Key result
Multiplanar human body sections improve in situ anatomical visualization for AF catheter mapping and ablation.
Why the study?
Accurate recognition of the three-dimensional atrial structure during catheter ablation of AF is challenging using only two-dimensional fluoroscopic images, necessitating improved anatomical understanding.
Answers are grounded in this paper and cite their sources.
Proposed body-section method may aid 3D cardiac visualization during AF ablation fluoroscopy; leaves open prospective validation of safety and efficacy.
Catheter ablation of atrial fibrillation (AF) has been making remarkable progress for the last decade. When manipulating the catheter in the procedure, we have to reconstruct the three-dimensional cardiac structure in our heads by using two-dimensional fluoroscopic image. The author, an interventional electrophysiologist, developed and proposed a new method for recognizing the cardiac structure by using human body sections. In order to easily create practical cardiac images, the human bodies were cut sagittally, obliquely and coronally. In the sections obtained, the heart could be observed together with their surroundings within the thorax in the neutral position. The most important point is that the heart is observed without being removed from the body. This concept of the research is to recognize the heart as an object composed of many structures. It was useful for analyzing the mechanism of arrhythmia and to improve catheter technique and mapping systems.
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Osamu Igawa (2011) studied Atrial fibrillation. Cardiac structure recognition using human body sections was evaluated. A new method using human body sections cut sagittally, obliquely, and coronally allowed observation of the heart in situ to improve catheter technique and mapping systems for atrial fibrillation.
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