Normal and variant anatomy of the nasal tip.

A thorough understanding of nasal tip anatomy is a prerequisite to understanding the nuances of restructuring the nasal tip. The three-dimensional structural anatomy of the nasal tip is complex. Additionally, the interrelationship between these structures determines the ultimate form and function of the nasal tip. As a result, alteration of one structure in the tip will often lead to change in other portions of the nasal tip. This dynamic concept of anatomy in the nasal tip makes proper alteration of the nasal tip one of the most challenging tasks faced by a rhinoplasty surgeon. This article provides a fundamental knowledge of the normal anatomy of the tip structures and how their interaction with each other determines the shape and support of the lower portion of the nose. It also provides a description of some common variants of tip anatomy that cause patients to seek consultation for rhinoplasty. A proper understanding of the concepts presented provides a foundation to build on as the reader continues to explore the "nuances of the nasal tip."

Recurrent laryngeal nerve monitoring versus identification alone on post-thyroidectomy true vocal fold palsy: a meta-analysis.

OBJECTIVES/HYPOTHESIS: To compare by meta-analysis the effect of recurrent laryngeal nerve (RLN) monitoring versus RLN identification alone on true vocal fold palsy rates after thyroidectomy. STUDY DESIGN: Systematic review and meta-analysis. METHODS: A search of MEDLINE (1966-July 2008), EMBASE (1980-July 2008), Cochrane Central Register of Clinical Trials (CENTRAL), Cochrane Database of Systematic Reviews, clinicaltrials.gov, and The National Guideline Clearinghouse databases was performed. References from retrieved articles, presentation data, and correspondence with experts was also included. All authors used a detailed list of inclusion/exclusion criteria to determine articles eligible for final inclusion. Two authors independently extracted data including study criteria, methods of vocal fold function assessment, laryngeal nerve monitor type, and surgical procedure. Odds ratios (OR) were pooled using a random-effects model. Associations with patient and operative characteristics were tested in subgroups. RESULTS: One randomized clinical trial, seven comparative trials, and 34 case series evaluating 64,699 nerves-at-risk were included. The overall incidence of true vocal fold palsy (TVFP) was 3.52% for intraoperative nerve monitoring (IONM) versus 3.12% for nerve identification alone (ID) (OR 0.93; 95% confidence interval [CI], 0.76-1.12]. No statistically significant difference in transient TVFP (2.74% IONM vs. 2.49% ID [OR 1.07, 95% CI, 0.95-1.20]), persistent TVFP (0.75% IONM vs. 0.58% ID [OR 0.99, 95% CI, 0.79-1.23]), or unintentional RLN injury (0.12% IONM vs. 0.33% ID [OR 0.50, 95% CI, 0.15-1.75]) was found. CONCLUSIONS: This meta-analysis demonstrates no statistically significant difference in the rate of true vocal fold palsy after using intraoperative neuromonitoring versus recurrent laryngeal nerve identification alone during thyroidectomy.

Complications and management of septoplasty.

Septoplasty is a common procedure in otolaryngology used to address nasal obstruction caused by a deviated nasal septum. It is often accompanied by inferior turbinate reduction. Complications that may arise from this procedure include excessive bleeding; cerebrospinal fluid rhinorrhea; extraocular muscle damage; wound infection; septal abscess; toxic shock syndrome; septal perforation; saddle nose deformity; nasal tip depression; and sensory changes, such as anosmia or dental anesthesia. Local and general anesthetics have been used to successfully perform septoplasty and the operation may be done either endoscopically or open. Overall, good intraoperative visualization is a key factor in preventing complications and achieving a functional nasal airway.

Clinical course following endoscopic repair of type 1 laryngeal clefts.

OBJECTIVES: Treatment of type I laryngeal clefts (T1LCs) remains controversial. We present our experience with 16 endoscopic T1LC repairs to evaluate the effect of patient characteristics and surgical technique on outcomes. METHODS: A retrospective study was performed. Diagnosis of T1LC was made by interarytenoid palpation during operative microlaryngoscopy. Two surgeons performed endoscopic repair using either microflap reconstruction or laser demucosalization and reapproximation. All patients received preoperative and postoperative modified barium swallow (MBS) studies. Improved MBS at 3-5 months determined success of repair. Factors contributing to success of repair were analyzed statistically. RESULTS: No intraoperative complications occurred. One T1LC repair dehisced after 3 months. Overall, 11 of 16 repairs (68.8%) were successful. Mean age at repair was 23.3 months. Length of stay for microflap repair was significantly shorter than for laser reapproximation (0.89 days vs. 4.6 days, p<0.001, two-tail t-test). The difference in patient age between failures and successes (21.3 months vs. 24.2 months) was non-significant (p=0.661, two-tail t-test). Success for the nine patients receiving microflap reconstruction (77.8%) vs. the seven receiving laser reapproximation (57.1%) is comparable (p=0.596, Fisher's exact test). No correlation between comorbidities and failure was found (p>0.05, Fisher's exact test). CONCLUSIONS: This series matches the largest reported series of endoscopic T1LC repairs. Success rates were lower than in previously reported studies, and comorbidities were higher. However, comorbidities did not contribute to surgical failure. No difference in outcome was seen between the two endoscopic techniques. Microflap repair may require a shorter hospital stay.