Recent findings from a 2025 systematic review highlight the promising role of infrasound and audible acoustic low-frequency sound in modulating wound healing processes, including bone repair. These sounds, typically ranging from 1 to 20 Hertz, have been shown in laboratory and animal models to stimulate stem cells to migrate more effectively, speed up fibroblast activity, and boost collagen synthesis—all critical components for tissue regeneration. Although clinical applications are still in early stages and no definitive clinical proof exists yet, the biological effects observed suggest an exciting future where sound therapy could become a non-invasive method to support recovery from bone injuries and other tissue damage. The review notably emphasizes how infrasound impacts the stem cells responsible for bone formation, enhancing their capacity to create new bone tissue and accelerate healing. Sound therapy might one day complement or even reduce the need for traditional invasive treatments by harnessing these natural biological responses. Moreover, the review calls for further research to establish precise frequency protocols tailored to individual healing needs, which could personalize treatment approaches. For enthusiasts and patients looking for alternative healing methods, keeping abreast of developments in sound therapy could be valuable. Research continues to unfold and may lead to breakthrough therapies enhancing wound repair and bone regeneration in the near future. This aligns with a broader scientific interest in non-invasive, low-risk therapies promoting natural recovery processes. Overall, while practical clinical use awaits more evidence, the integration of sound frequencies into regenerative medicine represents a fascinating frontier. If proven effective in humans, this modality could revolutionize approaches to healing injuries and chronic wounds, making treatment simpler and more accessible.