Effects of Platelet-rich Plasma Injections on the Ulnar Collateral Thesis

Effects of Platelet-rich Plasma Injections on the ulnar Collateral Ligament in baseball Pitchers - Thesis Example...11 a. Inclusion criteria ......11 b. Subjects and sample size.......12 c. Formulation of questionnaire.......13 d. Questionnaire design..........15 4. Data analysis.19 a. Patient demographics......19 b. History of injury.....19 c. flow level of competition........22 d. Evaluation of visible fitness of the elbow..22 5. Results..24 6. Discussion..27 a. Conclusions27 b. Shortcomings and Limitations.28 c. Future Perspectives..29 7. Appendix.31 a. disheartens .31 i. Table 1.32 ii. Table 2.33 iii. Table 3.36 iv. ... Figure 4.46 v. Figure 5.47 vi. Figure 6.48 vii. Figure 7.49 viii. Figure 8.50 8. Works Cited51 Students Name Instructors Name Course Title 25 May 2015 Effects of Platelet-rich Plasma Injections On the Ulnar Collateral Ligament in Baseball Pitchers Abstract Among sports-related injuries, tears in the Ulnar Collateral Ligament (UCL) ar a major cause of concern. Such injuries are particularly common in sports that involve overhead throwing, like baseball, cricket, javelin and racket sports. nearly UCL injuries are localized in the elbow joint. These injuries manifest as painful swellings and lead to elbow instability, rendering the sufferer incapable of playing any further. Thus, UCL injuries are also considered as the end of a sportsmans career. Owing to modern science, many interposition modalities are now available for the treatment of UCL injuries, ranging from physical therapies to running(a) interventions. Most minor injuries resolve on their own over time, often requiring only a minor period of rest. However, severe injuries demand surgical replacement of the ulnar collateral ligament. Recent advances in biomedical sciences have introduced novel modes of treatment that induce self-healing of the soft tissues in the patients. One such treatment is the use of Platelet rich plasma, derived from the patients own blood. PRP is rich pla telets that release growth factors, which accelerate the