Therapeutic ultrasound uses high-frequency sound waves transmitted through a coupling medium to produce thermal and non-thermal effects in soft tissues. At Back To Life, ultrasound is applied by trained clinicians as an adjunct to exercise and manual therapy to reduce pain, increase tissue extensibility, and accelerate soft tissue healing, following a careful clinical assessment and evidence-based protocol.
Ultrasound energy causes microscopic tissue vibration producing thermal effects (increased tissue temperature) and non-thermal effects (mechanical streaming and cavitation). Parameters such as frequency (MHz), duty cycle, intensity (W/cm²) and treatment time are selected based on tissue depth and therapeutic goals.
Sprains, strains and contusions where controlled heating/modulation may help reduce pain and swelling.
Adjunct tool to promote tissue healing and prepare tendon for loading programs.
Applied with manual techniques to improve tissue mobility and reduce adhesions.
Do NOT use ultrasound over: malignant tissue, over eyes, over growing epiphyseal plates in children (unless specialist-directed), over areas of active infection, over implanted electronic devices (pacemakers) — or when sensation is impaired. Use caution near vascular structures and avoid high intensities over bony prominences.
When applied correctly, therapeutic ultrasound is not painful. Patients may feel a gentle warming sensation with continuous modes; clinicians monitor intensity and patient feedback.
Depends on diagnosis and response — often used for a short course (e.g., 4–8 sessions) alongside exercise and manual therapy for best outcomes.
Evidence is mixed for some conditions; ultrasound shows benefit as an adjunct in selected soft-tissue injuries and as a preparatory modality. Clinicians at Back To Life tailor its use to individual patient needs and combined treatment plans.