British Journal of Urology · 1983 · 71 citations · 5 references
MedicineNephrologyUrologyBiomedical OpticsBiophotonicsUrologic SurgeryBiomedical Laser ApplicationsKidney SurgeryLaser OpticsLaser PhysicsLaser SurgeryRenal SurgeryCarbon DioxideKidney Stone ExtractionLaser LithotripsyLasersNd:yag Laser TreatmentRenal CalculiRenal Stone SurgeryUrinary Calculi
Pulsed Nd YAG lasers will fragment all types of urinary calculi rapidly in air. The fragments are much smaller than with any other technique. Large stones can be split into a few discrete fragments which may prove to be an advantage in that the fragments could then be extracted without leaving multiple small fragments behind. Certain pulsed lasers can be transmitted through fine, flexible glass fibres which are small enough to pass through any sized instrument channel. There is therefore an immediate possibility of using this type of laser in the bladder with carbon dioxide instead of an irrigant. Further experiments are planned in order to investigate the possibility of using this mode of laser in the kidney percutaneously.
5
Stimulated Optical Radiation in Ruby
Theodore H. Maiman · Nature · 1960 · 4.8K citations
William P. Mulvaney, Carl W. Beck · The Journal of Urology · 1968 · 136 citations
Optical Masers and Their Possible Applications to Biology
C. H. Townes · Biophysical Journal · 1962 · 36 citations
In vitro destruction of urinary calculi by laser-induced stress waves.
Fair Hd · PubMed · 1978 · 29 citations
Natural Sciences, Surgery, Urology +17