Image-Guided Minimum Interventions for Shoulder Pain
At Purple Heron Hospital, Dr. Aayushi employs a cutting-edge, image-guided, minimally
invasive approach to manage shoulder pain.
This comprehensive protocol integrates the latest advancements in regenerative
medicine, nerve blocks, and other targeted interventions to address the diverse
causes of shoulder pain, ensuring precise treatment and promoting long-term healing.
Here’s an overview of these advanced interventions:
1. Image-Guided Intra-Articular Interventions
Intra-Articular Blocks: Utilizing advanced imaging techniques such as
ultrasound or fluoroscopy, intra-articular blocks deliver therapeutic agents directly
into the shoulder joint. This approach is particularly effective for conditions like
glenohumeral osteoarthritis and adhesive capsulitis (frozen shoulder), helping to reduce
inflammation and pain, improve mobility, and potentially delay the need for surgical
intervention.
Intra-Articular Viscosupplementation: This procedure involves injecting
hyaluronic acid into the shoulder joint under ultrasound guidance. It serves as a
lubricant and shock absorber, providing significant relief for patients with
osteoarthritis by enhancing joint function and reducing pain.
2. Image-Guided Nerve Blocks
Suprascapular Nerve Block: This intervention targets the suprascapular
nerve, a common source of shoulder pain in cases of rotator cuff injuries and shoulder
arthritis. Guided by ultrasound, this nerve block provides precise and effective pain
relief.
Cervical Plexus Block: Ideal for shoulder pain that radiates from the
neck, such as in cervical radiculopathy, this block targets cervical nerves contributing
to shoulder discomfort.
Interscalene Brachial Plexus Block: Often used for postoperative pain
management or severe shoulder pain, this block addresses the brachial plexus nerves
under ultrasound guidance, offering extensive pain relief.
3. Image-Guided Hydrodissection
Hydro dissection: This minimally invasive technique is used to treat
nerve entrapments and adhesions around shoulder tendons, particularly effective in cases
of adhesive capsulitis and rotator cuff tendinitis. Guided by ultrasound, hydro
dissection helps to free nerves or tendons from surrounding tissues, alleviating pain
and restoring mobility.
4. Image-Guided Regenerative Medicine Protocols
Prolotherapy: This regenerative treatment involves the injection of a
proliferant solution into damaged shoulder tendons or ligaments to stimulate healing.
Under ultrasound guidance, prolotherapy effectively addresses conditions like chronic
tendinopathy and partial rotator cuff tears, promoting tissue regeneration and pain
relief.
Growth Factor Concentrate (GFC) Therapy: GFC therapy uses concentrated
growth factors derived from the patient’s blood to enhance tissue healing. Whether
administered intra-articularly or intratendinously, GFC is particularly beneficial for
treating rotator cuff tears and labral injuries.
Stem Cell Therapy: Stem cells, sourced from the patient’s bone marrow
or adipose tissue, are injected into the shoulder joint or tendons to promote the
regeneration of damaged cartilage and other tissues. This therapy is highly effective
for conditions such as osteoarthritis and rotator cuff injuries.
5. Management of Shoulder Effusions and Calcifications
Ultrasound-Guided Shoulder Joint Aspiration: This procedure removes
excess fluid from the shoulder joint to relieve pain and improve function, particularly
useful in cases of inflammatory arthritis or injury-related fluid buildup.
Calcific Tendinitis Treatment: Ultrasound guidance is used to dissolve
calcium deposits in the shoulder tendons, a common source of severe pain, restoring
mobility and reducing discomfort.
6. High-Volume Image-Guided Injection (HVIGI)
HVIGI for Tendinopathy: This technique involves the injection of a
large volume of saline solution around the affected shoulder tendon to break down
adhesions and scar tissue, promoting healing and reducing pain. Image guidance ensures
precise delivery, making it highly effective for chronic shoulder
tendinopathy.