Effect of Nanomaterials Prepared by Ultrasonic Chemistry on Exercise Rehabilitation of Patients with Cervical Spondylosis in the Community

Abstract

Cervical spondylosis is the long-term excessive labor of the human body or long-term in a certain unhealthy posture, which causes the head and neck to be in a state of flexion and extension for a long time. The muscles such as the horn muscles are damaged. This article mainly studies the therapeutic effect of nanomaterials prepared by ultrasonic chemistry on community rehabilitation of cervical spondylosis patients. Randomly selected 100 patients in our hospital for cervical spondylosis to conduct a group study. One group of 50 people was named the regular group by exercise rehabilitation intervention, and the other group of 50 people were using nanomaterials prepared by ultrasound chemistry while using exercise rehabilitation intervention. Adjuvant therapy was performed using the exercise group named. After the treatment, the treatment effects of the two groups of patients were sorted out. The experimental data in this paper show that the clinical treatment effect of patients with cervical spondylosis using exercise rehabilitation therapy is as high as 90.77%, while the clinical treatment efficiency of patients with cervical spondylosis who does not use exercise therapy is only 78.21%. The experimental results of this paper show that, in the rehabilitation treatment of patients with cervical spondylosis, the use of nanomaterials prepared by ultrasound chemistry to exercise rehabilitation therapy for patients with cervical spondylosis in the community can promote the treatment effect of patients.

Keywords:

• Ultrasound chemistry
• nanometer material
• cervical spondylosis
• exercise therapy
• rehabilitation effect

Additional information

Funding

This work was supported by 2018 Hubei Provincial Teaching Reform Research Project (No. 2018465).