Key result
The introduction of newer fluoroscopic technology (Allura Clarity) in an electrophysiology lab significantly reduced radiation dose exposure across various procedures (P<0.05).
Why the study?
Does newer fluoroscopic technology (Allura Clarity) reduce prescribed radiation dose exposure in patients undergoing procedures in an EP lab?
Observational (n=90)
No
Does newer fluoroscopic technology (Allura Clarity) reduce prescribed radiation dose exposure in patients undergoing procedures in an EP lab?
p-value: p=<0.05
The introduction of newer fluoroscopic technology in the EP lab significantly reduces radiation exposure during common electrophysiology and structural interventions.
Supports upgrading EP lab equipment to minimize procedural radiation risks; extends observational safety data but leaves open whether this.
The use of fluoroscopic devices exposes patients and operators to harmful effects of ionizing radiation in an electrophysiology (EP) lab. We sought to know if the newer fluoroscopic technology (Allura Clarity) installed in a hybrid EP helps to reduce prescribed radiation dose. We performed radiation dose analysis of 90 patients who underwent various procedures in the EP lab at a community teaching hospital after the introduction of newer fluoroscopic technology in June of 2016. Watchman device insertion, radiofrequency ablation procedures, permanent pacemaker (PPM)/implantable cardioverter defibrillator (ICD) placement and battery changes were included in the study to compare radiation exposure during different procedures performed commonly in an EP lab. In all cases of watchman device placement, radiofrequency ablation procedures, PPM/ICD placement and battery changes, there was a statistically significant difference (<0.05) in radiation dose exposure. Significant reduction in radiation exposure during various procedures performed in an EP lab was achieved with aid of newer fluoroscopic technology and better image detection technology.
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Sharma et al. (2017) conducted an observational in Patients undergoing electrophysiology lab procedures (n=90). Newer fluoroscopic technology (Allura Clarity) vs. Older fluoroscopic technology (implied) was evaluated on Radiation dose exposure (p=<0.05). The introduction of newer fluoroscopic technology (Allura Clarity) in an electrophysiology lab significantly reduced radiation dose exposure across various procedures (P<0.05).
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