Abstract: A hollow conical shaped forearm sleeve for sliding onto a user's forearm. The top end and bottom end of an elastic fabric are sewn together to form the forearm sleeve. A printed sports image representative of a sports team is printed onto the forearm sleeve. Also, an autograph receiving area is located on the forearm sleeve. In a preferred embodiment, the name of the promoter of a sports event is printed onto the forearm sleeve. In a preferred embodiment the elastic fiber is a spandex/cotton blend. Also, in a preferred embodiment the forearm sleeve is given away as a give-away item at a sports event.

Abstract: The present invention relates to the regeneration, reconstruction, augmentation or replacement of organs or tissue structures using scaffolds and cells derived from peritoneal tissue.

Abstract: A probe device is provided that has a clip-on wireless device attached thereto for communicating over a wireless communication link with test equipment having a wireless transceiver attached thereto. The clip-on wireless device may have one or more components that provide additional functionality to the probe device over that which is currently available on most probe devices.

Abstract: A probe device is provided that has light source thereon that can be activated and deactivated. In accordance with an embodiment, the light source operates as a visual indicator to provide a visual indication of whether a good connection exists between the tips of the probe device and the intended contact points on the DUT. In accordance with another embodiment, the light source operates as a source of illumination to illuminate the probe tips and the contact pads on the DUT as the user is attempting to place the probe tips in contact with the contact pads on the DUT. In accordance with yet another embodiment, the light source performs the dual functions of providing a visual indication of connection status and of illuminating the probe device tips and the intended contact points on the DUT.