Sojak Jan, Durdik Peter, Pecova Renata
Comenius University in Bratislava, Jessenius Faculty of Medicine in Martin (JFM CU), Department of Pathological Physiology JFM CU and Biomedical Center in Martin JFM CU; Outpatient Department of Otorhinolaryngology Rhino Ltd. in Bratislava; Slovak Medical University in Bratislava, Faculty of Medicine, The Clinic of Otorhinolaryngology and Head and Neck Surgery, Central Military Hospital in Ruzomberok, Slovak Republic.
Comenius University in Bratislava, Jessenius Faculty of Medicine in Martin, The Clinic of Children and Adolescents, University Hospital in Martin, Slovak Republic.
Afr J Paediatr Surg. 2018 Jul-Dec;15(3):126-130. doi: 10.4103/ajps.AJPS_135_15.
The aim of this study was to clarify changes of transnasal airflow resulting from adenoidectomy and to assess the effect of surgery depending on adenoid hypertrophy (AH) obstruction grade.
Altogether fifty children having symptoms of nasal obstruction and adenoids were submitted to a rhinomanometric assessment before and after adenoidectomy. At the same time, using the nasal fiberoptic endoscopy, the grade of AH obstruction was determined, according to which the children were divided into four classes. We assessed the change of total transnasal inspiratory airflow and total nasal resistance due to adenoidectomy.
Values of transnasal airflow and nasal resistance measured in the study group of fifty children were preoperatively 262 mL/s and 0.565 kPa/L/s; postoperatively 288 mL/s and 0.52 kPa/L/s. We have noticed statistically significant increase of the airflow (P = 0.015); however, decrease of the resistance (P = 0.054) was not significant. In the group of children suffering from the 1 to 2 grade (29 children) preoperatively measured values presented 280 mL/s and 0.52 kPa/L/s; postoperatively, 276 mL/s and 0.54 kPa/L/s; change of the airflow (P = 0.634) and resistance (P = 0.829) was not significant. In the study group having the 3 and 4 grade (21 children), the values indicated preoperatively 240 mL/s and 0.62 kPa/L/s; postoperatively, 340 mL/s and 0.44 kPa/L/s; there were significant airflow increase (P = 0.012) and resistance decrease (P = 0.033).
Adenoidectomy significantly increased the airflow; however, we observed the different effect in the group of children with the 1 and 2 grade compared to the group with the 3 and 4 grade. A significant increase of the airflow and decrease of the resistance were present only in the group with the 3 and 4 grade; therefore, the significant reduction of nasal obstruction symptoms might be expected only in this group of patients.
本研究的目的是阐明腺样体切除术后经鼻气流的变化,并根据腺样体肥大(AH)阻塞程度评估手术效果。
共有50名有鼻塞症状且患有腺样体的儿童在腺样体切除术前和术后接受了鼻阻力测量评估。同时,使用鼻纤维内窥镜确定AH阻塞程度,并据此将儿童分为四类。我们评估了腺样体切除术后经鼻总吸气气流和总鼻阻力的变化。
50名儿童研究组术前经鼻气流值和鼻阻力分别为262 mL/s和0.565 kPa/L/s;术后为288 mL/s和0.52 kPa/L/s。我们注意到气流有统计学意义的增加(P = 0.015);然而,阻力降低(P = 0.054)不显著。在1至2级的儿童组(29名儿童)中,术前测量值为280 mL/s和0.52 kPa/L/s;术后为276 mL/s和0.54 kPa/L/s;气流(P = 0.634)和阻力(P = 0.829)的变化不显著。在3至4级的研究组(21名儿童)中,术前值为240 mL/s和0.62 kPa/L/s;术后为340 mL/s和0.44 kPa/L/s;气流显著增加(P = 0.012),阻力降低(P = 0.033)。
腺样体切除术显著增加了气流;然而,我们观察到1至2级儿童组与3至4级儿童组的效果不同。仅在3至4级组中气流显著增加且阻力降低;因此,仅在该组患者中可能预期鼻塞症状会显著减轻。