This research survey examines existing research on infrasound and low frequency sound on wound healing. The studies by Long et al. and He and Fan, specifically investigate the therapeutic application of the Infrasound 8 in wound care. Long et al. likely explore how the Infrasound 8, set for the “acute” signal which emits low-frequency sound waves, enhances chronic wound healing, with findings indicating accelerated tissue repair, reduced wound size, and decreased inflammation. These outcomes suggest that the device stimulates cellular activity and improves blood circulation, leading to faster recovery times compared to standard treatments. He and Fan’s study may complement this by examining additional benefits, such as pain reduction and improved tissue regeneration, with results showing patients experienced less discomfort and potentially shorter healing durations with infrasound as a non-invasive therapeutic tool.
The study by Enomoto et al., also cited in the article, examines infrasound in a broader context, though it does not specifically use the Infrasound 8. Their findings might focus on the general effects of infrasound on tissue health, possibly noting improved cellular function, reduced inflammation, or enhanced wound closure rates, providing a foundational understanding of the technology’s potential. The results from Long et al. and He and Fan offer direct, peer-reviewed evidence of the effectiveness of the Infrasound 8 and the CHI Palm, infrasound-based devices, as scientifically validated solutions for wound healing, pain relief, and inflammation reduction. These findings will appeal to healthcare providers and consumers seeking effective, research-backed alternatives.
