Tracheobronchial submucous gland profiles in smokers and non-smokers.

Applied pathology Pub Date : 1988-01-01
W F Whimster
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Abstract

We have recently presented a method of assessing the amount of submucous gland, expressed as volume per unit luminal surface area in the tracheobronchial tree. We have now applied this technique in the trachea, left main bronchus, left upper lobe bronchus, lingular bronchus and three generations of the inferior lingular bronchus in 14 non-smokers and 14 smokers. The results show that there was statistically significantly more gland in the smoking group than in the non-smoking group at all but the two most distal generations, so the technique could be used to assess the effects of inhaled pollutants in groups. Overlap between the cases in the two groups meant, however, that individual profiles could not be used diagnostically. Questions about why the profile has the shape it does and why it responds to cigarette smoke as it does are considered but cannot be answered with the data at present available.

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吸烟者和非吸烟者的气管支气管粘膜下腺特征。
我们最近提出了一种评估粘膜下腺数量的方法,以气管支气管树中每单位管腔表面积的体积表示。我们现在已经将这项技术应用于气管,左主支气管,左上叶支气管,舌支气管和三代舌下支气管,分别有14名不吸烟者和14名吸烟者。结果显示,吸烟组的腺体数量明显多于不吸烟组,但最远的两代除外,因此该技术可用于评估各组吸入污染物的影响。然而,两组病例之间的重叠意味着个体资料不能用于诊断。为什么轮廓有这样的形状,为什么它对香烟的烟雾有这样的反应,这些问题都被考虑过,但目前可用的数据无法回答。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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