E Gelera January, Ojar Devendra, Lim Jae Hyun, Wee Jee Hye, Kim Jeong-Whun, Rhee Chae-Seo
Department of Otorhinolaryngology-Head and Neck Surgery, Seoul National University Bundang Hospital, Seoul National University College of Medicine, Seoul, Korea.
Department of Otorhinolaryngology-Head and Neck Surgery, University of Santo Tomas Hospital, Manila, Philippines.
Clin Exp Otorhinolaryngol. 2017 Dec;10(4):338-343. doi: 10.21053/ceo.2017.00080. Epub 2017 Jun 6.
This study aims to determine the anatomical changes occurring in the nasal septal body (NSB) among patients with sinonasal disease and compares the measurements obtained from patients without sinonasal disease.
This was a retrospective study involving review of 405 (93 without and 212 with sinonasal disease) plain paranasal sinus computed tomography (PNS CT) on coronal view at a tertiary training hospital, which was done consecutively from January 2014 to December 2015. NSB measurements from 3 areas were done: anterior part (A), located anterior and superior to inferior turbinate; middle or widest (M) part, located anterior to middle turbinate and superior to inferior turbinate and posterior (P) part, located within the anterior 1/3 of middle turbinate not going beyond the crista galli. Posterior part of septum (sP) was measured at the area of horizontal attachment of middle turbinate to the lateral nasal wall and superior turbinate to represent the less vasoactive part of the septum. Demographic data and NSB diameters were also analyzed.
The mean NSB diameter measurements were significantly larger among the diseased group (disease vs. control; A: 6.88 mm vs. 5.92 mm, P=0.001; M: 12.74 mm vs. 10.47 mm, P=0.001; P: 8.35 mm vs. 6.79 mm, P=0.001). A similar observation in sP part (3.35 mm vs. 2.54 mm, P=0.014) was noted. When grouped by age, among the control group, older subjects had considerable decrease in NSB size in all points of measurements except for sP (P>0.05). Such reduction in size is noticeable for those in their 4th, 5th, 6th, and 7th decades of life. For the diseased group, a trend of increasing NSB and sP size was noted as the subjects are getting older. However, only the anterior part (A) of NSB reached statistical significance (P=0.016).
With aging we expect nasal mucosal atrophy among normal subjects. However, patients with chronic sinonasal disease showed thickened nasal mucosa. Further study for the reversibility of thickened mucosa is needed.
本研究旨在确定鼻窦疾病患者鼻中隔体(NSB)发生的解剖学变化,并比较无鼻窦疾病患者的测量结果。
这是一项回顾性研究,涉及在一家三级培训医院对405例(93例无鼻窦疾病,212例有鼻窦疾病)鼻窦冠状位平扫计算机断层扫描(PNS CT)进行回顾,研究于2014年1月至2015年12月连续进行。对NSB的3个区域进行测量:前部(A),位于下鼻甲前上方;中部或最宽部(M),位于中鼻甲前方且下鼻甲上方;后部(P),位于中鼻甲前1/3内且不超过鸡冠。在中鼻甲与鼻外侧壁及上鼻甲的水平附着区域测量鼻中隔后部(sP),以代表鼻中隔血管活性较低的部分。还分析了人口统计学数据和NSB直径。
患病组的平均NSB直径测量值显著更大(疾病组与对照组比较;A:6.88mm对5.92mm,P = 0.001;M:12.74mm对10.47mm,P = 0.001;P:8.35mm对6.79mm,P = 0.001)。在sP部分也观察到类似情况(3.35mm对2.54mm,P = 0.014)。按年龄分组时,在对照组中,除sP外(P>0.05),老年受试者在所有测量点的NSB大小均有相当程度的减小。对于40、50、60和70岁年龄段的人,这种大小减小很明显。对于患病组,随着受试者年龄增长,NSB和sP大小有增加趋势。然而,只有NSB的前部(A)达到统计学意义(P = 0.016)。
随着年龄增长,我们预期正常受试者会出现鼻黏膜萎缩。然而,慢性鼻窦疾病患者的鼻黏膜增厚。需要进一步研究增厚黏膜的可逆性。