Key result
Pediatric EPs minimize radiation exposure using optimized fluoroscopy physics and alternative non-radiation imaging.
Why the study?
Radiation effects are cumulative and pediatric patients are particularly sensitive, motivating efforts to eliminate or minimize radiation exposure during pediatric electrophysiology procedures.
Pediatric electrophysiologists are adopting innovative techniques and alternative imaging modalities to minimize radiation exposure to patients and staff.
Supports radiation minimization in pediatric EP procedures; leaves open prospective trials on clinical outcomes.
The effects of radiation on patients and the providers are dose-dependent and cumulative. Pediatric patients are not only more sensitive to radiation but also may undergo more procedures and diagnostic tests throughout their lifetime. As providers, the endeavor is to cause no harm and it behooves us to either eliminate or minimize the radiation exposure to patients without affecting the efficacy and outcomes of the diagnostic or therapeutic modalities. Pediatric electrophysiologists have taken the lead in attempting to minimize the radiation exposure to patients and staff with innovative and advanced techniques. The techniques range from minimizing the exposure to radiation with better understanding and applications of the physics associated with fluoroscopic imaging to using alternative imaging modalities that do not use radiation.
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Harinder R. Singh (2022) conducted a review in Pediatric electrophysiology procedures. Radiation minimization techniques (ALARA) was evaluated. Pediatric electrophysiologists are minimizing radiation exposure to patients and staff through better application of fluoroscopic imaging physics and alternative non-radiation imaging modalities.
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