Journal of Nippon Medical School = Nippon Ika Daigaku zasshi · 2014
Anatomical factors associated with periesophageal vagus nerve injury after catheter ablation of atrial fibrillation.
СтатьяПоддержка исследования: вне правительства СШАНазвание и аннотация: Перевод в очереди
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Tsuboi Ippei, Hayashi Meiso, Miyauchi Yasushi, Iwasaki Yu-ki, Yodogawa Kenji, Hayashi Hiroshi, Uetake Shunsuke, Takahashi Kenta, Shimizu Wataru
Аннотация
BACKGROUND: The periesophageal vagus nerve plexus controls the kinetics of the stomach, digestive tract, and gallbladder, and catheter ablation of atrial fibrillation (AF) can cause vagus nerve injury (VNI). We sought to clarify the incidence, clinical course, and anatomical factors related to periesophageal VNI.
METHODS: The present study included 257 consecutive patients with AF (mean age, 62±11 years) who underwent catheter-based pulmonary vein isolation. With 64-slice computed tomographic images, the left atrium (LA)-esophageal contact length, LA diameter, and distances between each mediastinal structure were compared between patients with VNI and those without VNI.
RESULTS: VNI occurred in 5 patients (1.9%), gastric hypomotility in 3 patients, and acalculous cholecystitis in 2 patients, within 3 days after ablation, and all patients recovered completely within 2 weeks. Compared with patients without VNI, those with VNI more frequently underwent ablation at the mitral isthmus (p=0.03) and inside the coronary sinus (p=0.03). On computed tomographic images, the esophagus was closer to the aorta than to the spine in 67% of patients and was defined as an aorta-sided esophagus. In patients with VNI, the distance from the LA to the spine or the descending aorta (in patients with an aorta-sided esophagus) was shorter (p=0.03), and the transverse LA-esophageal contact length was longer (p=0.01).
CONCLUSION: Acalculous cholecystitis, as well as gastric hypomotility, can develop as a result of periesophageal VNI in patients undergoing AF ablation. The anatomical relationships among the LA, esophagus, spine, and descending aorta may influence the occurrence of VNI.
METHODS: The present study included 257 consecutive patients with AF (mean age, 62±11 years) who underwent catheter-based pulmonary vein isolation. With 64-slice computed tomographic images, the left atrium (LA)-esophageal contact length, LA diameter, and distances between each mediastinal structure were compared between patients with VNI and those without VNI.
RESULTS: VNI occurred in 5 patients (1.9%), gastric hypomotility in 3 patients, and acalculous cholecystitis in 2 patients, within 3 days after ablation, and all patients recovered completely within 2 weeks. Compared with patients without VNI, those with VNI more frequently underwent ablation at the mitral isthmus (p=0.03) and inside the coronary sinus (p=0.03). On computed tomographic images, the esophagus was closer to the aorta than to the spine in 67% of patients and was defined as an aorta-sided esophagus. In patients with VNI, the distance from the LA to the spine or the descending aorta (in patients with an aorta-sided esophagus) was shorter (p=0.03), and the transverse LA-esophageal contact length was longer (p=0.01).
CONCLUSION: Acalculous cholecystitis, as well as gastric hypomotility, can develop as a result of periesophageal VNI in patients undergoing AF ablation. The anatomical relationships among the LA, esophagus, spine, and descending aorta may influence the occurrence of VNI.