Notre groupe organise plus de 3 000 séries de conférences Événements chaque année aux États-Unis, en Europe et en Europe. Asie avec le soutien de 1 000 autres Sociétés scientifiques et publie plus de 700 Open Access Revues qui contiennent plus de 50 000 personnalités éminentes, des scientifiques réputés en tant que membres du comité de rédaction.
Les revues en libre accès gagnent plus de lecteurs et de citations
700 revues et 15 000 000 de lecteurs Chaque revue attire plus de 25 000 lecteurs
Rim Kammoun, Donies Masmoudi, Ines Kammoun, Asma Haddar Khouloud Kchaou, Hana Trabelsi and Kaouthar Masmoudi
Background: Exposure to parental smoking is one of the most threating life problem in the word during childhood and it is unfortunately in increasing. Previous studies have shown a high association between this condition and un-controlled asthma. To the best to our knowledge, the impact of this association on the body plethysmographic parameters is rarely described.
Objective: To determine the impact of parental smoking on the lung volumes of asthmatic children.
Methods: We carried out a cross sectional study at the department of Functional Explorations Sfax (Tunisia) between January 2017 and January 2018, including 133 asthmatic children. Regarding to their parental smoke status, we divided our population into two groups exposed GI and none exposed children GII.
Results: The two groups were composed respectively of 62 and 71 asthmatics children. A predominance of male gender was observed. The measurement of routine spirometric values, and the body plethysmography were performed by the participants. No statistical significant differences were reported in term of forced expiratory volume in the first second (FEV1s) (L) (%Th), forced vital capacity (FVC) (L), total lung capacity (TLC) (L) (%Th) and FEV1s/FVC ratio between the two groups. Nevertheless, the residual volume RV (L) (%Th) was significantly higher in exposed asthmatic children respectively 252.52 ± 59.32% in GI versus 228.86 ± 57.28% in GII (p<0.05).
Conclusion: Body plethysmography is a sensitive tool to detect pulmonary changes due to smoke exposure that are not currently detected by spirometry.