Bioerodible matrix for tissue involvement
a bioerodible matrix and tissue technology, applied in the field of medical implants, can solve the problems of short recovery time, few alternatives to reconstruction, and suboptimal volume retention, and achieve the effects of promoting wound healing and soft tissue reconstruction, reducing the potential for malposition or capsular contracture, and improving the effect of tissue replacemen
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[0019]Following damage, such as that caused by a surgical incision, skin can benefit from additional support to promote wound healing. Mesh or matrix materials are generally used to provide strength to fascia and soft tissue weakened by surgery or to provide lift to soft tissue for reconstructive or cosmetic purposes including breast reconstruction or mastopexy. Two types of mesh or matrix materials are commonly used surgically for these purposes: synthetic fiber meshes and natural or modified organic or animal derived matrix materials. These currently-used materials, however, still suffer from shortcomings such as suboptimal volume retention, donor site morbidity, and in some instances, continued poor biocompatibility.
[0020]Provided are resorbable matrices to provide strength and covering for incisions and soft tissue reconstruction or augmentation. The disclosed matrices can provide immediate strength to an incision site or soft tissue reconstruction or augmentation site and also ...
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