Analysis of Impact on Nasal Obstruction by Commercially Available Internal Nasal Stents
- Conditions
- Nasal Obstruction
- Registration Number
- NCT00683254
- Lead Sponsor
- Bethany L. Jones
- Brief Summary
Commercially-available internal nasal stents placed inside the nostril should produce decreased nasal obstruction detectable subjectively (volunteers will fill out a survey) and objectively (degree of obstruction will be measured with a rhinomanometer which measure resistant of airflow while breathing through nose).
- Detailed Description
Nasal rhinomanometry provides a measure of the airflow through the nose during inspiration and expiration. The effect of static obstructions, such as septal deviation, as well as dynamic obstructions, such as lateral nasal wall collapse, can be measured by the rhinomanometer. The effect of commercially available nasal stents on nasal airflow will be measured. In subjects chosen from the general population, some of whom may not complain of nasal obstruction, the airflow will be measured before and after the placement of removable nasal silastic stents. In addition, these subjects will complete a one question scale in the Likert model to rate the degree of their subjective nasal obstruction; they will complete this both before and after placement of the stents. The results of the scale before and after application of the stents will be correlated with the objective measurements of airflow by rhinomanometry taken before and after stent insertion.Several studies have measured the effect of external nasal splints (such as Breathe-Rite strips) on nasal airflow and nasal airway size (as measured by acoustic rhinometry), but few have studied internal nasal stents. No studies have correlated rhinomanometric evaluation of effect on nasal obstruction by nasal stents with the validated NOSE survey (Nasal Obstruction Symptom Evaluation). In patients with a chief complaint of nasal obstruction and who are noted to have anterior nasal obstruction, nasal stents may provide a satisfactory improvement in nasal airflow without surgical or medicinal intervention. For patients who are determined to be candidates for surgical intervention, the surgical procedure is tailored to their specific anatomic deformities, as determined by the staff facial plastic surgeon. While the patient's complaint of nasal obstruction as well as the surgeon's assessment of the nasal anatomy are important components in the determination of the need for surgical intervention, no studies have utilized the validated NOSE instrument of subjective complaint of nasal obstruction combined with objective measurements of dynamic airflow. Rhinomanometric measurements can be used to further validate the NOSE instrument both preoperatively and postoperatively.
Recruitment & Eligibility
- Status
- WITHDRAWN
- Sex
- All
- Target Recruitment
- Not specified
- 18 years or older
- history of nasal surgery, currently using topical nasal steroid spray, over the counter decongestant, history of recurrent epistaxis or history of nosebleed within 2 weeks prior to data collection, currently pregnant
Study & Design
- Study Type
- OBSERVATIONAL
- Study Design
- Not specified
- Primary Outcome Measures
Name Time Method change in resistance to airflow after stents inserted as measured by rhinomanometer data collection occurs at one time only, takes less than 5 minutes to record
- Secondary Outcome Measures
Name Time Method subjective decrease in nasal obstruction after stents placed recorded by volunteers filling out a survey recorded at time of stent placement, one time only
Trial Locations
- Locations (1)
University of Iowa Department of Otolaryngology
🇺🇸Iowa City, Iowa, United States