Monitoring of in-vitro ultrasonic stimulation of cells by numerical modeling

• Majnooni M.
• Lasaygues P.
• Long V.
• Scimeca J.-C.
• Momier D.
• Rico F.
• Buzhinsky N.
• Guivier-Curien C.
• Baron C.

• In-vitro ultrasound stimulation
• Acoustic intensity
• Numerical modeling

Ultrasound stimulation of living tissues is a promising technique that can be safely applied for regenerative treatments. However, the ultrasound-induced mechanotransduction is still not well understood because of the large number of parameters involved at different scales and their difficult experimental accessibility. In this context, in-vitro studies may help to gain insight into the