Deviated nose correction is difficult and constitutes a very different issue from septal deviation. When correcting this deformity, traces of asymmetry can be detected. The authors demonstrate facial asymmetry accompanying deviated noses, and such asymmetry is usually ignored by surgeons who typically concentrate only on nose deformities.A total of 5822 pre- and postrhinoplasty photographs related to 547 women and 124 men were reviewed. Out of the total population, the following 3 groups were selected: group A, gross nose and face asymmetry; group B, nose asymmetry with no facial deformity; group C, facial asymmetry with straight nose. Different measurements were applied to the selected photos, presented in . These included measurement from the lateral canthi to the lateral mouth corners (D1) and from the midface to each most lateral part of the zygomatic arch (D2). Measurements from one side were compared with those from the contralateral side to identify true anatomic differences, as presented in .(Table is included in full-text article.)(Figure is included in full-text article.)There was a significant difference in the nose and face deformity group, as evidenced by a meaningful difference in both the D1 and D2 measurements.We report a significant growth retardation of the midface and orbit on the concave side of the nose. This impediment may serve as the etiology for many asymmetries of the face and nose.

A bulky nose is a challenging issue to manage, and surgeons have not found the ultimate solution to this problem in the evolution of rhinoplastic surgery. Because of the multiplicity of techniques and controversies published in the literature, it has become confusing for the operating surgeon to find the most appropriate and effective way of solving this frustrating dilemma. The subcutaneous fat is the thickest in the supratip area, and the soft tissue thickness over the tip of the nose varies considerably from patient to patient. The focus of this study was to find a method for reducing the overlying soft tissue of the tip for better re-draping of skin over the nasal skeleton. The hallmark of this technique is to undermine the nasal skin in two layers. We believe that soft tissue trimming in biplane dissection can minimize the thickness of the tip skin in a relatively safe and homogeneous way. With this report we introduce a new method of dissection of nasal soft tissue and of trimming it in different areas of the nose for different purposes. In the authors' opinion, this approach is one of the most effective ways of handling unpliable, thick nasal skin.

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Elevation of the skin along with its deep fascia vascular network is a recent facility for flap design. The longitudinal trapezius fasciocutaneous flap was first introduced in 1996; at that time it did not receive much attention, although it has many significant benefits compared with other available procedures.Sixteen trapezius fasciocutaneous flaps were elevated in 15 patients for reconstruction of severe scarring of the neck and midface. All flaps were based on the deep branch of the transverse cervical artery and included the overlying fascia of the trapezius muscle. Delaying was applied for very long flaps. Two flaps developed minimal distal necrosis (Ͻ5 cm) due to longer pedicles (Ͼ10 cm below the muscle border). The results indicate that an extra-long back fascia flap based on the descending branch of the transverse cervical artery could be formed, which would be long enough to reconstruct the entire neck and safely transfer it to the midface.The vertical trapezius fasciocutaneous flap, with its abundant tissue, excellent blood supply, anatomic proximity, wide arc of rotation, and hidden donor site scar, provides a simple and reliable method for primary reconstruction of various midface and neck defects.

In a review of the recent literature, liposuction and tumescent fluid injection are accompanied by hazards of ischemia, flap necrosis, and wound dehiscence at the time of abdominoplasty. The problems that generate complaints from patients and dissatisfaction with tummy tuck surgery are: fullness of flanks and epigastric areas, lack of a posterior lumbar curve, hanging skin over the incision line, and visible scars over the flanks and beyond underwear or swimming suit coverage. The purpose of this article is to introduce modalities to perform liposuctioning of the whole abdomen without confronting the danger of ischemia or flap necrosis. Wide lipoaspiration at the time of abdominoplasty and removing the flanks and epigastric fullness result in a shorter incision line and more natural-looking abdomen. In this article, the authors explain their experience using a new method to omit the complications of classic abdominoplasty surgery in 56 cases performed over a 3-year period (2000-2003).