Advanced Therapy

SoftWave Tissue Regeneration Therapy (TRT) in Gahanna, Ohio

Advanced, Non-Invasive Acoustic Shockwave Therapy for Musculoskeletal Pain, Joint Discomfort & Soft Tissue Conditions

Support Your Body's Natural Healing Potential

Pain shouldn't be the reason you stop doing the things you love.

Whether you're dealing with chronic heel pain, a stubborn tendon injury, knee discomfort, or persistent musculoskeletal pain, finding an appropriate treatment can be frustrating—especially when previous approaches haven't provided the improvement you hoped for.

At C.O.R.A. Chiropractic Clinic in Gahanna, Ohio, we offer SoftWave Tissue Regeneration Therapy (TRT), an innovative form of extracorporeal shockwave therapy that delivers acoustic energy to targeted tissues.

SoftWave is designed to stimulate mechanical and cellular responses associated with circulation, pain regulation, inflammation, and tissue repair.

Our focus is helping patients explore evidence-informed, non-invasive care that supports better movement, improved function, and a more comfortable return to everyday activities.

Experience SoftWave for Yourself — Your First Treatment Is Complimentary!

Following an appropriate clinical evaluation, your first SoftWave treatment is provided at no treatment charge. A separate evaluation fee may apply.

No treatment package required. No pressure. Just an opportunity to discover whether SoftWave may be right for you.

Request a SoftWave Consult

SoftWave OrthoGold acoustic wave therapy equipment at C.O.R.A Chiropractic Clinic in Gahanna, Ohio

What Is SoftWave Tissue Regeneration Therapy?(SoftWave Therapy Gahanna Ohio)

SoftWave TRT is a non-invasive treatment that uses high-energy acoustic pressure waves to stimulate biological responses within targeted musculoskeletal tissues. At C.O.R.A., we use the SoftWave OrthoGold system, which utilizes electrohydraulic technology to generate broad, unfocused acoustic waves.

These pressure waves travel through a handheld applicator and into the treatment region, where they interact with cells and surrounding connective tissues.

Unlike injections or surgical procedures, SoftWave does not require needles, incisions, or anesthesia.

The technology is based on a biological process called mechanotransduction—the ability of cells to convert mechanical stimulation into biochemical signals.

These signals are being investigated for their roles in pain modulation, inflammatory regulation, vascular responses, and tissue remodeling.

The result is a treatment approach designed to work with the body's biological processes rather than relying solely on temporary symptom suppression.

The extent of clinical benefit varies by condition, individual health factors, and treatment response.

How Does SoftWave TRT Work?

The Science Behind Acoustic Wave Therapy

SoftWave is more than a simple massage or vibration treatment.

Its acoustic waves deliver controlled mechanical stimulation that may influence biological signaling in the treated region.

Research into extracorporeal shockwave therapy has identified several potential mechanisms that help explain its effects.

1. Cellular Activation Through Mechanotransduction

Every cell responds to signals from its surrounding environment.
When shockwaves pass through tissue, mechanical forces can interact with cell membranes and structures involved in detecting physical stimulation.
This process, called mechanotransduction, can influence biochemical signaling pathways associated with cellular activity, adaptation, and repair.
Laboratory research suggests that shockwave stimulation may affect growth factors, signaling proteins, and other biological mediators involved in tissue responses.
Why it matters: These cellular responses offer a scientific basis for investigating shockwave therapy as more than a temporary pain-relief technique.

2. Inflammatory Regulation & Macrophage Activity

Inflammation is an essential part of the body's natural response to injury.
However, when inflammatory processes remain prolonged or poorly regulated, they can contribute to pain and interfere with recovery.
One area of shockwave research involves immune cells known as macrophages, which help coordinate inflammation and the resolution of tissue injury.
Macrophages can exhibit different functional states. Some are associated with initiating inflammatory responses, while others participate in the resolution and remodeling phases of healing.
In a peer-reviewed laboratory study published in the International Journal of Surgery, researchers used OrthoGold electrohydraulic shockwave technology to evaluate how acoustic waves affect human macrophages.
Researchers observed reduced activity in selected pro-inflammatory markers and enhanced signaling associated with inflammation resolution under certain experimental conditions.
Why it matters: These findings help explain how shockwave therapy may influence the biological environment involved in tissue recovery.
Although promising, these laboratory findings do not establish that every patient will experience reduced inflammation or faster healing.

3. Improved Local Circulation & Vascular Signaling

Healthy tissue requires an adequate supply of oxygen, nutrients, and other resources involved in normal cellular function.
Shockwave research has identified biological signaling responses associated with vascular activity, including processes involved in the formation of new blood vessels, known as angiogenesis.
The OrthoGold 100 also has FDA clearance for the temporary increase of local blood circulation.
Why it matters: Circulatory and vascular responses may help support the environment necessary for normal tissue maintenance and healing.
Whether these responses produce clinically meaningful healing depends on the condition and remains an active area of research.

4. Cellular Recruitment & Tissue Remodeling

The body relies on communication between connective tissue cells, immune cells, growth factors, and the extracellular matrix to maintain and repair tissues.
Preclinical shockwave research has explored how acoustic stimulation may influence cell proliferation, cell migration, and signaling pathways involving mesenchymal progenitor cells.
These findings suggest possible mechanisms relevant to soft tissue remodeling and repair.
Why it matters: SoftWave is being studied for its potential influence on biological processes involved in healing, rather than pain perception alone.
Importantly, cellular activation or recruitment observed in research does not guarantee regeneration of damaged tendons, ligaments, cartilage, or other tissue in an individual patient.

5. Pain Modulation & Nervous System Responses

Pain is not determined by tissue damage alone.
It can also involve increased sensitivity of nerve endings, inflammatory mediators, and changes in how the nervous system processes signals.
Research has explored how shockwave therapy may affect nociceptive pathways, pain-related neurotransmitters, and interactions between immune and nervous system cells.
Several mechanisms have been proposed, including changes in pain signaling and inflammatory activity.
Why it matters: By potentially influencing multiple biological contributors to discomfort, shockwave therapy may help improve pain and function in certain musculoskeletal conditions.
However, the exact mechanisms of pain relief are not fully understood, and patient outcomes can vary.

Request a SoftWave Consult

What Conditions May Benefit From SoftWave Therapy?

Acute & Chronic Musculoskeletal Pain (sprains, strains, neck/back/hip pain)

Sports, Overuse & Slow-Healing Injuries
Nerve-Related & Radiating Pain (Sciatica, Cervical radiculopathy, Lumbar radiculopathy)

Hip & Lower Extremity Conditions

Greater trochanteric pain syndrome
Selected gluteal tendinopathies
Persistent tendon-related discomfort
Certain sports and overuse injuries

Degenerative Joint Conditions (arthritic knees, hips, shoulders, hands, wrists; facet joints; SI joint; disc)

Elbow, Wrist & Hand Conditions

Tennis elbow (lateral epicondylitis)
Golfer's elbow (medial epicondylitis)
Selected repetitive strain and tendon-related conditions

Extracorporeal shockwave therapy has been studied for some chronic elbow tendinopathies, although findings and treatment recommendations vary.

Foot, Heel & Ankle Pain

Plantar fasciitis and plantar heel pain
Achilles tendinopathy
Selected chronic tendon-related ankle symptoms
Persistent soft tissue discomfort following certain injuries

Shoulder & Rotator Cuff Conditions

Calcific rotator cuff tendinopathy
Selected non-calcific rotator cuff tendinopathies
Certain overuse-related shoulder symptoms
Other soft tissue conditions following appropriate evaluation
-Frozen Shoulder, Impingment, Tears

Evidence varies by shoulder diagnosis. Complete tendon ruptures and other significant structural injuries may require different management.

Knee Pain & Dysfunction

Knee osteoarthritis-related pain
Patellar tendinopathy
Selected sports-related tendon conditions
Certain persistent soft tissue complaints

Research has investigated shockwave therapy for selected knee conditions, including its potential effects on pain and functional limitations.

SoftWave is not established as a way to regrow lost joint cartilage or reverse osteoarthritis.

Back, Neck & Other Musculoskeletal Pain

Shockwave therapy has also been investigated for certain myofascial and musculoskeletal pain presentations.
However, conditions involving spinal nerve compression, progressive neurological symptoms, structural instability, or other serious underlying causes require appropriate assessment and may not be suitable for SoftWave treatment.
Not every painful condition is an appropriate indication for shockwave therapy. Scientific evidence, clinical suitability, and expected benefits vary considerably.

Request a SoftWave Consult

Advanced Therapy

Ask If SoftWave Is Right for You

Reach out today to explore non-invasive recovery and find out how acoustic wave technology can support your healing journey.

Request a SoftWave Consult

SoftWave Tissue Regeneration Therapy (TRT) in Gahanna, Ohio

What Is SoftWave Tissue Regeneration Therapy?(SoftWave Therapy Gahanna Ohio)

How Does SoftWave TRT Work?

The Science Behind Acoustic Wave Therapy

​

1. Cellular Activation Through Mechanotransduction

Every cell responds to signals from its surrounding environment.

When shockwaves pass through tissue, mechanical forces can interact with cell membranes and structures involved in detecting physical stimulation.

This process, called mechanotransduction, can influence biochemical signaling pathways associated with cellular activity, adaptation, and repair.

Laboratory research suggests that shockwave stimulation may affect growth factors, signaling proteins, and other biological mediators involved in tissue responses.

Why it matters: These cellular responses offer a scientific basis for investigating shockwave therapy as more than a temporary pain-relief technique.

2. Inflammatory Regulation & Macrophage Activity

Inflammation is an essential part of the body's natural response to injury.

However, when inflammatory processes remain prolonged or poorly regulated, they can contribute to pain and interfere with recovery.

One area of shockwave research involves immune cells known as macrophages, which help coordinate inflammation and the resolution of tissue injury.

Macrophages can exhibit different functional states. Some are associated with initiating inflammatory responses, while others participate in the resolution and remodeling phases of healing.

In a peer-reviewed laboratory study published in the International Journal of Surgery, researchers used OrthoGold electrohydraulic shockwave technology to evaluate how acoustic waves affect human macrophages.

Researchers observed reduced activity in selected pro-inflammatory markers and enhanced signaling associated with inflammation resolution under certain experimental conditions.

Why it matters: These findings help explain how shockwave therapy may influence the biological environment involved in tissue recovery.

Although promising, these laboratory findings do not establish that every patient will experience reduced inflammation or faster healing.

3. Improved Local Circulation & Vascular Signaling

Healthy tissue requires an adequate supply of oxygen, nutrients, and other resources involved in normal cellular function.

Shockwave research has identified biological signaling responses associated with vascular activity, including processes involved in the formation of new blood vessels, known as angiogenesis.

The OrthoGold 100 also has FDA clearance for the temporary increase of local blood circulation.

Why it matters: Circulatory and vascular responses may help support the environment necessary for normal tissue maintenance and healing.

Whether these responses produce clinically meaningful healing depends on the condition and remains an active area of research.

4. Cellular Recruitment & Tissue Remodeling

The body relies on communication between connective tissue cells, immune cells, growth factors, and the extracellular matrix to maintain and repair tissues.

Preclinical shockwave research has explored how acoustic stimulation may influence cell proliferation, cell migration, and signaling pathways involving mesenchymal progenitor cells.

These findings suggest possible mechanisms relevant to soft tissue remodeling and repair.

Why it matters: SoftWave is being studied for its potential influence on biological processes involved in healing, rather than pain perception alone.

Importantly, cellular activation or recruitment observed in research does not guarantee regeneration of damaged tendons, ligaments, cartilage, or other tissue in an individual patient.

5. Pain Modulation & Nervous System Responses

Pain is not determined by tissue damage alone.

It can also involve increased sensitivity of nerve endings, inflammatory mediators, and changes in how the nervous system processes signals.

Research has explored how shockwave therapy may affect nociceptive pathways, pain-related neurotransmitters, and interactions between immune and nervous system cells.

Several mechanisms have been proposed, including changes in pain signaling and inflammatory activity.

Why it matters: By potentially influencing multiple biological contributors to discomfort, shockwave therapy may help improve pain and function in certain musculoskeletal conditions.

However, the exact mechanisms of pain relief are not fully understood, and patient outcomes can vary.

What Conditions May Benefit From SoftWave Therapy?

Acute & Chronic Musculoskeletal Pain (sprains, strains, neck/back/hip pain)

Sports, Overuse & Slow-Healing Injuries

​Nerve-Related & Radiating Pain (Sciatica, Cervical radiculopathy, Lumbar radiculopathy)

​

Hip & Lower Extremity Conditions

Greater trochanteric pain syndrome

Selected gluteal tendinopathies

Persistent tendon-related discomfort

Certain sports and overuse injuries

Degenerative Joint Conditions (arthritic knees, hips, shoulders, hands, wrists; facet joints; SI joint; disc)

Elbow, Wrist & Hand Conditions

Foot, Heel & Ankle Pain

Shoulder & Rotator Cuff Conditions

Calcific rotator cuff tendinopathy

Selected non-calcific rotator cuff tendinopathies

Certain overuse-related shoulder symptoms

Other soft tissue conditions following appropriate evaluation -Frozen Shoulder, Impingment, Tears ​

Evidence varies by shoulder diagnosis. Complete tendon ruptures and other significant structural injuries may require different management.

Knee Pain & Dysfunction

Knee osteoarthritis-related pain

Patellar tendinopathy

Selected sports-related tendon conditions

Certain persistent soft tissue complaints

Research has investigated shockwave therapy for selected knee conditions, including its potential effects on pain and functional limitations.

SoftWave is not established as a way to regrow lost joint cartilage or reverse osteoarthritis.

Back, Neck & Other Musculoskeletal Pain

Shockwave therapy has also been investigated for certain myofascial and musculoskeletal pain presentations.

However, conditions involving spinal nerve compression, progressive neurological symptoms, structural instability, or other serious underlying causes require appropriate assessment and may not be suitable for SoftWave treatment.

Not every painful condition is an appropriate indication for shockwave therapy. Scientific evidence, clinical suitability, and expected benefits vary considerably.

Ask If SoftWave Is Right for You

Nerve-Related & Radiating Pain (Sciatica, Cervical radiculopathy, Lumbar radiculopathy)

Other soft tissue conditions following appropriate evaluation
-Frozen Shoulder, Impingment, Tears