Volume : 5, Issue : 8, AUG 2019
EFFECTIVENESS OF SPRINT TRAINING VERSUS PLYOMETRIC TRAINING ON STRENGTH OF KNEE MUSCULATURE AND AGILITY IN COLLEGIATE MALE CRICKET PLAYERS
DR. A. POLAVARAM TEJA, DR. A.VISWANATH REDDY, DR. K. MADHAVI
INTRODUCTION: Cricket is a team game which place considerable demands on the physiological and neuromuscular system the muscular strength of lower limbs, agility, endurance, power, speed, etc are the important components of fitness for cricketers. Agility is the ability of the neuromuscular system to coordinate explosive changes of direction of an individual or multiple body segments in all planes of motion at variable velocities in an efficient and effective manner. Plyometrics are training techniques used by athletes in all types of sports to increase strength & explosiveness or power. Sprint running is also an explosive movement & commonly used as explosive exercise training in individuals & team sports. OBJECTIVES: To evaluate the pre and post therapeutic values of strength (peak torque) of knee musculature and agility after sprint and plyometric training by using Iso kinetic analyser and Illinois agility test. METHODOLOGY: The study design is an experimental study which consists of 30 subjects with two groups namely, plyometric group and sprint group, each group consists of 15 subjects. And study duration was 6 weeks. Outcome measures are peak torque of knee muscles and Illinois agility test. RESULTS: After the analysis, the results revealed significant improvement of strength of knee muscles in both the groups (p < 0.00). The subjects of plyometric group showed significant results when compared with sprint group. CONCLUSION: By comparing the difference between mean and standard deviation in both the groups, plyometric group has significant improvement of strength of knee musculature and agility than the sprint group.
PLYOMETRIC TRAINING, SPRINT TRAINING, ISO KINETIC ANALYSER, PEAK TORQUE, ILLINOIS AGILITY TEST, STRENGTH , QUADRICEPS , HAMSTRINGS.
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1. Kamran Ali and Moazzam Hussain Khan. The effects of grass and clay plyometric training on jumping,sprinting and agility in collegiate cricketers. IJBAR (2013) 04 (12). 2. Dr. Ranjeet Singh Sandhu, Harmandeep Singh. Evaluation of skill-related physical fitness components of cricketers at different level of competition, IJYPPE, 2017; 2 5: 108-111. 3. K. vadivelan, S.Sudhakar. to compare the effects of sprint and plyometric training programme on anerobic power and agility in collegiate foot ball players. IJPHY 2015;2(3):535-543. 4. Amrinder Singh, Avinash Kumar Boyat and Jaspal Singh Sandhu. Effect of a 6 Week Plyometric Training Program on Agility, Vertical Jump Height and Peak Torque Ratio of Indian Taekwondo Players. Sport Exerc Med Open J. 2015; 1(2): 42-46. 5. Schmidt Bleicher D et.al. Training for power events 1992:381-395. 6. Bishop D, et.al. Potential mechanisms and the effects of passive warm up on exercise performance. 2003:33:439-454. 7. Plyometric training 8. Namrata N. Patel. Plyometric training: A review article. IJCRR 2014 6; 15. 9. Michael C. Rumpf, et .al effect of different sprint training methods on sprint performance over various distance : a brief review, The Journal of Strength and Conditioning Research 2016 30(6)/1767–1785. 10. Dr.Mantubaro et.al, effect of selected plyometric exercises explosive strength, speed, and agility, IJSR 2014; 3(8):877-878. 11. Dennis – Peter Born, multi directional sprint training improves change- of -direction speed and reactive agility in young highly trained soccer players, Journal of Sports Science and Medicine, 2016; 15, 314-319. 12.https://crazybulk.com/blog/sprint-training-muscle-gr owth/ is sprint training the underrated holy grail of lean gains? By Josh (CrazyBulk), 2019. 13.https://www.livestrong.com/article/321281-what-arethe-benefits-of-sprint-running 14. Goran markovic et al, effects of sprint and plyometric training on muscle function and athletic performance, journal of strength and conditioning research, 2007, 21(2), 543–549. 15. M.Arunpandiyan & R.Mohanakrishnan. Effect of plyometric exercises on arm strength and leg strength among higher secondary school players. IJRRAS, 2017;4 1(18). 16. Namratha N. Patel, plyometric training – A review article,ijcrr 2014;6 (15): 33- 37. 17. Michael G. Miller et al effect of a 6 week plyometric training programme on agility J Sports Sci Med. 2006 Sep; 5(3): 459–465. 18. Polawood et al, isokinetic leg strength changes in young female South African recruits following basic military training, Portuguese Journal of Sport Sciences 2011;11(Suppl.2).