Clark Huang1, Casey R A Manarey, Vijay K Anand. 1. Department of Otorhinolaryngology-Head and Neck Surgery, New York Presbyterian Hospital-Weill Cornell Medical Center, Joan and Sanford Weill Medical College of Cornell University, New York, New York 10021, USA. clarkhuangmd@yahoo.com
Abstract
OBJECTIVE: Surgery to the internal nasal valve is presently approached either externally via an open rhinoplasty incision or transnasally. The endoscopic approach has become the preferred method of access to various other sinonasal conditions. The goal of this study was to evaluate 1) whether the internal nasal valve could be accessed and evaluated endoscopically and 2) whether a spreader graft placed under endoscopic visualization could widen the nasal valve area. STUDY DESIGN AND SETTING: Single-blinded study on 8 cadaveric heads. One side per head was randomly selected to be studied. The contralateral side served as the control. The nasal valve was approached endoscopically via the submucoperichondrial plane of the nasal septum with a 30-degree endoscope. After fully examining and subsequently separating the internal nasal valve, a spreader graft was placed. A blinded examiner then performed acoustic rhinometry to measure the nasal valve area as well as corroborate the position from an external approach. This data was then statistically analyzed using the paired Student t test. RESULTS: The nasal valve was easily detected endoscopically and the position of the spreader grafts was externally confirmed in all 8 specimens. The mean change of the nasal valve area on the side with the spreader grafts was 0.28 cm2. On the control side, the mean change was 0.026 cm2. This difference was statistically significant (P = 0.004). CONCLUSION: The endoscopic approach is a viable option in accessing the nasal valve. Endoscopic placement of a spreader graft has also been shown to statistically widen the nasal valve area.
OBJECTIVE: Surgery to the internal nasal valve is presently approached either externally via an open rhinoplasty incision or transnasally. The endoscopic approach has become the preferred method of access to various other sinonasal conditions. The goal of this study was to evaluate 1) whether the internal nasal valve could be accessed and evaluated endoscopically and 2) whether a spreader graft placed under endoscopic visualization could widen the nasal valve area. STUDY DESIGN AND SETTING: Single-blinded study on 8 cadaveric heads. One side per head was randomly selected to be studied. The contralateral side served as the control. The nasal valve was approached endoscopically via the submucoperichondrial plane of the nasal septum with a 30-degree endoscope. After fully examining and subsequently separating the internal nasal valve, a spreader graft was placed. A blinded examiner then performed acoustic rhinometry to measure the nasal valve area as well as corroborate the position from an external approach. This data was then statistically analyzed using the paired Student t test. RESULTS: The nasal valve was easily detected endoscopically and the position of the spreader grafts was externally confirmed in all 8 specimens. The mean change of the nasal valve area on the side with the spreader grafts was 0.28 cm2. On the control side, the mean change was 0.026 cm2. This difference was statistically significant (P = 0.004). CONCLUSION: The endoscopic approach is a viable option in accessing the nasal valve. Endoscopic placement of a spreader graft has also been shown to statistically widen the nasal valve area.
Authors: Bree Erickson; Robert Hurowitz; Caroline Jeffery; Khalid Ansari; Hamdy El Hakim; Erin D Wright; Hadi Seikaly; Sam R Greig; David W J Côté Journal: J Otolaryngol Head Neck Surg Date: 2016-01-12
Authors: Marek A Paul; Parisa Kamali; Austin D Chen; Ahmed M S Ibrahim; Winona Wu; Babette E Becherer; Caroline Medin; Samuel J Lin Journal: Plast Reconstr Surg Glob Open Date: 2018-03-19