Treatment Modality

Soft tissue therapy
& kinesiotaping

Myofascial release, instrument-assisted soft tissue mobilization, and therapeutic kinesiotaping for car accident injury recovery. Hands-on treatment by a QME-certified chiropractor at our Petaluma office.

1,000+
PI Patients
QME
Certified
Evidence
Based Protocol
Lien
Based Care

Understanding the Treatment

What is soft tissue therapy?

Soft tissue therapy is a category of manual treatments that target muscles, fascia, tendons, and ligaments -- the structures that are injured when the body absorbs the forces of a car accident. While chiropractic adjustments address joint restriction and spinal misalignment, soft tissue therapy addresses the damage that occurs in the tissue surrounding those joints: torn muscle fibers, fascial adhesions, tendon strain, and ligament sprains that develop after rapid deceleration and impact loading.

Car accidents produce soft tissue injuries through several distinct mechanisms. Whiplash forces stretch and tear the cervical muscles and fascia beyond their physiological limits. Seatbelt compression creates deep contusion and strain across the chest wall, shoulder, and abdominal musculature. Bracing impact -- the instinctive tensing of muscles before or during collision -- generates widespread myofascial strain patterns throughout the neck, shoulders, and upper back. These injuries are pervasive in motor vehicle trauma, and they require targeted manual treatment to resolve.

At adjust.clinic, Dr. Lloyd uses three primary soft tissue modalities as part of a comprehensive injury recovery protocol: myofascial release, instrument-assisted soft tissue mobilization (IASTM), and therapeutic kinesiotaping. Each modality serves a distinct clinical purpose, and selection is driven by the phase of tissue healing, the specific structures involved, and the objective findings documented during examination.

This is not massage therapy. Soft tissue therapy at this office is diagnosis-driven, targeted to specific structures identified through palpation and clinical examination, and documented with pre- and post-treatment findings that create measurable evidence of tissue change. Every session is part of a structured treatment plan designed to restore function that was lost due to a specific traumatic event.

Myofascial Release

Sustained manual pressure applied to fascial restrictions and trigger points. Releases adhesions that form between muscle layers after trauma, restoring tissue extensibility and reducing referred pain patterns.

IASTM / Instrument-Assisted

Controlled instrument-assisted soft tissue mobilization using specialized tools to detect and break down scar tissue adhesions. Creates targeted microtrauma that stimulates the body's healing response and promotes tissue remodeling.

Therapeutic Kinesiotaping

Elastic therapeutic tape applied to injured tissue that provides structural support while maintaining full range of motion. Reduces edema, supports weakened muscles, and extends the therapeutic benefit between office visits.

Diagnostic-Driven Treatment

Every soft tissue treatment is targeted to specific structures identified through clinical examination -- not generalized rubbing or relaxation-based bodywork. Treatment areas are documented and findings tracked visit to visit.

Phase-Based Recovery

How we use soft tissue therapy for injury recovery

Treatment intensity and modality selection evolve with tissue healing -- matching the biology of wound repair through each recovery phase.

Acute Phase (Weeks 1-4)

Light myofascial release to reduce muscle guarding and protective spasm without disrupting the initial inflammatory response. Lymphatic drainage techniques address post-traumatic edema in the cervical and thoracic regions. Kinesiotaping is applied for edema control and pain reduction -- the tape lifts the skin microscopically, improving lymphatic flow and reducing pressure on pain receptors. Treatment intensity is deliberately conservative during this phase, respecting tissue fragility while addressing the immediate pain and swelling that follow motor vehicle trauma.

Subacute Phase (Weeks 4-8)

Progressive IASTM to address adhesions forming along injured muscle and fascial planes. As scar tissue begins to lay down in a disorganized pattern, instrument-assisted mobilization applies controlled mechanical load to realign collagen fibers along functional lines of stress. Deeper myofascial work targets trigger points and fascial restrictions that have developed during the protective guarding of the acute phase. Functional kinesiotaping shifts from edema control to movement support -- facilitating weakened muscles and providing proprioceptive feedback during rehabilitative exercise.

Remodeling Phase (Weeks 8-16)

Aggressive scar tissue mobilization targeting mature adhesions that restrict normal tissue gliding and functional mobility. Cross-friction techniques break down adhesion bonds between adjacent tissue layers. IASTM is applied with increased intensity to address fibrotic tissue that has consolidated during the subacute phase. Kinesiotaping evolves to sport- and work-specific applications -- supporting the patient through return-to-activity protocols. This phase determines whether tissue has achieved maximum functional recovery or whether residual adhesions will contribute to permanent impairment findings.

Documentation & Maintenance

Tissue response is documented at every visit: palpation findings, tissue texture changes, trigger point activity, adhesion density, and post-treatment tissue quality. Periodic maintenance soft tissue work prevents re-adhesion in vulnerable areas and addresses compensatory strain patterns that develop during recovery. Self-care instruction -- including foam rolling techniques, stretching protocols, and ice/heat guidelines -- transfers tissue maintenance responsibility to the patient. This documentation trail creates the clinical narrative that supports demand packages and impairment ratings.

Conditions

Conditions we treat with soft tissue therapy

Soft tissue therapy addresses the muscular, fascial, and ligamentous injuries that accompany joint trauma in car accidents -- the damage that lives in the tissue between the bones.

Whiplash

Cervical muscle guarding, SCM and scalene spasm, and upper trapezius trigger points caused by the hyperflexion-extension mechanism. Myofascial release and IASTM address the widespread soft tissue damage that accompanies whiplash-associated disorders.

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Chest & Rib Pain

Intercostal muscle strain, seatbelt bruising and contusion, and costal cartilage injury from restraint loading during collision. Targeted soft tissue work reduces intercostal adhesion and restores chest wall mobility for pain-free breathing.

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TMJ Disorders

Masseter tension, lateral pterygoid dysfunction, and the cervical-jaw connection that drives post-traumatic TMJ pain. Soft tissue therapy addresses the muscular component of temporomandibular dysfunction that persists after impact trauma.

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Cervicogenic Headaches

Suboccipital muscle tension, cervical fascial restriction, and upper cervical trigger points that generate referred headache patterns after trauma. Myofascial release of the posterior cervical musculature reduces headache frequency and intensity.

Treated in office

Shoulder Impingement

Rotator cuff soft tissue involvement, periscapular muscle spasm, and shoulder girdle fascial restriction following seatbelt loading or bracing impact. IASTM and myofascial release address the soft tissue component of post-traumatic shoulder dysfunction.

Treated in office

Your Visit

What to expect at your visit

A structured clinical process from palpation assessment through home care instruction -- every step documented with objective findings.

1

Palpation Assessment

Hands-on evaluation identifies adhesions, trigger points, tissue texture changes, and areas of spasm or fibrosis. Findings are mapped to specific injury mechanisms documented in your case history.

2

Targeted Treatment

15-25 minutes of focused soft tissue therapy specific to your injury areas. Modality selection -- myofascial release, IASTM, or combination -- is matched to tissue healing phase and clinical findings.

3

Kinesiotaping

When indicated, therapeutic tape is applied to support injured tissue between visits. Tape provides structural support while maintaining range of motion. Can stay on 3-5 days with normal activity.

4

Post-Treatment Assessment

Range of motion and pain reassessment immediately following treatment. Pre- and post-treatment comparison documents functional improvement at every visit for your case file.

5

Home Care Instructions

Self-massage tools, targeted stretching, and ice/heat protocols to maintain treatment gains between visits. Wear comfortable clothing that allows access to treatment areas at your next appointment.

Some redness and mild soreness are normal after IASTM treatment and typically resolve within 24-48 hours. Located at 3100 Lakeville Highway in Petaluma, just off Highway 101 at the Lakeville Highway exit.

Start your recovery

Same-week appointments available. Lien-based care -- no upfront cost. Serving Petaluma, Rohnert Park, Novato, and Sonoma County.

3100 Lakeville Hwy, Ste D, Petaluma, CA 94954