Joints , ligament , soft tissues
What are ultrasound knee joints and other types of diagnostics
To date, ultrasound diagnosis is a modern and safe way to study the body and internal organs. With the development of technology and medicine, ultrasound waves began to be used not only for the study of internal organs, but also for viewing the state of joints, ligaments and soft tissues. The advantages of such a method of diagnostics include absolute safety, affordable pricing policies and short deadlines for delivering results.
So, exactly how does ultrasound happen? For this procedure it is necessary to use a special modern apparatus, which, using sound waves, examines the state of the human body. With this technique, physicians can see not only the general state of joints, connective tissue and soft tissues, but even detect the slightest deviations from the norm. Thus, specialists can prevent the occurrence of many diseases.
That allows to carry out diagnostics of soft tissues and joints
Modern ultrasound devices provide an opportunity to investigate the condition of cartilage, tendons and muscles, without the use of X-ray irradiation, which can be harmful to health. Also, with ultrasound diagnosis, doctors detect degenerative conditions of joints and cartilages, the presence of various deviations from the norm, tumors, ruptures and hematomas. The greatest advantage of this method of research is the ability to assess the condition of the problem site, only with the first pain feelings.
In which cases should one go to highly skilled specialists and do ultrasound diagnostics of joints?
- With pain in the joints.
- In case of injury.
- For degenerative diseases of the joints.
- For inflammatory diseases of the joints.
However, keep in mind that it is not always enough to do just that research. For example, knee and meniscus injuries. The ultrasound examination of meniscus and cross-linking will be quite problematic, since ultrasound waves do not penetrate deeply in these places, and the doctor will be able to clearly see only the superficial contours. In addition, this type of study is not suitable for the diagnosis of diseases in the bones, because they do not pass ultrasound waves. That is why such studies give a better and more accurate result only in conjunction with other diagnostic tools, through which the entire problem can be seen from different sides.
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