Pregnancy Termination Policy and Cleft Lip and Palate.

BACKGROUND: Restrictive policies on termination of pregnancy (TOP) may lead to more infants with congenital abnormalities. This study aims to assess the association between state-wide enactment of TOP restriction and cleft lip and/or palate (CL/P) incidence and identify mediating demographic characteristics. METHODS: This study examines state-specific trends in CL/P incidence in infants before and after implementing laws restricting TOP in MI compared to NY, where no such laws were passed. The percent change of CL/P incidence per 1000 live births in post-policy years (2012-2015) compared to pre-policy years (2005-2011) was compared while adjusting for confounding factors in multivariate models. RESULTS: The incidence of CL/P changed significantly in MI (19.1%) versus NY (-7.31%). Adjusting for sex, race/ethnicity, median household income level, and expected payer revealed that the adjusted percent difference between MI and NY was 53.3% (p <0.001). Stratification by race/ethnicity and median household income demonstrated that changes were only significant amongst Black (139%, p<0.001) and Hispanic (125%, p=0.045) patients or of those from the lowest (50.3%, p<0.001) and second lowest (40.1%, p=0.01) income quartiles. CONCLUSIONS: Our research, combined with the recent Dobbs Supreme Court decision allowing states to place further restrictions on TOP, suggests that more infants in the future will be born in need of treatment for CL/P.

Parents' Perceptions of Social Media Use by Pediatric Plastic Surgeons.

BACKGROUND: Pediatric craniofacial surgeons face specific ethical and professional concerns regarding the growth of social media use in plastic surgery. The authors sought to elucidate parents' views on social media use by pediatric craniofacial surgeons. In addition, the study examines issues of consent, assent, and exploitation. METHODS: An anonymous, 51-question, multiple-choice survey investigating parents' views of pediatric plastic surgeons' social media use was crowdsourced through Prolific.Co. RESULTS: A total of 681 parents responded to the survey. Of the 656 included respondents, 88% to 93% believe that surgeons need to obtain consent from the parents to post pictures of the pediatric patient on social media, regardless of age. Respectively, 84.5% and 75% of respondents believe the surgeon needs to document assent from the 12- and 10-year-old patient. Parents who follow plastic surgeons on social media are more likely to agree that assent needs to be documented from all pediatric patients, regardless of age, before posting pictures on social media. The mean age at which respondents believe physicians should be required to elicit assent from the pediatric patient to post pictures was 9.65 years. Approximately 40% of respondents felt that patients portrayed in pictures on social media were being exploited, irrespective of the child's stated age. CONCLUSIONS: Plastic surgeons need to recognize parents' perceptions regarding social media use when considering posting pictures of pediatric patients on social media. The data suggest that surgeons should elicit assent from patients as young as 9 years before posting pictures on social media.

Evolving the Cybersecurity of Clinical Photography in Plastic Surgery.

Point-of-care photography and photo sharing optimize patient outcomes and facilitate remote consultation imperative for resident surgeons. This literature review and external pilot survey study highlight the risks associated with current practices concerning patient privacy and biometric security. In a survey of 30 plastic surgeon residents and attendings, we found that the majority took photos of patients with their iPhones and shared them with colleagues via Apple iMessage. These findings corroborate previous reports and highlight a lack of physician user acceptance of secure photo-sharing platforms. Finally, we frame a successful example from the literature in the context of a postulated framework for institutional change. Prioritizing the privacy and safety of patients requires a strategic approach that preserves the ease and frequency of use of current practices.

The Innovation Press: A Primer on the Anatomy of Digital Design in Plastic Surgery.

ABSTRACT: Three-dimensional (3D) printing continues to revolutionize the field of plastic surgery, allowing surgeons to adapt to the needs of individual patients and innovate, plan, or refine operative techniques. The utility of this manufacturing modality spans from surgical planning, medical education, and effective patient communication to tissue engineering and device prototyping and has valuable implications in every facet of plastic surgery. Three-dimensional printing is more accessible than ever to the surgical community, regardless of previous background in engineering or biotechnology. As such, the onus falls on the surgeon-innovator to have a functional understanding of the fundamental pipeline and processes in actualizing such innovation. We review the broad range of reported uses for 3D printing in plastic surgery, the process from conceptualization to production, and the considerations a physician must make when using 3D printing for clinical applications. We additionally discuss the role of computer-assisted design and manufacturing and virtual and augmented reality, as well as the ability to digitally modify devices using this software. Finally, a discussion of 3D printing logistics, printer types, and materials is included. With innovation and problem solving comprising key tenets of plastic surgery, 3D printing can be a vital tool in the surgeon's intellectual and digital arsenal to span the gap between concept and reality.

A Novel Approach to Preventing Temporal Hollowing Using Virtual Surgical Planning and Suture Suspension of the Temporalis Muscle.

Cranioplasty is a well-described technique used to restore the contour and function of calvarial defects using various alloplastic implants and autologous bone grafts. However, unsatisfactory esthetic outcomes after cranioplasty are frequently reported, specifically postoperative temporal hollowing. Temporal hollowing arises when the temporalis is inadequately resuspended after cranioplasty. Several methods to prevent this complication have been described with variable degrees of esthetic improvement, but no single method has proven superior. Herein the authors present a case report demonstrating a novel approach to resuspending the temporalis that incorporates holes in the custom cranial implant to allow for resuspension of the temporalis through suture fixation to the implant.

Maximizing the Virtual Surgical Planning Session for Orthognathic Surgery.

Virtual surgical planning (VSP) and computer-aided design/computer-aided manufacturing have become essential tools for planning orthognathic surgery. Despite widespread use, empirical gaps still exist in the literature regarding the logistics of the orthognathic planning session itself. More precisely, there is a need to explicate the VSP workflow on which specific parameters are needed for a translation into 3D software. Although each surgeon has his/her theoretical framework, none have been elucidated to properly communicate the necessary pieces of information needed to plan the correction of a variety of dentofacial deformities. The authors provide an outline for conducting a successful VSP planning session for orthognathic surgery.

Trends in Craniofacial Fellowship Career Outcomes: A Call for Expanding Professional Opportunities in Craniofacial Surgery.

PURPOSE: Limited available pediatric plastic surgery positions fail to accommodate the increasing number of craniofacial fellows trained annually. However, many adult indications have increased the demand for craniofacial expertise. Given new opportunities available to craniofacial surgeons, the authors aim to evaluate career prospects for recent craniofacial graduates and explore additional career opportunities. METHODS: Upon approval from the American Society of Craniofacial Surgeons (ASCFS), an anonymous online survey invitation was sent to craniofacial fellows who graduated from 2016 to 2021. Respondents were queried regarding their craniofacial fellowship and subsequent career prospects. RESULTS: A total of 124 eligible participants were identified, of which 30 (24.2%) responded. Craniomaxillofacial case distribution at respondents' current practices varied, with 42.3% reporting a 50% to 75% craniofacial caseload and 38.5% reporting less than 25%. Craniofacial trauma reconstruction was performed most at current positions (92.3%), followed by general reconstruction (92.3%) and breast surgery (69.2%); the least commonly performed was facial feminization (23.1%). Most respondents desired an increased craniomaxillofacial caseload (65.4%). However, 26.9% were unable to secure their current position before fellowship completion, and 80.0% cited limited craniofacial job availability. Recommendations to improve fellowship comprehensiveness and increase candidate competitiveness included increased facial feminization, facial esthetic, and microsurgical experience. CONCLUSION: To adapt to trends in craniomaxillofacial surgery, ASCFS should encourage developing fellowships that increase exposure to gender-affirming, adult craniofacial reconstruction, orthognathic, and skeletal facial esthetic surgery. Expanding training beyond congenital deformities can provide additional employment opportunities while maintaining excellence and innovation in facial plastic surgery.

A Look Back: A Single Surgeon's Experience Using Virtual Surgical Planning in Adult Orthognathic Surgery.

The evolution of virtual surgical planning (VSP) in the last 2 decades has led to improved precision and efficiency for orthognathic surgery, both pre- and intraoperatively. This study evaluates a single surgeon's experience with this technology over the past 6 years. Patients undergoing orthognathic surgery using VSP with the senior author between 2015 and 2021 were retrospectively reviewed. Virtual surgical planning -specific data including incidence of midline/cant correction, occlusal equilibration, serial splints, segmental osteotomies, and custom plates were recorded and analyzed. Sixty patients undergoing orthognathic surgery using simulated VSP in the study period were retrospectively reviewed. Mean age at time of surgery was 23.5±7.9 years. Forty-nine patients (81.7%) underwent LeFort I osteotomy combined with at least 1 additional procedure (eg,unilateral or bilateral sagittal split osteotomy, condylectomy, genioplasty, etc.). Twenty-six (43.3%) of patients in the studied cohort underwent maxillary midline correction, 30.0% required occlusal equilibration, 36.7% underwent maxillary molar cant correction, 30.0% underwent mandibular cant correction, and 21.7% required both maxillary and mandibular cant correction. Three patients required serial splinting, and 15 patients (25.0%) required modification of splint design. Custom plates were utilized in 15 patients (25.0%). This study demonstrates the utility of VSP in accurately detecting occlusal cants, asymmetry, and occlusal interferences. Virtual surgical planning also allows for a dynamic preoperative planning process, offering the surgeon a high degree of versatility in splint design, and the ability to fabricate multiple customized splints for each case. This is particularly useful in patients with limited or unpredictable soft tissue elasticity.

A 10-Year Retrospective Review of the Nonsurgical Treatment of Infant Ear Anomalies.

BACKGROUND: A review of a single surgeon's 10-year experience treating congenital ear anomalies using nonsurgical ear molding is presented. This study assesses the efficacy of treating a variety of anomalies in infants with age ranging from younger than 1 week to 22 weeks and identifies potential barriers to care. METHODS: A retrospective chart and photographic review of 246 consecutive infants treated with ear molding between 2010 and 2019 was undertaken. Data regarding patient demographics, anomaly classification, device selection, treatment duration, adverse events, and satisfaction with outcomes were collected. RESULTS: This study included 385 infant ear anomalies in 246 patients. Median age at initiation of treatment was 16 days and median treatment duration was 29.5 days. A median number of three devices was needed to complete bilateral treatment. Treated anomalies included mixed deformity, helical rim, prominent, lidding/lop, Stahl ear, conchal crus, cupping, and cryptotia. Complications occurred in 47 patients, with skin breakdown being the most common [26 patients (55.3 percent)]. Satisfaction rate was 92 percent in 137 surveyed parents. Median patient household income was approximately $112,911, and treatment was covered by insurance for 244 of 246 patients. CONCLUSIONS: The study outcomes demonstrate that ear molding can be effective in patients as old as 22 weeks without compromising treatment duration or complexity. In addition, in the authors' experience, molding is an effective treatment for the majority of infant ear deformities. Despite a steady increase in patient volume over the past 10 years and consistent coverage of treatment by insurance, the authors' catchment area continues to be largely limited to affluent households. CLINICAL QUESTION/LEVEL OF EVIDENCE: Therapeutic, IV.

Evolution of Anomaly-Specific Techniques in Infant Ear Molding: A 10-Year Retrospective Study.

BACKGROUND: Congenital ear anomalies occur in at least one-third of the population, and less than one-third of cases self-correct. Ear molding is an alternative to surgery that spares operative morbidity and allows for significantly earlier intervention. In this retrospective study, the senior author (S.B.B.) developed a tailored approach to each specific type of ear deformity. The use of modifications to adapt standard ear molding techniques for each unique ear are described. METHODS: The authors conducted a retrospective, institutional review board-approved study of 246 patients who underwent ear molding performed by a single surgeon. The procedure reports for each case were reviewed to develop stepwise customization protocols for existing EarWell and InfantEar systems. RESULTS: This review included 385 ears in 246 patients. Patient age at presentation ranged from less than 1 week to 22 weeks. Presenting ear deformities were subclassified into mixed (37.4 percent), helical rim (28.5 percent), prominent (10.6 percent), lidding/lop (9.3 percent), Stahl ear (3.6 percent), conchal crus (3.3 percent), and cupping (2.8 percent). Two patients (0.8 percent) had cryptotia. Deformity subclass could not be obtained for 11 patients (4.5 percent). Recommended modifications to existing ear correction systems are deformity-specific: cotton-tip applicator/setting material (Stahl ear), custom dental compound mold (lidding/lop and cupping), scaphal wire (helical rim), cotton-tip applicator/protrusion excision (prominent), and custom dental compound stent (conchal crus). CONCLUSIONS: Presentation of ear anomalies is heterogenous. This 10-year experience demonstrates that the approach to ear molding should be dynamic and customized, using techniques beyond those listed in system manuals to complement each ear and to improve outcomes. CLINICAL QUESTION/LEVEL OF EVIDENCE: Therapeutic, IV.

Incorporating the Osseous Genioplasty Into Rejuvenation of the Lower Face.

BACKGROUND: The chin plays a critical role in the shape, projection, and soft tissue support of the lower face. Osseous genioplasty is a powerful tool in facial rejuvenation as it allows for optimal control of the resulting chin dimensions and improvement in submental and submandibular laxity. Osseous genioplasty can be used alone or in combination with other facial rejuvenation procedures to achieve an optimal result. OBJECTIVES: The aim of this study was to present the senior author's approach to skeletal analysis of the lower facial third and propose an algorithm that can be used to optimize skeletal support of the overlying soft tissue laxity while maintaining an aesthetic facial shape and proportion of the chin. METHODS: All patients undergoing cosmetic osseous genioplasty for soft tissue rejuvenation of the lower face and/or perioral region with the senior author between 2010 and 2021 were retrospectively reviewed. Complications, including infection, numbness, and prolonged ecchymosis, were recorded. RESULTS: A total of 37 patients underwent cosmetic osseous genioplasty. The average age of the cohort was 44.5 years. Twenty-six patients (70.3%) were female. Eleven patients (29.7%) underwent genioplasty alone. In addition to genioplasty, 8 patients (21.6%) underwent orthognathic surgery, 5 patients (13.5%) underwent platysmaplasty and liposuction, and 2 patients (5.4%) underwent facelift. The authors propose an algorithm to guide evaluation of the lower facial third to help determine the possible role of osseous genioplasty for facial rejuvenation based on each patient's unique facial characteristics. CONCLUSIONS: In properly selected patients, osseous genioplasty can improve lower facial projection, submandibular laxity, and perioral soft tissue support while also optimizing facial shape and proportion.

A surgeon's perspective on the uncorrected skeletal deformity. Part II: The role of esthetic surgery for orthognathic camouflage.

Orthognathic camouflage refers to the use of procedures other than traditional orthognathic surgery for correction of facial dysmorphology that reflects underlying skeletal discrepancy that was either not addressed on initial orthodontic evaluation or not corrected by nonsurgical treatment of the malocclusion. The authors aim to illustrate to the orthodontic community the common clinical presentation of patients who seek consultation from a surgeon citing dissatisfaction with their facial appearance secondary to orthodontic correction of the malocclusion with dental compensation but without surgical correction of the underlying skeletal discrepancy. This article summarizes the orthognathic camouflage procedures that are available as options for correction of such deformities without subjecting the patient to the potential morbidity and prolonged recovery associated with orthognathic surgery. This manuscript represents Part II of a two-part series describing a surgeon's approach to patients who present with facial skeletal disharmony after orthodontic treatment with dental compensation for malocclusions associated with an underlying skeletal discrepancy.

A surgeon's perspective on the uncorrected skeletal deformity. Part I: Unintended consequences on facial structures and esthetic harmony.

It is not uncommon for orthodontists to encounter patients whose malocclusion results, at least in part, from an underlying skeletal discrepancy. In many patients, these discrepancies can be fully corrected with growth modification with or without dental compensation to achieve a Class I occlusal relationship. A subset of patients with moderate skeletal deformities in whom surgery is ideally indicated but who choose to defer surgical treatment may be at risk for long-term adverse consequences on facial esthetics. As a surgeon who performs both orthognathic and facial esthetic surgery, the senior author has had the opportunity to appreciate the contributions of underlying skeletal deformities to his patients' esthetic concerns. These patients often present years after orthodontic treatment with complaints of early facial soft tissue laxity, facial disproportion, and overall dissatisfaction with facial appearance. The authors hope to illustrate to the orthodontic community the clinical picture of adult patients who present to the offices of surgeons dissatisfied with their appearance secondary to the uncorrected skeletal deformity. This paper aims to increase orthodontists' awareness of the long-term effects of uncorrected skeletal dysplasia on facial appearance. The ultimate goal is to allow the informed consent process to incorporate these esthetic consequences and to facilitate patient decision making. This article serves as Part I of a 2-part series reviewing a surgeon's approach to patients who present with facial skeletal disharmony after orthodontic treatment with dental compensation.

Custom Plates in Orthognathic Surgery: A Single Surgeon's Experience and Learning Curve.

BACKGROUND: Virtual surgical planning (VSP) now allows for the fabrication of custom plates in orthognathic surgery. The senior author was an early adopter, using VSP and stereolithographic splints for over a decade, before transitioning to custom plates in 2019. The authors present our experience and learning curve with this new technology and compare results to a prior cohort of orthognathic patients. METHODS: A retrospective chart review identified patients undergoing orthognathic surgery with the senior author between 2016 and 2021. All underwent VSP and stereolithographic splint formation, and then either traditional or custom-plate fixation. Demographics, perioperative variables, and postoperative outcomes were analyzed. Traditional fixation consisted of craniomaxillofacial plates, bent intraoperatively by the surgeon to adapt to the facial skeleton. Custom plates were prefabricated and prebent to fit drill holes outlined by customized cutting guides. RESULTS: Forty-three patients underwent surgery in the study period, 25 (58.1%) with traditional fixation hardware and 18 (41.9%) with custom plates. The surgical technique evolved throughout the custom-plate cohort, with the most recent technique involving custom maxillary plate fixation and traditional mandibular plate fixation. When comparing this group of patients to the prior cohort of traditional fixation patients, operative time significantly decreased (mean 233 minutes versus 283 minutes, P = 0.044), without significant difference in complications. CONCLUSIONS: Patient-specific cutting guides and custom plates allow for precise spatial positioning of the osteotomized jaw in the orthognathic surgery. Unsurprisingly, obstacles must be overcome in adopting this new technology; here, we outline our experience and technical modifications that have resulted in increased surgical efficiency with comparable outcomes.

Serial Excision for Treatment of Non-melanoma Skin Cancer.

Mohs micrographic surgery (MMS) has become the predominant modality of excision for non-melanoma skin cancers (NMSC). Patients are referred for MMS under the assumption that it is the most effective procedure for definitive removal of the cancer while also allowing for maximal tissue preservation to achieve optimal cosmesis. The objective of this study was to investigate outcomes of serial excision (SE) as an alternative excision modality for NMSC. METHODS: Patients undergoing SE for basal cell carcinoma or squamous cell carcinoma by the senior author from 2009 to 2020 were retrospectively reviewed. Patient demographics, lesion characteristics, and excision characteristics were recorded. The primary outcome was the number of excisions required to achieve negative margins. RESULTS: In total, 129 patients with 205 NMSC lesions were retrospectively reviewed. An estimated 69 lesions (33.7%) were located in high risk areas, as defined by the National Comprehensive Cancer Network. Negative margins were achieved in 191 (93.2%) lesions. In 88.3% of lesions (n = 181/205), negative margins were achieved in 2 or less excisions. 12 lesions (5.9%) were referred for MMS. CONCLUSIONS: Our results demonstrate that SE is an effective modality for definitive removal of NMSC. Recent research reveals that SE is much less expensive than MMS, and therefore places a smaller financial burden on the patient and the healthcare system as a whole. Relative to MMS, SE offers similar if not increased benefits for lower cost. Our findings highlight the need to critically reassess the select indications for MMS.