1
Motion of isolated vibrissae was measured using a video camera with microscope.
2
Nasal vibrissae were then trimmed, and the participants repeated the subjective and objective assessments.
3
Most of them continuously made use of their eyes, their noses, and their vibrissae.
4
The vibrissae are arranged around muzzle of an animal.
5
Objective: To assess the impact of nasal vibrissae on subjective and objective measurements of nasal obstruction.
6
No published research exists that describes the impact of nasal hair (vibrissae) on nasal obstruction.
7
These findings support further study of the potential benefit of the reduction of vibrissae density in some patients with nasal obstruction.
8
Instead, we found that Sostdc1 limits the number of developing vibrissae and other muzzle hair follicles, and the size of primary hair placodes.
9
Methods: In this prospective study, 30 healthy participants without nasal symptoms were assessed for baseline vibrissae density and were treated with a topical decongestant.
10
We found that at early postnatal ages (P5) medial S1 was composed almost exclusively of the representation of the vibrissae.
11
"I thought that the vibrissae about my nostrils detected something unique while I was outside."
12
Motion of isolated vibrissae was measured using a video camera with microscope.
13
Nasal vibrissae were then trimmed, and the participants repeated the subjective and objective assessments.
14
Most of them continuously made use of their eyes, their noses, and their vibrissae.
15
The vibrissae are arranged around muzzle of an animal.
16
Objective: To assess the impact of nasal vibrissae on subjective and objective measurements of nasal obstruction.