Various Applications of Deep Temporal Fascia in Rhinoplasty

PURPOSE: In Asians, nasal dorsal and tip augmentation procedures are usually performed at the same time, and most dorsal augmentations use implants. In this study, dorsal augmentation was given by various types of grafts using deep temporal fascia (DTF) for primary rhinoplasty cases using only autologous tissues to improve the curve of hump noses and depressions. For secondary rhinoplasty cases, DTF was used to improve implant demarcation and transparency. Such effectiveness and utility of DTF is discussed. MATERIALS AND METHODS: Between May 2009 and May 2012, we performed rhinoplasty using DTF in 175 patients, which included 78 secondary surgery patients and 128 female patients. The mean age of the patients was 31.4. DTF was utilized with various types of grafts without implants to improve the curve in dorsal augmentation of hump noses and cases that required curve betterment. DTF was used to improve implant demarcation and transparency for secondary cases. RESULTS: The mean follow-up duration was 1.5 years. Of the 175 patients, 81% were satisfied with the natural correction achieved, whereas 19% complained of undercorrection, which was resolved with additional surgery. No specific complications such as nasal inflammation or contractures were observed. CONCLUSION: DTF can be used with various graft methods for correction of radix, dorsal, and tip irregularities. It can also be used to correct implant contour transparency in secondary rhinoplasty and thus may be considered as a useful supplementary graft material in rhinoplasty for Asians.

Spacer graft using deep temporal fascia in the treatment of paralytic ectropion / 나학회지

BACKGROUND: Spacer graft is known to be a very effective surgical method in the treatment of paralytic ectropion. OBJECTIVE: This study was performed to evaluate deep temporal fascia as a spacer instead of Alloderm in spacer graft to correct paralytic ectropion. METHODS: In seven patients with the lower lid ectropion as a sequela of Hansen's disease, a strip of deep temporal fascia, 4.0cm long and 0.5cm wide, was obtained from the scalp. A separation between the tarsal plate and the capsulopalpebral fascia was made and the strip was inserted into the space. Two ends of the strip were fixed to the medial and lateral canthal ligaments respectively like a sling. RESULT: In all patients, immediate postoperative improvement was achieved, which was to the same degree in the patients treated with Alloderm previously reported. And no serious complications were observed in both donor and graft sites. CONCLUSION: As a spacer in spacer graft, patient's own deep temporal fascia shows good cost-effectiveness ratio and can be an alternative to Alloderm. However, further studies are neccessory to find out the long term efficacy, especially recurrence.

A New Path of Dissection in the Temporal Region to Avoid Injury of the Temporal Fat Pad

The coronal incision is a useful approach to the upper and middle thirds of the facial skeleton, but injury of the frontal branch of the facial nerve can be possible. The authors experienced 56 cases from 31 patients in which trauma to the temporal fat pad and the facial nerve was avoided by dissecting beneath the deep layer of the deep temporal fascia during temporal dissection in subperiosteal face lift, frontofacial monobloc advancement, Le Fort III osteotomy, and open reduction of zygomatic arch fracture. The advantages of this approach include avoiding injury to the facial nerve and minimal bleeding, thereby allowing for an easy and more rapid procedure. Furthermore, there was no development of postoperative temporal depression. This approach is particularly useful for subperiosteal face lifts, procedures requiring exposure of the zygomatic arch, or procedures requiring access to the mid face.