To analyze current evidence for burst wave lithotripsy (BWL) and explore its potential future applications, highlighting its significance in improving urolithiasis treatment.
Key Findings:
BWL is a noninvasive method for fragmenting urinary stones with high comminution rates, potentially improving patient outcomes.
Higher ultrasound frequencies produce smaller fragments, while lower frequencies yield larger ones, allowing for tailored treatment.
BWL shows potential for effective treatment of various stone compositions, including calcium oxalate and struvite, with implications for clinical practice.
Interpretation:
BWL offers advantages over traditional SWL, including reduced need for anesthesia and minimized tissue damage due to lower cavitation, particularly in outpatient settings.
Limitations:
The review is limited to studies published in English, which may introduce language bias.
Exclusion of non-clinical studies may overlook broader applications and insights, necessitating further exploration.
Conclusion:
BWL represents a significant advancement in urolithiasis treatment, with promising clinical applications and benefits over existing methods, warranting further research to validate its effectiveness.
by Steffi Kar Kei Yuen, Vineet Gauhar, Chu Ann Chai, Connor M. Forbes, Victor K. F. Wong, Ryan F. Paterson, Ivan Ching Ho Ko, Joseph Li, Daniele Castellani, Ben H. Chew
