Ultrasound Regenerative Treatments Glastonbury
Healing with the Power of Sound
In the field of regenerative medicine, ultrasound treatment has a wide variety of applications when it comes to diagnosing and treating ligament, tendon, and muscular injuries. Soundwaves beyond the scope of human hearing allow our doctors to find and identify the exact source of an injury as well as direct therapy to the specific area with extreme precision. Ultrasound regenerative treatments in Glastonbury can help break up scar tissue, increase range of motion, and relieve chronic pain in almost every area of the body.
Why Choose New England Stem Cell Institute for Ultrasound Regenerative Treatments?
- Non-Invasive Solutions for Chronic Muscle, Tendon, & Ligament Pain
- Ensures That Treatment Goes Right Where It’s Needed
- Take-Home Treatment Available
Therapeutic Home Ultrasound Treatment
The New England Stem Cell Institute can provide patients with the means to treat themselves with ultrasound therapy whenever and wherever they want using a small, portable device. This approach allows a patient to receive much more treatment, achieve results faster, and save time by not having to make multiple office visits.
Learn More About Therapeutic Home Ultrasound Treatment
Diagnostic Musculoskeletal Ultrasound
You might be familiar with ultrasound being used to view a baby inside a mother’s womb, but the same technology can also help our doctors identify which muscles, ligaments, or tendons are causing a patient’s problems. In a matter of minutes, we can quickly and accurately identify the source of a patient’s injury, so we know exactly where to direct treatment.
Learn More About Diagnostic Musculoskeletal Ultrasound
Ultrasound-Guided Injections
Many physicians, when providing injections to treat injuries, do so completely “blind” without any kind of direction, causing as many as 50% to miss their intended target! Using ultrasound technology, our team can receive live guidance during an injection, so we can make sure the PRP, prolotherapy, or stem cells are going exactly where they are needed, dramatically increasing the chance of successful treatment.