Modern science has adopted many techniques for treatment that we did not have before. One of these is the use of ultrasound for therapy. Ultrasound is an effective method of providing heat to the soft tissues in the body. By providing heat, we can stimulate the tissues to begin growth and thus promote the healing process.
Treat soft tissues
The soft tissues include tendons, ligaments, and muscles. Most of the time, these tissues undergo injury due to sporting activity. It might happen due to infections or disease. Then, the surgeon will remove the damaged parts of the tissue and use ultrasound therapy to help improve the healing. You will need a machine that produces the ultrasound energy. Get the details of the models on offer from the Ultrasound Therapy Machines Manufacturers.
The ultrasound helps decrease the resolution time in tissues with inflammation by attracting more mast cells to the place where you have the injury. The heat increases the amount of blood flow by dilating the blood vessels. This is useful in the sub-acute phase of the injury. For the same reason, it is advisable not to use ultrasound therapy immediately after an injury.
Usefulness of ultrasound
Ultrasound stimulates the production of collagen. Collagen is the main component of the soft tissues such as ligaments and tendons. The proli qferate phase of tissue healing remains accelerated by the use of ultrasound. This is because it improves the extensibility of the mature collagen. This has a beneficial effect on the fibrous scar tissue.
One uses a handheld device to apply the ultrasound to the site of the injury. The duration of the application is about 5 minutes. They move the head without ceasing over the site. You may need to do this once or twice a day. You can choose the right one from the various ultrasound therapy machines available with your supplier. Consult your physiotherapist to see the one that is right for you.
Control the intensity
You can adjust the dosage of the ultrasound by increasing or decreasing the intensity or changing the frequency of the beam. For instance, lower frequency gives greater penetration and finds a use for injuries that are deep within the skin. In a similar way, the higher frequencies will find a use for treating superficial wounds.
The contraindications for the use of ultrasound include those with cancerous tissue or where the risk of hemorrhage is more. Also, do not use if you have had venous thrombosis or have an exposed neural tissue. Pregnant women must also avoid the use of the ultrasound therapy.
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