Narrative review examines peak frequency algorithm versus conventional mapping for cardiac arrhythmias

This narrative review focuses on the application of a peak frequency (PF) algorithm based on Wavelet transformation (WT) in the context of cardiac arrhythmias. The scope of the article is to compare this computational method against conventional mapping strategies, which typically rely on bipolar voltage analysis and activation mapping. The authors aim to provide an overview of the current state of this technology within the field of electrophysiology.

The review does not present data from a specific study population, nor does it report a sample size, intervention details beyond the algorithmic description, or adverse events. Primary and secondary outcomes are not reported in the provided evidence. Therefore, no pooled effect sizes or specific quantitative results can be derived from this source. The discussion remains qualitative, relying on the synthesis of the authors' perspective rather than statistical analysis of trial data.

Limitations acknowledged by the authors or inherent to the narrative format include the absence of reported safety data, discontinuation rates, or tolerability profiles. The review does not specify the setting in which these algorithms are applied, nor does it provide a defined follow-up period. Because the evidence is observational in nature and lacks primary trial data, causal language regarding the efficacy or safety of the PF algorithm is avoided. The practice relevance is not explicitly defined in the source material, suggesting that clinicians should await more robust evidence before altering standard mapping protocols based solely on this narrative.