The Rehabilitation Effect of Rehabilitation Nursing Scheme for Sprinters With Knee Ligament Injuries

The Rehabilitation Effect of Rehabilitation Nursing Scheme for Sprinters With Knee Ligament Injuries

Bin Hu, Yoh Murayama
DOI: 10.4018/IJHISI.338221
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Abstract

Using the convenient sampling method, the control group and the observation group were established. The control group was given a routine nursing scheme, while the observation group was given rehabilitation nursing scheme. The difference of curative effect between the two groups were compared and the results were analyzed and summarized. Results of the quality of life scores of patients in the two groups were compared. The results showed that the quality of life score of the patients in the observation group were higher than that of the control group (P<0.05); the satisfaction scores of patients was also compared. The results showed that the satisfaction scores of patients in the experimental group were significantly higher than that in the control group (P<0.05), so the patients in the observation group are better than the control group. The rehabilitation nursing scheme has a certain effect on the rehabilitation of knee ligament injury of printing workers.
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Introduction

With the improvement of people's living standards and the constant change of ideology, more and more people realize the importance of sports in keeping healthy and take part in various sports competitions in their spare time. Sprinting is the core of sports competition. The purpose of sprinting is to fully unleash the explosive power of the body in a short period of time, strive to achieve the highest speed, and maintain the continuity of that speed, striving to achieve the best results. Because the whole sprint is short, it can be understood as a sport that needs explosiveness and anti-pressure (Duan et al., 2023). In order to ensure the excellent results of sprinting, it is necessary to improve the physical fitness of athletes in an all-round way, including muscle strength, explosive force, agility and flexibility, and to enhance their physical fitness in an all-round way to adapt to the high-intensity sport of sprinting (Li & Liu, 2019). See Table 1 for 100 m performance and related indexes of elite printers at home and abroad.

Table 1.
Performance and related indexes of 100 m elite printers at home and abroad
AthleteAchievement (s)Height (m)Step frequency (Hz)Stride (m/ step)Relative step frequency (Hz)Relative stride
(m/ step)
Green9.791.804.652.208.371.22
Bailey9.841.804.482.278.061.26
Surin9.841.824.522.258.231.24
Bernal9.851.784.312.351.671.32
Lewes9.861.884.362.338.201.24
Bolton9.861.754.602.208.061.26
Christy9.861.894.402.288.271.23
Friedex9.861.804.572.228.231.23
Carson9.921.704.492.257.631.32
Itonhaus10.001.814.542.208.221.22
Zhou Wei10.171.804.512.188.121.22
Chen Wenzhong10.201.784.951.988.811.12

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