Abstract: Several embodiments of a heart valve holder are described. In one instance, the heart valve holder is comprised of a plurality of hollow members having a plurality of openings formed therein. The heart valve holder is adapted to engage a heart valve through use of vacuum pressure. In another instance, a heart valve holder comprised of at least one inflatable balloon member is disclosed. When inflated, the balloon members may be used to hold the heart valve during implantation.

Abstract: A practice goal apparatus comprises a box-like structure having an open face and providing plural interior faces adapted to rebound a resilient ball upon impact. The plural interior faces are set at selected angles such that the resilient ball, upon forcefully entering the box-like structure through the open face, from any direction will rebound in a manner resulting in forceful exit from the box-like structure back to the kicker. The apparatus has a hollow base that may be filled with water or sand to anchor it in place.

Abstract: A practice goal apparatus comprises a box-like structure having an open face and providing plural interior faces adapted to rebound a resilient ball upon impact. The plural interior faces are set at selected angles such that the resilient ball, upon forcefully entering the box-like structure through the open face, from any direction will rebound in a manner resulting in forceful exit from the box-like structure back to the kicker. The apparatus has a hollow base that may be filled with water or sand to anchor it in place.

Abstract: A packaging for an implantable medical device such as a heart valve wherein the implantable medical device is immersed in a liquid medium. The packaging comprises ajar and a lid assembly having a seal and a ridge therebetween, the ridge being adapted to contact the seal. At least one circumferential leg is interposed between the lid assembly and the jar. The leg maintains a predetermined spacing between the lid and the jar and may be loaded in compression. The lid assembly may comprise a lid and an overcap. The overcap may turn independently of the lid and may apply compressive pressure to the lid over the ridge and seal. The lid and overcap may be coupled together by, for example, mating snap hooks. At least one of the lid or overcap may have a plurality of snap hooks. At least one of the plurality of snap hooks may be of different length than other of the snap hooks, whereby an asymmetric force may be applied to the lid when the overcap is loosened from the jar.