Correction of Post-Surgical Temporal Hollowing with Adipo-Dermal Grafts: A Case Series.
Stefano AndreoliDavide BrucatoDaniel SchmaussYves HarderPublished in: Journal of clinical medicine (2024)
Background: Surgical dissection and partial detachment of the temporalis muscle during neurosurgical procedures might result in a temporal depression known as "temporal hollowing". Reconstructive procedures to correct this condition include the implantation of synthetic materials (e.g., hydroxyapatite, methacrylate or polyethylene), injection of autologous fat or fillers as well as the use of flaps (e.g., temporo-parietal local flap and latissimus dorsi free flap). However, none of these techniques proved to be an ideal option due to a high complication rate or need for invasive and complex surgery. Adipo-dermal grafts are autologous; the resorption rate seems to be limited and the complexity of the procedure is minor. Moreover, autologous fat grafting can be performed to enhance the final outcome by correcting residual contour deformities. Methods : In this series of five patients, an institutional experience is presented using multi-layered adipo-dermal grafts harvested from the supra-pubic area for the restoration of volume and contour in post-surgical temporal hollowing. During the last follow-up, patients were asked to express their satisfaction, which was assessed by a survey. Results : this approach demonstrates a marked improvement in temporal hollowing associated with a low complication rate and good patient satisfaction. Conclusions : the aim of this consecutive case series is to emphasize the effectiveness of this surgical technique as one of the options to address temporal hollowing.
Keyphrases
- end stage renal disease
- ejection fraction
- newly diagnosed
- chronic kidney disease
- bone marrow
- minimally invasive
- patient satisfaction
- adipose tissue
- randomized controlled trial
- cell therapy
- prognostic factors
- stem cells
- coronary artery disease
- fatty acid
- mesenchymal stem cells
- percutaneous coronary intervention
- wound healing
- patient reported
- coronary artery bypass
- hyaluronic acid
- reduced graphene oxide