Pulsedfluoroscopy

由RAWMarco著作·2020·被引用8次—PediclescrewplacementusingDPMPsandpulsedfluoroscopyreducedtheeffectivedoseofradiationexposuretothepatientby80%(0.22mSvvs.,由SVetter著作·1998·被引用18次—Abstract.Pulsedfluoroscopyisanimportanttoolfordosereductioninfluoroscopicprocedures.Evaluationofimagequalityanddoseisnecessarytooptim.,Thepulsefrequencyshouldbeaslowaspossibleprovidedthatitisadequatetoachievethecli...

Decreased radiation exposure using pulsed fluoroscopy ...

由 RAW Marco 著作 · 2020 · 被引用 8 次 — Pedicle screw placement using DPMPs and pulsed fluoroscopy reduced the effective dose of radiation exposure to the patient by 80% (0.22 mSv vs.

Dose Reduction and Image Quality in Pulsed Fluoroscopy

由 S Vetter 著作 · 1998 · 被引用 18 次 — Abstract. Pulsed fluoroscopy is an important tool for dose reduction in fluoroscopic procedures. Evaluation of image quality and dose is necessary to optim.

Good practices in interventional procedures

The pulse frequency should be as low as possible provided that it is adequate to achieve the clinically desired results. Typically, for most non cardiac ...

Optimizing the Use of Pulsed Fluoroscopy to Reduce ...

由 MD Cohen 著作 · 2008 · 被引用 27 次 — This report reviews the basic physics knowledge needed by radiologists to best use pulsed fluoroscopy to minimize radiation dose. It explains the paradox that ...

Radiation Reduction in Low Dose Pulsed Fluoroscopy ...

由 S Sabat 著作 · 2018 · 被引用 4 次 — Conclusion: Low dose pulsed fluoroscopy of 3 fps significantly reduces radiation exposure by about 600% compared with standard dose continuous ...

Reduction of Radiation Dose

由 RJ Hernandez 著作 · 1996 · 被引用 148 次 — mode, we were able to reduce radiation exposure by 75% of that from con- ventional fluoroscopy. CONCLUSION. Pulsed fluoroscopy reduces fluoroscopic radiation.

Technical Principles for Diagnostic Fluoroscopic Procedures

由 M Shellie Pike 著作 — Most fluoroscopy procedures do not require continuous fluoroscopy and can be accurately performed using pulsed fluoroscopy as low as 7.5 pulses per second.