Using acoustic energy as part of a tissue-focused framework.
Ultrasound-based technologies use acoustic energy to interact with biological tissue. Their effects depend on factors including frequency, intensity, treatment parameters, device design and the tissue being targeted.
Therapeutic ultrasound has a long history of use within rehabilitation and physical therapy, where it has been investigated for effects associated with tissue healing, pain, connective tissue and other physiological responses.
Aesthetic ultrasonic cavitation uses ultrasound differently and is primarily used to influence subcutaneous adipose tissue.
This distinction is important.
Research relating to therapeutic ultrasound cannot automatically be applied to every cavitation device or treatment protocol, and evidence demonstrating effects on adipose tissue does not establish ultrasonic cavitation as a treatment for Lipoedema.
Within McLeod Method™, ultrasound-based cavitation is incorporated as one component of a broader, sequenced approach to the tissue environment.
Its inclusion is based on the known interaction between acoustic energy and tissue, evidence from ultrasound-based applications, the clinical characteristics of the tissue being addressed, and observations made through hands-on practice.
It is not used with the intention of aggressively destroying or “breaking up” Lipoedema tissue.
Instead, treatment parameters and intensity are selected conservatively, with attention to tissue sensitivity, comfort, bruising tendency, individual presentation and contraindications.
The response of the tissue remains central to clinical decision-making.
Further research is required to determine the specific role that ultrasound-based cavitation may have within conservative Lipoedema management.
Use the technology deliberately. Respect its limitations. Let evidence determine the claims.
