The surgical repair of macrostomia

Successful management of an unusual hypopigmented scar after surgical repair of a unilateral Tessier 7 cleft

Tessier No. 7 cleft is the most common atypical craniofacial cleft with an incidence of 1:3000-5642 births. This clinical report describes the successful management of a delayed, unusually hypopigmented postoperative facial scar following the surgical closure of a Tessier 7 cleft using the Pfeiffer wave line incision. In the absence of any other associated systemic lesions, the scar was treated as a localized leucoderma. The scar coloration improved dramatically with the chosen line of conservative medical treatment, and a surgical revision was not required. This report highlights the need for continuous follow up despite seemingly good short-term results. The medical management of the hypopigmented scar will aid fellow practitioners who may face similar dilemmas.

Congenital macrostomia management in children in a country with limited resources: A case series

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Congenital macrostomia is an uncommon facial malformation in children.

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The choice of the surgical procedure should be based on functional, aesthetic results and the surgeon's experience.

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Even in underdeveloped countries, Z-commissuroplasty could be performed with good results.

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Further research should focus on long-term follow-up of large series, regardless of the type of surgical procedure.

Anatomic Approximation Approach to Bilateral Macrostomia Repair

ABSTRACT

In principle, reconstruction in macrostomia requires symmetry and accurate positioning of the newly reconstructed commissure. The proper position of the new commissure can be determined by several methods. In the determination of the new commissure of bilateral cases, generally the average length of the lips or the distance from anatomical landmarks other than the lips, such as the pupils or tragi, has been used. A new approach was reported by Tse et al in 2018: the anatomic approximation approach. Macrostomia repair refers to anatomical landmarks in the lips to determine the new commissure. The authors performed surgery using this anatomic approximation approach for bilateral macrostomia and achieved the good results.

Anatomic approximation approach to correction of transverse facial clefts

Transverse clefts of the oral cavity have significant impacts on both appearance and function. Many methods of repair have been described, but there is no consensus on optimal approach. In addition, dissatisfaction with scars, distortion of appearance, and recurrent deformity have led to complex surgical designs that are difficult to understand and reproduce. We describe a simple approach to repair that is based upon anatomic approximation of lip components and accurate repair of the muscle. Twenty patients underwent repair by the senior author, who devised the approach, and the corresponding author, who adopted it. Eight (62%) patients had right-sided clefts, three (23%) patients had left-sided clefts, and two (15%) patients had bilateral clefts. One patient had an associated branchial cleft remnant, two patients had multiple branchial cleft remnants and tragus deformities, one patient had craniofacial microsomia with microtia, and one patient had a contralateral Tessier 1 cleft. Mean age of the patients at repair was 23 months. All patients achieved normal oral competence, have favorable scars and commissure appearance, and have had no recurrent deformity. None of the patients have required revision. The described surgical approach is reproducible, easy to understand, and can produce favorable outcomes.

Surgical Alternative for Repair of Bilateral Macrostomia

The transverse or lateral cleft is the second most common type of craniofacial cleft. The authors report a case of bilateral macrostomia in a male newborn and the authors present a refined method of Kaplan technique for correcting macrostomia. The authors' method is characterized by the creation of a single Z-plasty with the transposed central limb placed in the nasogenian crease.

Unusual case of concomitant occurrence of Tessier's number 7 cleft and dentigerous cyst

Dentigerous cysts are commonly encountered associated with impacted teeth; however the exact histogenesis of these cysts is not known even though numerous theories have been proposed. Majority of the maxillary cysts arise as a result of defect in the embryonal development, which can be either abnormal fusion of facial processes or as a result of abnormality in the development of dental follicle. Congenital Tessier's number 7 unilateral facial cleft is a rare anomaly, which arises as a result of defect in the fusion of facial processes. We report an unusual case of concomitant occurrence of Tesssier's number 7 cleft and maxillary dentigerous cyst in 11-year-old child.

Bilateral Tessier's 7 Cleft with Maxillary Duplication

Tessier's 7 cleft or lateral facial cleft are unusual lesions that result from failure of the embryonic mandibular and maxillary process of the first branchial arch to fuse properly and form the corners of the mouth. It may be seen alone or in combination with other anomalies, accompanied by varying degrees of severity. We report an extremely rare case of bilateral Tessier's 7 cleft along with maxillary duplication, macrostomia, bilateral posterior maxillary cleft, and mandibular retrusion in an 18-year-old male patient.