Abstract: A method for fixing a portion of a piece of tissue in a bone tunnel comprising the steps of placing the portion of a piece of tissue in the bone tunnel, advancing spaced-apart first and second metal wires though the bone, transversely of the bone tunnel, so as to intersect the bone tunnel and extend into the portion of a piece of tissue, removing one of the wires and replacing the one removed wire with a first rod, and removing the other of the wires and replacing the other removed wire with a second rod, whereby to retain the portion of a piece of tissue in the bone tunnel with the rods.

Abstract: An implantable device and method for making the device. The device includes a metabolically-active coating on at least a portion of a surface of the device. Preferably, the coating has a thickness of less than about 500 angstroms. The coating improves the bio-compatibility of the device with the human body. The method is particularly applicable to implantable devices for implantation within the human eye, including intraocular lenses.

Abstract: An insertable stent is provided for joining together and facilitating healing of adjacent tissues. Typically, the tissues are mammalian tissues. The insertable stent is made from completely non-toxic, bio- and blood-compatible materials. Each of the tissues employed herein defines an internal cavity. The insertable stent body defines a bore. The bore permits fluid to pass through the insertable stent body. In use, the insertable stent body is introduced into the internal cavities of the tissues. The insertable stent body fits within the confines of, and in contact with, each of the adjacent tissues. Typically, at least a portion of the insertable stent body is fusible to the adjacent tissues for facilitating healing of these tissues.