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Augmentation of the free border of the lip in cleft lip patients using temporoparietal fascia.

Deficiency of the free border of the lip is frequently encountered in secondary cleft lip deformities. The free border of the lip consists of the orbicularis oris marginalis muscle and its overlying subcutaneous tissue, vermilion, and mucosa. The pathology may involve any or all of these components. When there is an absolute shortage of subcutaneous tissue or orbicularis oris marginalis muscle, extra tissue from another source must be used for augmentation. A temporoparietal fascial graft is a simple and reliable method to increase the fullness of the free border of the lip. The tissue is soft in consistency and displays minimal resorption. Most important, more complicated procedures such as an Abbé flap or tongue flap may be avoided. From July of 1988 until June of 1992, the temporoparietal fascial graft was used successfully to correct deficiencies of the free border of the lip in 20 patients with cleft lip deformities. There were two graft exposures that healed with conservative treatment. The procedure is a useful method of augmenting both lateral lip and central lip deficiencies in secondary and tertiary cleft lip deformities.

Adolescent↗

[Aponeuroses and superficial fascia. Mechanical and structural properties].

Eleven superficial aponeuroses have been examined in order to study their biomechanical and structural properties. Specimens were taken from 5 fresh cadavers, 3 males, 2 females with a mean age between 40 and 60 years. The study was done by two methods: biomechanical and histological. Aponeuroses can be classified in 2 biomechanical and histological groups that match perfectly. The first group has biomechanical and histological properties similar to those of tendons, and the second group similar to those of tendons, and the second group similar to those of ligaments. Ignoring the biomechanical and histological properties of tendons, ligaments and aponeuroses can be the cause of failure of a number of ligament and tendon plasties. The surgeon has an important role in choosing the transplants according to the histological properties (thickness, length of structures, bundle orientation) and biomechanical properties (solidity and extensibility).

Adult↗

Evaluation of a lateral retinacular fascia technique for cranial cruciate ligament rupture in the dog.

A new fascial technique was used to repair artificially induced rupture of the cranial cruciate ligament in 20 dogs. Although technically simple to perform, the procedure resulted in only 12 animals free of lameness. In addition, a drawer sign was present in the stifle of 14 animals 31 days after surgery. Arthritis changes typical of cruciate ligament instability were observed in 16 joints; changes were slight to moderate in 10 joints.

Animals↗