scores of Weight Discrimination Differential Threshold
of the dominant leg in the subjects was 1.625 ± 1.179 kg compared with post cooling scores of the dominant leg 1.85 (± 1.91) kg. Pre cooling
scores of single leg hop and crossed over hop test of the dominant leg in the subjects compared with post cooling scores of the dominant
leg showed no significant differences and it was also noted that the weight discrimination ability (weight discrimination differential
threshold) didn’t show any significant difference. All the values are reported as mean ± SD. Conclusions: This study provides additional evidence that proprioceptive acuity in the hamstring muscles (biceps femoris) remains
largely unaffected after ice application to the hamstrings tendon (biceps femoris).
Keywords :
Cryotherapy , Functional Performance , Proprioception , Sports Injury
Journal title :
Astroparticle Physics