Zocchi M L
C.S.M. Institute for Aesthetic Surgery, Torino, Italy.
Clin Plast Surg. 1999 Apr;26(2):209-20; vii.
To apply ultrasound energy to the human body for the purpose of creating a surgical effect, it is imperative that the basic laws of nature that govern the interaction of sound on various media be clearly understood; otherwise, the operator will fail to appreciate the mechanism by which the desired result can be best obtained. This article reviews the physical principle, tissue interactions, wave properties, equipment, and biologic and micromechanical effects of ultrasound-assisted lipoplasty. Ultimately, the technique is based on the perfect control and balance between the thermal effect and cavitational phenomenon.
为了将超声能量应用于人体以产生手术效果，必须清楚地理解支配声音在各种介质中相互作用的自然基本定律；否则，操作人员将无法理解以最佳方式获得预期结果的机制。本文回顾了超声辅助脂肪抽吸术的物理原理、组织相互作用、波特性、设备以及生物学和微机械效应。最终，该技术基于热效应和空化现象之间的完美控制与平衡。
