Mechanisms of Action
Ultrasonic stimulation has been proven to increase the flow of oxygenated blood to the fracture site. Increased vascularity plays a crucial role in bone healing by delivering essential oxygen, nutrients, and growth factors to the injury site, facilitating cellular activities necessary for repair.
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Mechanisms of Action
Ultrasonic shear waves have been shown to be particularly effective in stimulating the cellular integrin response. Stimulating cellular integrin receptors enhances bone healing by promoting cell adhesion, migration, and signaling pathways essential for tissue regeneration.
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Mechanisms of Action
Sonogen's device is designed specifically to focus acoustic energy on the periosteum, which is a fibrous sheath that covers bones, and contains the blood vessels and nerves that provide nourishment and sensation to the bone. It's a highly vascularized and osteogenic layer surrounding bones that plays a key role in bone tissue regeneration.
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Although X-Rays and CT remain the gold standard for orthopedic assessment, Sonogen’s groundbreaking ultrasonic fracture assessment capability was designed to monitor the healing process through safe and effective ultrasound alone.
This revolutionary capability provides real-time feedback on the fracture healing process by automatically applying a series of digital signal processing techniques to ultrasonic echo data captured during the treatment process. Patients and caregivers receive a simple status update on healing progress via Sonogen's mobile application or web portal.
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