This paper summarizes a tissue adhesive system consisting of highly concentrated human fibrinogen and thrombin. The addition of blood-clotting factor XIII stabilizes the adhesive system against fibrinolysis. Although the adhesion system cannot and should not replace surgical suture, it provides valuable assistance in tissue synthesis and in local hemostasis, particularly in cases where conventional suture methods are especially difficult to apply. In addition to good adhesion, an elastic consistency, and good tissue compatibility, the adhesive is completely absorbed and, therefore, preferable to conventional tissue adhesives based on cyanoacrylate. The system has been used successfully in split thickness skin graft application, myringoplasty, repair of dural defects, hemostasis after tonsillectomy, and achieving an airtight seal in tracheoplasty.
Various conservative and surgical procedures are available for the management of aggressive hemangiomas in infancy and childhood. One of them is magnesium seeding, a treatment modality developed more than 90 years ago but neglected for a long time. The technique consists of implanting 0.5- to 1-mm-thick wires of 99.8% pure magnesium into the tumor mass. During repeated courses oxidation of the metal results in fibrosis and cicatricial transformation of the tumor. Indications, technique and results are discussed.
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