UK OMFS consultants and trainees strongly support the recommendations of the 2008 Postgraduate Medical Education and Training Board (PMETB) Review of Training in OMFS. The time for delivering them is now.

When the Postgraduate Medical Education and Training Board's (PMETB) Review of Oral and Maxillofacial Surgery (OMFS) Training was published in 2008 it contained five recommendations about OMFS training. As yet, none of these recommendations has been delivered. An online survey was designed to assess awareness of the PMETB review and the current views of OMFS trainees and consultants about its recommendations. Replies were invited using email and social media (WhatsApp, Twitter, and Facebook). As a result of using social media no denominator for the response rate was possible. A total of 304 responses were received, eight of which were anonymous. There was strong support for all the OMFS-specific recommendations: 1: the OMFS specialty should remain a dual medical and dental degree specialty (255, 84%); 2: OMFS training should be shortened (283, 93%); 3: OMFS training should start at the beginning of the second degree (203, 67%); 4: there should be a single medical regulator (General Medical Council) for OMFS (258, 85%); and 6: the need for a second Foundation Year should be removed (260, 86%). Other suggestions about improving OMFS training were also made by participants in the survey. There remains strong support within the specialty for the recommendations of the review. This support is present across consultants, specialty trainees, and those aiming for OMFS specialty training. Some of the original legislative obstructions to delivery of the recommendations have been removed by Brexit creating a unique opportunity for them to be delivered.

Morphometric Analysis of the Posterior Cranial Fossa in Syndromic and Nonsyndromic Craniosynostosis.

Posterior cranial fossa (PCF) anatomy can be abnormal in craniosynostosis, and hindbrain herniation may occur. This study analyzed PCF anatomy in single suture and complex craniosynostosis.Children with craniosynostosis and age-matched controls were identified. Cephalic index (CI) for cranial vault and PCF as well as tentorial (TA) and occipital angles (OA) were measured on preoperative imaging.Children with syndromic (N = 6), bicoronal (N = 4), sagittal (N = 12), and metopic synostosis (N = 4) as well as controls (N = 10) were enrolled. Mean CI for cranial vault was 0.89, 0.93, 0.65, 0.74, and 0.78, respectively. Corresponding CI for PCF was 0.81, 0.93, 0.62, 0.74, and 0.78. Mean TA and OA were 45.4° and 96.6° in syndromic, 39.7° and 87.0° in bicoronal, 34.0 and 75.0° in sagittal, 39.7° and 87.0° in metopic synostosis, and 42.9° and 88.3° in controls.While CI, TA, and OA in metopic synostosis were similar to controls, abnormalities were found in syndromic, bicoronal, and sagittal synostosis. Syndromic and bicoronal craniosynostosis patients had a higher CI for both cranial vault and PFC as well as larger TA and OA, indicating a brachycephalic skull with steep tentorium and narrow PCF. In sagittal synostosis, CI for cranial vault and PCF were lower and TA and OA smaller, reflecting scaphocephalic deformity also at PCF, with a flat tentorium. This study provides basic PCF morphometry in craniofacial conditions.

Telemetric Intracranial Pressure Monitoring in Syndromic Craniosynostosis.

Syndromic and nonsyndromic craniosynostosis can be associated with raised intracranial pressure (ICP). After corrective surgery, raised ICP persists or reoccurs in a subgroup of patients. The standard procedure for monitoring ICP is insertion of a percutaneous intraparenchymal probe for a limited time, usually 24 to 48 hours. However, in selected patients repeated ICP measurements might be useful in the clinical setting, and a noninvasive method for achieving this would be desirable. The authors present the use of a telemetric ICP monitoring system implanted during cranial vault expansion in a child with syndromic craniosynostosis. This system, once implanted, allows for noninvasive transdermal ICP readings and might represent a promising alternative to conventional ICP monitoring devices in selected patients with craniofacial conditions.

Congenital Bilateral Zygomatico-Maxillo-Mandibular Fusion Associated With Gum Fusion.

A congenial syngnathia is very rare condition. It can be simple mucosal fusion (synechiae), or complete bony fusion (synostosis) between the maxilla or zygoma and the mandible. Fusion of the ascending ramus of mandible to maxilla and zygoma is less common than fusions of the alveolar ridges of the mandible to the maxilla. Bony syngnathia is either isolated or complex in form. There are 59 cases of congenital bony syngnathia reported in the literature: the first report was by Burket in 1936. There are 16 reported cases of zygomatico-maxillo-mandibular fusion. In the reported cases, women expressed the isolated form more commonly whereas men demonstrated a more complex pattern of disease. The authors present another patient of bony syngnathia involving bilateral fusion of the ascending ramus and body of the mandible with the maxillary complex in a young man. Early surgery was performed to release the bony and soft tissue fusion on the eighth day from the baby's birth. A second operation was performed for recurrence when the baby was 2.5 months old. A customized splint, an intense postoperative program of mouth exercises, and close follow-up aims to prevent further refusion.

Position paper from the IBRA Symposium on Surgery of the Head--the 2nd International Symposium for Condylar Fracture Osteosynthesis, Marseille, France 2012.

BACKGROUND: This is a position paper from the 2nd International Bone Research Association (IBRA) Symposium for Condylar Fracture Osteosynthesis 2012 was held at Marseille, succeeding the first congress in Strasbourg, France, in 2007. The goal of this IBRA symposium and this paper was to evaluate current trends and potential changes of treatment strategies for mandibular condylar fractures, which remain controversial over the past decades. METHODS: Using a cross-sectional study design, we enrolled the consensus based on the panel of experts and participants in the IBRA Symposium 2012. The outcomes of interest were the panel and electronic votes on management of condylar base, neck and head fractures, and panel votes on endoscopic and paediatric condylar fractures. Appropriate descriptive and univariate statistics were used. RESULTS: The consensus derived from 14 experts and 41 participant surgeons, using 12 case scenarios and 27 statements. The experts and participants had similar decision on the treatment of condylar base, neck and head fractures, as well as similar opinion on complications of condylar fracture osteosynthesis. They had a parallel agreement on using open reduction with internal fixation (ORIF) as treatment of choice for condylar base and neck fractures in adults. Endoscopic approaches should be considered for selected cases, such as condylar base fractures with lateral displacement. There was also a growing tendency to perform ORIF in condylar head fractures. The experts also agreed to treat children (>12 years old) in the same way as adults and to consider open reduction in severely displaced and dislocated fractures even in younger children. Nevertheless, non-surgical treatment should be the first choice for children <6 years of age. The decision to perform surgery in children was based on factors influencing facial growth, appropriate age for ORIF, and disagreement to use resorbable materials in children. CONCLUSIONS: The experts and participating surgeons had comparable opinion on management of condylar fractures and complications of ORIF. Compared to the first Condylar Fracture Symposium 2007 in Strasbourg, ORIF may now be considered as the gold standard for both condylar base and neck fractures with displacement and dislocation. Although ORIF in condylar head fractures in adults and condylar fractures in children with mixed dentition is highly recommended, but this recommendation requires further investigations.

The value of postoperative radiographs in the management of zygomatic fractures: prospective study.

It is customary in maxillofacial surgical practice for all patients who have undergone open reduction and or fixation of a fracture of the zygomatic complex to have postoperative radiographs taken before they are discharged. These radiographs are often not reviewed before the patient's departure and in many cases have no bearing on the patient's management. We prospectively reviewed over a 3-month period all patients who were treated for fractures of the zygomatic complex and had no postoperative radiographs. None of these patients had to return to the operating theatre for a further operation, which emphasises the lack of clinical evidence to support routine postoperative radiography in the management of fractures of the zygomatic complex.

Craniosynostosis associated with intracranial calcification: a novel recessive syndrome.

We report three siblings who were variably affected by craniosynostosis, calcification of the basal ganglia, and mild facial dysmorphism comprising prominent eyes and a prominent nasal bridge. The children are of normal intelligence and have no limb abnormalities. Their parents are first cousins and are phenotypically normal. We propose that this combination of clinical findings represents a recognizable, autosomal recessive craniosynostosis syndrome.

The reliability of "Analyze" software in measuring orbital volume utilizing CT-derived data.

INTRODUCTION: Craniomaxillofacial surgeons require to estimate the orbital volume in a variety of clinical situations. This paper evaluates a new method based on software analysis of computerized tomography (CT) scan data. MATERIAL AND METHODS: Five dried skulls with prosthetic globes and periorbita were non-helically scanned in an Elscint 2400 CT scanner. Images obtained were processed using the "Analyze" software package and results compared to the volume of the intraorbital prosthesis as determined by a volume displacement gravimetric method. RESULTS: Estimates of volume produced by the software varied from the gold standard by 0.06-50.44%, with a mean error of 8.8%. CONCLUSION: Despite the use of a variety of scan protocols it was not possible to obtain results with "Analyze" software which were sufficiently accurate for clinical use.

Necrotizing soft tissue infections of the head and neck: case reports and literature review.

A small but nevertheless important part of a surgeon's experience comprises necrotizing soft tissue infections of the head and neck. The purpose of this report is to heighten awareness of necrotizing soft tissue infections in any patient with an infection of the head and neck. The article also outlines an appropriate management strategy for use in the treatment of patients with this potentially fatal condition. Prompt diagnosis and early radical surgical debridement are significant factors in avoiding a fatal outcome in these patients. This article reviews the literature on necrotizing soft tissue infections of the head and neck and presents cases from our recent experience.