… To quantify radiation exposure during pediatric cardiac catheterizations performed by
multiple … that use of upgraded imaging systems can reduce radiation exposure by 25–75%, …

… quantify the impact of these imaging and technical parameters on absorbed radiation dose
during pediatric cardiac catheterization… optimizing imaging to reduce radiation dose can have …

… principle to implement a multimodal radiation dose reduction strategy under the framework
of … aimed to reduce patient radiation dose by at least 25% for pediatric cardiac catheterization …

… exposure is quantified for the analysis of radiation dose used during cardiac catheterization.
After … at reducing exposure in procedure sub-groups. Furthermore, the American College of …

… ) to quantify the reduction in radiation doses received by pediatric patients undergoing cardiac
catheterization … ClarityIQ technology is designed to reduce radiation exposure in both cine …

… are being used to quantify improvements in C3PO-QI's ongoing quality improvement efforts.
… further reduce radiation dose 16. Additionally, installation of new catheterization laboratory …

… strategies to reduce radiation exposure in this … Quantification of temporal, procedural, and
hardware-related factors influencing radiation exposure during pediatric cardiac catheterization…

… The radiation dose was quantified as air kerma dose (mGy) and … possible to reduce radiation
exposure by lowering the frame rate in children undergoing cardiac catheterization without …

… (iii) Was the radiation dose accurately measured to minimise bias? (iv) Have the authors …
As well as recommending DAP as the basic quantification of radiation dose followed by AK and …

… Optimizing the fluoroscopy or cine acquisition dose rate to reduce staff radiation dose
and long-term risk is much more efficient. Ishibashi et al. [56] reported the fluoroscopy …