AIM: The aim of this paper is evaluate the use of oxidized regenerated cellulose in order to control breast symmetry, shape and volume reducing skin retraction after wide excision for the treatment of early breast cancer. MATERIAL OF STUDY: The Authors describe a new procedure using oxidized regenerated cellulose polymer after 8 resections for breast cancer and 1 total galactophore ducts resection for nipple discharge. DISCUSSION: Oncoplastic breast surgery allows a more radical local tumour excision achieving an acceptable cosmetic result. Breast reshaping absorbs the volume loss and decreases the risk of a localized defect although there are zones that are at high risk of deformity. Once reabsorption of the seroma occurs, the excision cavity becomes prominent due to fibrosis and retraction of the surrounding tissue creating a noticeable defect. CONCLUSIONS: In oncoplastic breast surgery the oxidized regenerated cellulose by preventing the hematoma, can promote dermal fibroblasts proliferation and cell migration playing a role in adjustment of the shape, volume and symmetry of the breast and reducing skin retraction.
AIM: The aim of this paper is evaluate the use of oxidized regenerated cellulose in order to control breast symmetry, shape and volume reducing skin retraction after wide excision for the treatment of early breast cancer. MATERIAL OF STUDY: The Authors describe a new procedure using oxidized regenerated cellulose polymer after 8 resections for breast cancer and 1 total galactophore ducts resection for nipple discharge. DISCUSSION: Oncoplastic breast surgery allows a more radical local tumour excision achieving an acceptable cosmetic result. Breast reshaping absorbs the volume loss and decreases the risk of a localized defect although there are zones that are at high risk of deformity. Once reabsorption of the seroma occurs, the excision cavity becomes prominent due to fibrosis and retraction of the surrounding tissue creating a noticeable defect. CONCLUSIONS: In oncoplastic breast surgery the oxidized regenerated cellulose by preventing the hematoma, can promote dermal fibroblasts proliferation and cell migration playing a role in adjustment of the shape, volume and symmetry of the breast and reducing skin retraction.