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additional features of ultrasound in
Ultrasound is among the most regularly employed modality in physical therapy these days. Its
usage dates all the way back to the 1880s. Ultrasound machines generate acoustic waves that
are above the frequency we can hear. The effect of these sound waves on the body's tissues
presents a variety of benefits.
The way ultrasound creates heat is via the vibrations caused by the sound waves. When tissues
vibrate, this heightens friction all the way down to the molecular level, resulting in the temperature
of the targeted tissues to rise. This is an advantage of ultrasound instead of a traditional hot pack,
that can not penetrate into deeper musculature or joint tissues. Ultrasound equipment heads are
obtainable in a variety of frequencies that can focus on a variety of depths, which gives a
professional therapist the capability to send heat precisely where he/she would like it to go. Some
other ailments that may take advantage of this deeper heat may include osteoarthritis and
phantom limb pain.
The deep heat developed by ultrasound is able to help to relax a tense or strained muscle. As
explaining by Spine Universe, this can help to decrease muscle spasms and muscle tautness
commonly linked with tension or injury. There are various other reports that ultrasound treatment
has the added advantage of improving range of motion.
Ultrasound's deep heat is believed to have a restorative effect on deep tissues. Ultrasound
actually has a bearing on the metabolism of soft tissue cells. In addition, these cells sometimes
come to be more responsive to healing fluids, which are present in the increased blood flow
created by ultrasound. As a result of this, ultrasound's healing benefits may serve in dealing with
surgical wounds and soft tissue lesions.
Scar Tissue Management
One more feature of ultrasound is its acoustic result. The waves developed by ultrasound cause
very small vibrations in the cells of the soft tissues. These microvibrations have an impact on the
fibers that make scar tissue. As time passes, ultrasound employed in this approach can in fact
hinder some scar tissue from forming, and may have the ability to break some scar tissue down.
Instances of good results in scar tissue treatment are episiotomy scars as well as Dupuytren's
contracture, which is brought on by too much scarring in the tissues of the palm. Just like its
thermal effects, ultrasound utilized to break up scar tissue can likewise preserve and increase
range of motion.
Part of the pain control from ultrasound comes from the mechanical results of the therapy itself.
These consist of the diminished muscle spasms and muscle tightness along with tissue healing.
That being said, an added advantage of ultrasound comes not from what it does, but what it can
help a physical therapist do. Integrating the heating and healing powers of ultrasound readies
muscles for various other therapeutic treatments that diminish pain, such as stretching,
strengthening, and massage.
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