Add to ORKGA study of the physical mechanisms responsible for the stone comminution and tissue injury in the shock wave lithotripsy (SWL) was presented. The SWL is a common and effective clinical method to comminute the kidney stones. It was found that the treatment at slow SW (shock waves) rate increased the cavitation bubbble cluster time to dissolve between the pulses and increased the comminution. The results show that the role of cavitation in SWL was embraced by the lithotripter industry
Cavitation appears to contribute to tissue injury in lithotripsy. Reports have shown that increasing...
High‐speed photography was used to investigate cavitation at the surface of artificial and natural k...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in ...
A study of the physical mechanisms responsible for the stone comminution and tissue injury in the sh...
A case is presented for the important role of cavitation in stone comminution and tissue injury in s...
Objective: Shock Wave Lithotripsy (SWL) is the use of shock waves to fragment kidney stones. We have...
Objective: Shock Wave Lithotripsy (SWL) is the use of shock waves to fragment kidney stones. We have...
A case is presented for the important role of cavitation in stone comminution and tissue injury in s...
Abstract—Using an experimental system that mimics stone fragmentation in the renal pelvis, we have i...
BACKGROUND AND PURPOSE: There is strong evidence that cavitation bubble activity contributes to ston...
Background and Purpose: There is strong evidence that cavitation bubble activity contributes to ston...
Background and Purpose: There is strong evidence that cavitation bubble activity contributes to ston...
Research in lithotripsy that started with the effort to characterize acute shock wave damage to the ...
There is strong evidence io support the idea that cavitation plays a role in stone breakage in SWL. ...
High‐speed photography was used to investigate cavitation at the surface of artificial and natural k...
Cavitation appears to contribute to tissue injury in lithotripsy. Reports have shown that increasing...
High‐speed photography was used to investigate cavitation at the surface of artificial and natural k...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in ...
A study of the physical mechanisms responsible for the stone comminution and tissue injury in the sh...
A case is presented for the important role of cavitation in stone comminution and tissue injury in s...
Objective: Shock Wave Lithotripsy (SWL) is the use of shock waves to fragment kidney stones. We have...
Objective: Shock Wave Lithotripsy (SWL) is the use of shock waves to fragment kidney stones. We have...
A case is presented for the important role of cavitation in stone comminution and tissue injury in s...
Abstract—Using an experimental system that mimics stone fragmentation in the renal pelvis, we have i...
BACKGROUND AND PURPOSE: There is strong evidence that cavitation bubble activity contributes to ston...
Background and Purpose: There is strong evidence that cavitation bubble activity contributes to ston...
Background and Purpose: There is strong evidence that cavitation bubble activity contributes to ston...
Research in lithotripsy that started with the effort to characterize acute shock wave damage to the ...
There is strong evidence io support the idea that cavitation plays a role in stone breakage in SWL. ...
High‐speed photography was used to investigate cavitation at the surface of artificial and natural k...
Cavitation appears to contribute to tissue injury in lithotripsy. Reports have shown that increasing...
High‐speed photography was used to investigate cavitation at the surface of artificial and natural k...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in ...