Since the bioeffects of ultrasound were discovered, its use has become widespread in the field of therapeutics[1]. Two classes of ultrasound bioeffects on tissues and cells are known: thermal and non-thermal[2]. Ultrasound exhibiting thermal bioeffects is primarily applied to cancer and tumor ablation for cell necrosis[3]. Ultrasound displaying non-thermal bioeffects is generally adapted for tendon healing, bone regeneration, and angiogenesis via cell proliferation and differentiation[4]. These bioeffects of ultrasound are closely related to ultrasound parameters. Among these influential factors, the ultrasound frequency, energy emission, and stimulation duration play important roles[5].