Ana-Maria VUTANˡ, Erwin-Christian LOVASZ², Mihaela AMARANDEI³, Valentin CIUPE⁴
ˡStudent PhD, Mechatronic Department, Politehnica University Timisoara, Romania, email@example.com
²Professor, Dr. Ing. habil, Mechatronic Department, Politehnica University Timisoara, Romania
³University Assistant, Mechanic and Strength Materials Department, Politehnica University Timisoara, Romania.
⁴Lecturer, Dr. Ing., Mechatronic Department, Politehnica University Timisoara, Romania.
In recent years there multiple studies have been carried out on early diagnosis of scoliosis on school and preschool children. The diagnosis and evaluation of scoliosis is done by carrying out X-rays. A protocol is implemented for tracking the evolution of a scoliosis which involves both clinical control and imaging (X-ray) every 6 months, until the end of the growth period of the child. Because investigations such as X-ray and CT, can have harmful effects on the child’s growing body (recent studies have shown that X-ray affects the skin, eyes, hematopoietic tissue, gonads and may cause cancer), new methods for diagnosing and tracking the evolution in time were researched. The present paper tries to present the current methods used in the diagnosis and assessment of scoliosis evolution in time, pointing out the main advantages and disadvantages of each method. There are a few methods developed in recent years in Germany by Zebris Medical Gmbh (using mapping with ultrasonic digital equipment), in Canada by InSpeck (using three-dimensional mapping through digital image acquisition) but used on a small scale. The newly developed methods have the advantage of being non-invasive, painless, non-irradiating and they can be used regardless of health status or gender. Although medical technology has developed very rapidly in recent years, radiology remains the most common method of investigation used for scoliosis. Certainly, in the near future the methods presented in this paper could be used more widely, for the benefits arising from their use.
Key words: scoliosis, methods of investigation and evaluation, advantages, disadvantages.