The Journal of craniofacial surgery
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Fourteen face transplants have been performed worldwide since the procedure was successfully introduced in 2005. Vascularized composite tissue allotransplantation may now be considered a viable option for the repair of complex craniofacial defects, for which the results of autologus reconstruction remain suboptimal. ⋯ In this article, we review the current practice and areas of controversy in facial vascularized composite tissue allotransplantation with particular respect to the unique immunobiology of this procedure. We also describe promising recent advances in immunotherapy and tolerance induction strategies that may soon reach clinical application.
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Even endotracheal intubation could be considered safe in operations under general anesthesia; rarely, it could cause recurrent laryngeal nerve paralysis as a complication. As mentioned in the literature, as a possible reason for this, anterior branches of the recurrent laryngeal nerve in the larynx could suffer from compression between the posteromedial part of the thyroid cartilage and the cuff of the tube. In the literature, unilateral vocal cord paralysis due to endotracheal intubation occurs more frequently in comparison to bilateral vocal cord paralysis. ⋯ A patient who experienced bilateral vocal cord paralysis in the early postoperative period after undergoing an endotracheal intubation process for general anesthesia and primary partial lip resection and supraomohyoid neck dissection due to lower lip carcinoma is presented in our article. Although vocal cord paralysis occurring after head and neck surgery is first thought as a complication of the surgery, endotracheal intubation should be considered as a possible cause of this paralysis. In relation with this patient, causes, clinical symptoms, and treatment procedures of vocal cord paralysis due to endotracheal intubation are discussed under guidance of the literature.
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Myiasis is a parasitic infestation of vital tissue of humans or other mammals by dipterous larvae. Human myiasis is a rare clinic condition but more frequently seen in tropical and subtropical areas, in patients who have poor hygiene, have bad housing conditions, are with mental retardation, or have advanced age. We report a case of myiasis in a malignant wound (squamous cell carcinoma) in the head and neck region because a few literature reports were seen in this localization. The patient's treatment was antisepsis, larval removal, and general care preventions, whereas standard treatment options or guidelines are not available.
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Some of the most problematic craniofacial injuries in pediatric plastic surgery are large calvarial defects in children who have passed the age of maximal dural osteogenic potential and yet are too young to yield split calvarial grafts. Porous polyethylene (Medpor; Porex) is an alloplastic material that can be customized to precisely match a cranial defect. We present a clinical series that demonstrates successful use of porous polyethylene cranioplasties in large pediatric cranial defects. ⋯ For pediatric large-scale calvarial defects, custom-made porous polyethylene implants can be safely used for cranioplasty. Tissue expansion and acellular dermal matrix were useful tools to help augment the soft tissues of the scalp before cranioplasty to prevent complications of implant extrusion and wound breakdown.
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Microvascular free tissue transfer (FTT) is an increasingly used method of reconstruction for traumatic defects of the head and neck. We describe the immediate management, FTT reconstruction techniques, and outcomes of 6 individuals who sustained maxillofacial gunshot trauma and were treated at a single tertiary-care level I trauma center. All 6 patients were white men with a mean age of 33 years. ⋯ Oral incompetence and poor cosmesis from undesirable scarring patterns were the most common long-term complications. In summary, successful reconstruction of head and neck defects caused by gunshot trauma begins with airway stabilization, wound management, and bony fracture reduction and fixation. Definitive microvascular FTT is a useful method of repairing traumatic head and neck defects, although long-term functional and cosmetic complications may still occur.