Braginskaia F I, Floĭd D
Biofizika. 1981 May-Jun;26(3):542-3.
Several important generalizations can be made concerning the interaction of cavitation ultrasound and biological structures including cellular and molecular phenomena. Physicochemical modifications of nucleic acid bases are independent on whether the bases are individually in sonicated solution or they are incorporated within DNA molecule. The ultrasonic effects involving cavitation phenomena obey pseudomonomolecular (first-order) kinetics, as a function of the amplitude of the acoustic parameter and time of exposure.
关于空化超声与生物结构（包括细胞和分子现象）的相互作用，可以得出几个重要的概括。核酸碱基的物理化学修饰与碱基是单独处于超声处理的溶液中还是整合在DNA分子内无关。涉及空化现象的超声效应遵循假单分子（一级）动力学，这是声学参数振幅和暴露时间的函数。
