"Outcomes of the Use of Fresh Frozen Costal Cartilage in Rhinoplasty".

BACKGROUND: Rhinoplasty is made more challenging when there is insufficient septal cartilage for use as graft material. Several autologous and homologous graft options have been used in the past, though each comes with its own set of challenges. Fresh frozen costal cartilage (FFCC) is an increasingly popular alternative that yields the benefits of homologous tissue while having a lower theoretical risk profile. Given the relatively novel nature of this option, this study aims to analyze the complication rates of MTF (Musculoskeletal Transplant Foundation) FFCC. METHODS: A retrospective chart review of the use of FFCC in rhinoplasty in the senior author's practice was conducted between March 2018 to December 2021. 282 cases were reviewed and analyzed for rates of infection, warping, and resorption. The inclusion criteria were cases with a minimum of 12 months of follow-up. RESULTS: The mean age of our study group was 35.8 years old, with 27 males and 255 females. 40 cases were primary rhinoplasties while the remaining 242 were revisions. Mean follow-up period was 20.3 months. Six patients (2.1%) required empiric antibiotics postoperatively, zero patients had clinical signs of warping, resorption, or displacement, and six patients (2.1%) required operative revision unrelated to the FFCC. CONCLUSIONS: This study provides long-term follow up data on the complication profile of FFCC in rhinoplasty. Acute infection, warping, and resorption rates were found to be no greater than rhinoplasty complication rates when autologous or homologous tissue are used. FFCC is a safe, convenient, and patient-centered option for graft tissue in rhinoplasty.

The Nomenclature, Terminology and Lexicon of Breast Surgery: Are We Really Saying the Same Thing?

This study investigated inconsistencies in the use of descriptors in breast surgery and recommends a novel nomenclature that will be adopted and standardized among plastic surgeons. The study used a modified Delphi methodology to first identify redundant descriptors or those with multiple interpretations, and then achieve consensus on ideal recommended nomenclature in breast surgery. The Delphi panel agreed that there was misuse of and lack of a clear definition for several terms, and recommended removal of these subjective terms. Replacement with more anatomic nomenclature was suggested. Stretch deformity, pectoral banding, and implant-gland mismatch were introduced as new terms.

Painful pediatric traumatic neuroma: surgical management and clinical outcomes.

PURPOSE: Painful neuromas can limit function and decrease quality of life. Although management of traumatic neuromas in adults is well represented in the literature, traumatic neuromas are seen less frequently in children and adolescents, and their management is underrepresented in the literature. We present a sample of our clinical experience with painful pediatric neuromas and describe the surgical management and clinical outcomes of these cases. METHODS: A retrospective case review was conducted on patients treated at our pediatric tertiary care center. The same surgeon was responsible for management and follow-up of all patients. RESULTS: The sample of five patients was 60 % female and had a mean age of 12.2 (3-16) years. Each case was managed using a different surgical technique. All the patients had acceptable outcomes with a mean post-operative pain score of 0.4 (0-2) out of 10 and no residual functional outcomes. CONCLUSIONS: It is important for clinicians to recognize that pediatric patients develop painful neuromas following nerve trauma and to understand the neurophysiologic basis for their management. Our report demonstrates that many of the techniques that we use for neuroma repair in adults are applicable in the pediatric population.