The effect of age and gender on normative vagal and recurrent laryngeal nerve electrophysıological data
Yazar
Özgür, İlker
Şenyürek, Yasemin
Tunca, Fatih
İşcan, Ahmet Yalın
Sormaz, İsmail Cem
Terzioğlu, Tarık
Üst veri
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ObjectivesTo demonstrate the normative vagal and recurrent laryngeal nerve (RLN) electromyographic parameters during intraoperative nerve monitoring and to investigate the e ect of age and gender on the electromyographic parameters of vagal and RLN.MethodsSeventy-nine consecutive patients with 151 nerves at risk were included. All patients underwent preoperative and postoperative vocal cord examination. Any patient with abnormal ndings on preoperative vocal cord examination was excluded. Intraoperative nerve monitoring (IONM) was applied by a standardized IONM set up using the noninvasive surface electrode endotracheal tube and the Dr. Langer Avalanche SI NIM monitor with a hand hold stimulating probe. e amplitude and the latency of the evoked response for vagal and RLN were recorded initially at the beginning of surgery.Resultse mean amplitude and latency on the le versus right RLN, and the mean amplitude on le versus right vagal nerve showed no signi cant di erence. e latency was signi cantly longer on the le (5.8±1.2 ms) versus right vagal nerve (4.2±0.9 ms)(P=0.0001). e mean amplitude was signi cantly higher on le RLN (896±515μV) compared to le vagal nerve (618±372μV). e le vagus mean latency was longer compared to le RLN (5.8±1.2 vs 2.1±1ms; P=0.0001). e mean amplitude of right RLN and right vagal nerve was similar (P=0.7). e right vagus mean latency was signi cantly longer compared to right RLN (4.2±0.9ms vs 2.1±0.6ms P=0.0001).Gender had no signi cant e ect on latency and amplitude measurements. Age had no signi cant correlation with latency of RLN and vagal nerve. e amplitude was signi cantly lower on RLN and vagal nerve in patients with an age above 60 years compared to younger patients (for RLN: 653±271μVvs. 845±526μV; P=0.01)(for vagal nerve:490±206μV vs. 692±458μV; P=0.001).ConclusionsGender had no signi cant e ect on the latency and amplitude measurements. e amplitude on RLN and vagal nerve was signi cantly lower in older patients (age above 60 years) compared to younger patients.
Bağlantı
http://hdl.handle.net/20.500.12627/158969http://ionmworldcongress.com/wp-content/uploads/2015/08/ABSTRACT_BOOK.pdf
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