Low Doses of Kretek Cigarette Smoke Altered Rat Lung Histometric, and Overexpression of the p53 Gene.

Q3 Medicine
Open Respiratory Medicine Journal Pub Date : 2024-04-26 eCollection Date: 2024-01-01 DOI:10.2174/0118743064285619240327055359
Edy Parwanto, David Tjahyadi, Sisca Sisca, Husnun Amalia, Nany Hairunisa, Hosea Jaya Edy, Ashaolu Victoria Oladimeji, Noureddine Djebli
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引用次数: 0

Abstract

Background: The components of kretek cigarettes include tobacco as the main part, clove, and sauce. Filtered kretek cigarettes are kretek cigarettes that have one end filtered. Cigarette smoke contributes to the disruption of the respiratory system, so it is necessary to know the effect of low doses of cigarette smoke on changes in the histometric of the respiratory system, and whether it affects p53 gene expression. This study aims to determine changes in the histometric of the respiratory system and p53 gene expression.

Methods: In this study, we used Sprague-Dawley rats. Group I of rats breathing normal air, were not exposed to filtered kretek cigarette smoke (as a control). Group II of rats, as a treatment group, were exposed to filtered kretek cigarette smoke 1 stick/day for 3 months. The results of lung histometry measurements and p53 gene expression between groups were analyzed using the Independent Sample T-test. The difference between groups is significant if the test results show P < 0.05.

Results: Bronchioles length, width, area, and perimeter in group I were 40.55±1.57 μm, 14.82±0.41 μm, 494.61±5.62 μm2, and 233.87±4.51 μm, respectively. Bronchioles length, width, area, and perimeter in group II were 30.76±0.78 μm, 9.28±0.40 μm, 297.32±2.53 μm2, and 177.84±5.15 μm, respectively. The area and perimeter of respiratory bronchioles in group I were 17.68±0.49 μm2, and 26.60±0.52 μm respectively, while those in group II were 19.28±0.35 μm2, and 29.28±0.35 μm, respectively. Mucus was found in the bronchioles and respiratory bronchioles in group II, however, there was no visible mucus observed in group I. In addition, it was also concluded that exposure to low doses of filtered kretek cigarette smoke, 1 cigarette/day for 3 months, increased the expression of the p53 gene in the lungs of rats.

Conclusion: The size of bronchioles in rats decreased after being exposed to filtered kretek cigarette smoke 1 stick/day for 3 months, while the size of respiratory bronchioles increased. In addition, exposure to filtered kretek cigarette smoke increased the expression of the p53 gene in the rat lungs.

低剂量的 Kretek 卷烟烟雾改变了大鼠肺组织计量学和 p53 基因的过度表达。
背景:克雷泰香烟的成分包括主要成分烟草、丁香和酱料。过滤嘴克雷泰香烟是一端经过过滤的克雷泰香烟。香烟烟雾会导致呼吸系统紊乱,因此有必要了解低剂量香烟烟雾对呼吸系统组织测量变化的影响,以及是否会影响 p53 基因的表达。本研究旨在确定呼吸系统组织测量和 p53 基因表达的变化:本研究使用 Sprague-Dawley 大鼠。I 组大鼠呼吸正常空气,不接触过滤克雷泰香烟烟雾(作为对照)。II 组大鼠作为治疗组,每天接触 1 支过滤嘴克雷泰香烟烟雾,持续 3 个月。采用独立样本 T 检验分析组间肺组织测量和 p53 基因表达的结果。如果检验结果显示 P < 0.05,则组间差异具有显著性:I组支气管长、宽、面积和周长分别为40.55±1.57 μm、14.82±0.41 μm、494.61±5.62 μm2和233.87±4.51 μm。Ⅱ组支气管长、宽、面积和周长分别为(30.76±0.78)μm、(9.28±0.40)μm、(297.32±2.53)μm2 和(177.84±5.15)μm。I 组呼吸支气管的面积和周长分别为(17.68±0.49)μm2 和(26.60±0.52)μm,II 组分别为(19.28±0.35)μm2 和(29.28±0.35)μm。此外,研究还得出结论,接触低剂量过滤克雷泰香烟烟雾(1 支/天,持续 3 个月)会增加大鼠肺部 p53 基因的表达:结论:在连续 3 个月每天吸 1 支过滤嘴克雷泰香烟后,大鼠支气管的体积减小,而呼吸支气管的体积增大。此外,接触过滤嘴克雷泰香烟烟雾会增加大鼠肺中 p53 基因的表达。
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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来源期刊
Open Respiratory Medicine Journal
Open Respiratory Medicine Journal Medicine-Pulmonary and Respiratory Medicine
CiteScore
1.70
自引率
0.00%
发文量
17
期刊介绍: The Open Respiratory Medicine Journal is an Open Access online journal, which publishes research articles, reviews/mini-reviews, letters and guest edited single topic issues in all important areas of experimental and clinical research in respiratory medicine. Topics covered include: -COPD- Occupational disorders, and the role of allergens and pollutants- Asthma- Allergy- Non-invasive ventilation- Therapeutic intervention- Lung cancer- Lung infections respiratory diseases- Therapeutic interventions- Adult and paediatric medicine- Cell biology. The Open Respiratory Medicine Journal, a peer reviewed journal, is an important and reliable source of current information on important recent developments in the field. The emphasis will be on publishing quality articles rapidly and making them freely available worldwide.
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