Abstract: A disposable device is provided for culturing and/or packaging and transporting ready-to-use viable cells cultured on membranes, gels or micro porous substrata. The device includes a housing base defining an interior for culturing cells. The membrane to be used for culturing the cells is placed inside the housing base and fixed with a ring. The base is closed by a lid, which is designed to protect the underlying cells during transport as well as minimize the volume of media used during culture, as well as transport. Media leakage is prevented by the silicon gasket as well as the snaps provided in the device.

Abstract: The present invention relates to a graft wherein cultured autologous melanocytes are delivered using a biopolymer. The present invention describes the composition, method of preparation and its properties relating to safety and efficacy. The graft of the present invention has a potential use in treating hyper- and hypopigmentation disorders.

Abstract: The present invention relates to an interactive wound cover wherein a cultured monolayer of keratinocytes is delivered using a biopolymer. The present invention describes the composition, method of preparation and its properties relating to safety, and efficacy. The wound cover of the present invention is useful in the treatment of wounds and in skin tissue regeneration.

Abstract: A disposable device is provided for culturing and/or packaging and transporting ready-to-use viable cells cultured on membranes, gels or micro porous substrata. The device includes a housing base defining an interior for culturing cells. The membrane to be used for culturing the cells is placed inside the housing base and fixed with a ring. The base is closed by a lid, which is designed to protect the underlying cells during transport as well as minimize the volume of media used during culture, as well as transport. Media leakage is prevented by the silicon gasket as well as the snaps provided in the device.