Hospital Luz Arrabida, Porto, Portugal.
Nova Medical School, Universidade Nova de Lisboa, Lisboa, Portugal.
Clin Otolaryngol. 2021 Jul;46(4):744-751. doi: 10.1111/coa.13726. Epub 2021 Feb 11.
Evidence has shown that the sensation of nasal breathing is related to variations in nasal mucosa temperature produced by airflow. An appropriate nasal airflow is necessary for changing mucosal temperature. Therefore, the correlation between objective measurements of nasal airflow and patient-reported evaluation of nasal breathing should be dependent on the level of nasal airflow.
To find if the correlation between patient-reported assessment of nasal breathing and objective measurement of nasal airflow is dependent on the severity of symptoms of nasal obstruction or on the level of nasal airflow.
The airway of 79 patients was evaluated using NOSE score and peak nasal inspiratory flow (PNIF). Three subgroups were created based on NOSE and three subgroups were created based on PNIF level to find if correlation was dependent on nasal symptoms or airflow.
The mean value of PNIF for the 79 patients was 92.6 L/min (SD 28.1 L/min). The mean NOSE score was 48.4 (SD 24.4). The correlation between PNIF and NOSE was statistically significant (P = .03), but with a weak association between the two variables (r = -.248). Evaluation of correlation based on symptoms demonstrated a weak or very weak association in each subgroup (r = -.250, r = -.007, r = -.104). Evaluation of correlation based on nasal airflow demonstrated a very weak association for the subgroups with middle-level and high PNIF values (r = -.190, r = -.014), but a moderate association for the subgroup with low PNIF values (r = -.404).
This study demonstrated a weak correlation between NOSE scores and PNIF values in patients non-selected according to symptoms of nasal obstruction or to airflow. It demonstrated that patients with symptoms of nasal obstruction have different levels of nasal airflow and that low nasal airflow prevents the sensation of good nasal breathing. Therefore, patients with symptoms of nasal obstruction may require improving nasal airflow to improve nasal breathing sensation.
有证据表明,鼻腔呼吸的感觉与气流引起的鼻腔黏膜温度变化有关。适当的鼻腔气流对于改变黏膜温度是必要的。因此,患者报告的鼻腔呼吸评估与客观测量的鼻腔气流之间的相关性应该取决于鼻腔气流水平。
确定患者报告的鼻腔呼吸评估与客观测量的鼻腔气流之间的相关性是否取决于鼻腔阻塞症状的严重程度或鼻腔气流水平。
使用鼻阻塞严重指数(NOSE)和最大鼻吸气峰流速(PNIF)评估 79 例患者的气道。根据 NOSE 和 PNIF 水平创建三个亚组,以确定相关性是否取决于鼻腔症状或气流。
79 例患者的平均 PNIF 值为 92.6 L/min(SD 28.1 L/min)。平均 NOSE 评分为 48.4(SD 24.4)。PNIF 与 NOSE 之间的相关性具有统计学意义(P =.03),但两者之间的关联较弱(r = -.248)。根据症状评估的相关性在每个亚组中显示出弱或非常弱的关联(r = -.250,r = -.007,r = -.104)。根据鼻腔气流评估的相关性在中高水平 PNIF 值的亚组中显示出非常弱的关联(r = -.190,r = -.014),但在低 PNIF 值的亚组中显示出中度关联(r = -.404)。
本研究表明,在未根据鼻腔阻塞症状或气流选择的患者中,NOSE 评分与 PNIF 值之间存在弱相关性。研究表明,有鼻腔阻塞症状的患者具有不同水平的鼻腔气流,并且低水平的鼻腔气流会阻止良好的鼻腔呼吸感觉。因此,有鼻腔阻塞症状的患者可能需要改善鼻腔气流以改善鼻腔呼吸感觉。