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Ultrasound Therapy for Sports Injuries and Tendon Strains

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Ultrasound – also known as sonography – is a diagnostic and therapeutic technique that has been in use for almost a century. The original idea for sonography was inspired by the way in which bats navigate their world through echolocation. Simply put, bats emit high-pitched sound waves that bounce off the proximate world and return information about their surroundings.

How is Ultrasound Technology used in Modern Medicine?

Clinicians use sonogram technology to view live images of the body’s interior. This technique allows for a quick and noninvasive view of our organs. And, ultrasound accomplishes this without the danger of radiology exposure or stuffing someone inside an uncomfortable MRI tube. Because of the easy accessibility and portability of ultrasound machines, doctors employ this technology to investigate a number of internal organs and biological happenings. From visualizing the chambers of the heart to searching for cysts in the kidneys, ultrasounds can fulfill multiple imaging needs.

In essence, an ultrasound is exactly what it sounds like: ultra sound. Just like sonar from a submarine, a sonogram emits inaudible ultrasonic sounds pulses through a metallic treatment wand. Moving through a gel applied to the skin, these sound waves ricochet off of the internal structures of the body. The sonogram machine then collects structural information about the organs based upon changes in sound wave pitch, amplitude, etc.

In addition, the sonogram machine projects live images of these structures on a display screen. This allows your doctor to obtain spot-on knowledge of your internal organs in real time. Moreover, this immediate imaging is especially useful in emergency situations, where doctors cannot always wait for lengthier imaging techniques.

Ultrasound Expands into the World of Sports Injuries

Although widely used for diagnostic purposes, an ultrasound machine also fulfills another important medical objective: therapy. As a matter of fact, one of the original uses for ultrasound was in treating sports injuries. And, to this day, ultrasound functions as a commonly used therapy for soft tissue strains and sprains.

For instance, the body moves with the assistance of our muscles, tendons, and ligaments. Muscles provide the power; tendons attach these muscles to our bones; and ligaments connect bone to bone. These three soft tissues work together to facilitate the movement of our bones. However, when overworked, these structures can easily suffer damage. This can result in a specific type of injury that doctors routinely use ultrasound therapy to treat: sprains and strains

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