The feeling of nasal patency is related to the dimensions of the nasal cavity. After aesthetic
reduction rhinoplasty, the cross‐sectional areas of the nose may decrease critically. In this …

We introduce acoustic rhinometry as a new, objective method to assess the geometry of the
nasal cavity. The cross‐sectional area of the nasal cavity as a function of distance from the …

This is a prospective study evaluating the role of acoustic rhinometry (AR) in the
measurement of nasal patency before and after surgery for nasal obstruction. We examined …

The aims of this study are to assess nasal valve cross-sectional areas in healthy noses and
in patients with nasal obstruction after rhinoplasty and to evaluate the effect of an external …

The clinical value of acoustic rhinometry (AR) is its ability to measure the dimensions of the
nasal cavity in terms of a curve describing the cross-sectional areas as a function of …

Acoustic rhinometry (AR) was used to objectively measure the success of septoplasty in
relieving nasal obstruction caused by septal deviation. In addition, the patients were given a …

Fifty patients who primarily desired cosmetic improvement underwent nasal airflow studies
using posterior rhi‐nomanometry before and after reduction rhinoplasty. There was no …

INTRODUCTION: Acoustic rhinometry is a relatively new tool used for the measurement of
the geometry of the nasal fossa. We hypothesized that acoustic rhinometry would be useful …

Acoustic rhinometry evaluates the geometry of the nasal cavity with acoustic reflections and
provides information about nasal cross-sectional area and nasal volume within a given …

Acoustic rhinomelly now has an established place in the rhinology laboratory as a measure
of nasal geometry. We aimed to investigate several aspects of technique in order to offer …