Abstract: Implantates are packaged in means capable of aseptic treatment and forming a closed cell having a portion adapted for engagement, rupture, and entry by a tool that permits removal of the implantate for use without handling of the implantate by the user. In such a package, the closed cell is formed by a film which includes portions shaped to assist rupture and entry of the cell by the tool and to assist in encompassing the implantate within the tool for its removal from the cell. The tool used in this system can be the means used to implant the implantate subcutaneously in the body of an animal. Thus, using the system of this invention, an implantate can be provided within a closed cell which is capable of aseptic treatment and transported to a remote site for use. At such a site, the closed cell can be ruptured with an implanter and the implantate can be encompassed within the implanter and removed from the cell for implantation.

Abstract: A container comprising a hollow tray and a domed lid, each of which are of unitary molded plastic construction. The tray has a planar bottom wall peripherally encompassed by a generally outwardly and upwardly flaring upstanding wall with a rim over which the lid is snugly attachable. Peripherally interspaced indents are molded in and offset interiorly from the upstanding wall of the tray and define interiorly facing surface regions disposed in proximately perpendicular relationship with the bottom wall of the tray.The container is particularly suitable for packaging a plurality of small dimensionally corresponding containers, such as ampuls, or the like. As such, it provides a package accommodating a plurality of rows of containers together with an upstanding plastic separator sheet separating each row of containers.

Abstract: A container having a cover removably connected to a receptacle with the receptacle being formed from a flexible material such as paperboard whereas the cover may be formed from a thin flexible plastic sheet material.