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Soluções baseadas na investigação para o tratamento da dor

Conhecimento profundo dos nossos princípios técnicos, direção de aplicação e investigação profissional

Shockwave therapy effectively treats Baker’s cysts, alleviating pain, improving function, and supporting recovery from knee disorders.
Shockwave therapy offers a non-invasive, evidence-based solution for chronic soft tissue wounds, accelerating healing, reducing pain, and improving outcomes.
Shockwave therapy is a highly effective, non-invasive treatment for metatarsalgia, providing immediate pain relief, faster recovery, and long-term benefits by reducing inflammation and stimulating tissue regeneration. With minimal side effects, it helps improve mobility, prevent recurrence, and support overall foot health.
Choosing between shockwave therapy and PRP for tissue healing depends on the injury type, treatment goals, and patient needs. Shockwave therapy excels in treating acute injuries and conditions requiring mechanical stimulation, while PRP is ideal for chronic degenerative conditions needing biological regeneration. Both treatments offer unique benefits, and when combined, they can enhance healing outcomes.
Shockwave therapy for thumb CMC joint pain offers rapid pain relief, reduces inflammation, promotes cartilage regeneration, restores grip strength, and improves daily hand function. Standard protocols include 3–6 sessions combined with splinting, exercise, and lifestyle changes. Clinical evidence supports long-lasting benefits, often delaying or avoiding surgery, while patient education and tailored care maximize outcomes.
Shockwave therapy effectively relieves groin pain, speeds recovery, and promotes healing—helping patients avoid surgery and regain function.
Shockwave therapy offers a safe, non-invasive, and scientifically backed solution for managing chronic pain, accelerating healing, and improving function across various musculoskeletal and nerve-related conditions.
Shockwave therapy provides powerful analgesic effects through multiple pain-relieving mechanisms that address both peripheral and central pain processing pathways. The acoustic energy stimulates large-diameter mechanoreceptors, activating gate control theory mechanisms that inhibit pain signal transmission to the spinal cord and brain. Additionally, the treatment promotes endorphin and enkephalin release, providing natural pain relief through endogenous opioid pathways.
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