Rhinoplasty
Description
Young woman with prominent dorsal hump.
The nose is long and narrow, without significant deviation.
The nasal tip is well defined, with some prominence of the cephalic margins of the lower lateral nasal cartilage.
The nasolabial angle (columella to upper lip) is acute (< 90 degrees).
Work-up
History
Identify specific concerns with appearance of nose.
Difficulty with breathing or history of snoring.
Prior nasal surgeries or smoking history.
Motivating factors: Personal (internal) desire or external pressure.
Physical examination
Evaluate patient in front of a mirror.
Identify skin type, skin thickness, symmetry, and balance of facial aesthetic units.
Describe external nose by assessing frontal view, lateral view, and base view.
Frontal view: Allows assessment of balance, symmetry, shape, and tip contour, including the following: nasal bones and width, dorsal aesthetic lines, nasal deviation, contour irregularities, upper and lower lateral cartilage irregularities, alar width
Tip assessment: Evaluate bulbosity, tip-defining points, alar shape, nostril size and shape.
Lateral view: Allows assessment of nasal length, dorsum, tip, projection, rotation, alar–columellar relationship, radix height, frontonasal angle, chin projection, and anthropomorphic landmarks
Critical angles are the nasolabial angle (90 to 100 degrees in women, 90 degrees in men) and frontonasal angle (115 to 130 degrees).
Hypoplastic/retruded chin: May affect overall balance of face. Can consider concurrent genioplasty.
Base view: Allows assessment of nostril shape and size, columellar width, alar base width, length of medial crura, curvature of lateral crura, alar lobule thickness, septal position
Ideal base view is an isosceles triangle in which the upper third is tip lobule and lower two-thirds is columella/nare.
Internal examination: Includes evaluation of the nasal septum, internal and external nasal valves, turbinates, and lining
Cottle maneuver and examination with vasoconstriction should be performed to assess for airflow.