Abstract: Safety adaptors for connecting external medical devices to lead connector elements of temporary medical leads extending percutaneously into a patient's body are disclosed. The safety adaptors comprise a first member attached to but movable in respect of a second member. An elongated bore receives a lead proximal end segment and includes the lead connector elements.

Abstract: A sacral medical electrical lead which may be implanted and reliably fixed for a temporary period of time within the sacrum in a minimally invasive manner. The lead features a lead body having a electrical conductor positioned within an insulator sheath, a connector for electrically coupling the electrical conductor to a pulse generator, an electrode located on a distal end of the lead body, the electrode electrically coupled to the conductor, and an anchor for anchoring the lead body to sacral tissue, the anchor integral with the insulator sheath. In the preferred embodiment the anchor comprises a notched section in which the insulation of the lead body presents a macroscopically roughened surface which can thereby engage into the tissue without causing damage to the tissue.

Abstract: The present invention includes within its scope a low-cost temporary lead for pacing, sensing, monitoring, or defibrillating at least a portion of a human or animal organ, and methods for implanting and making same. The lead has at least two electrodes and distal and proximal ends, and a novel weakened zone disposed between the blunt end of a needle and at least two electrical connectors attached to the proximal end of the lead body. The novel weakened zone permits the needle to be separated from the connectors by application of a sufficiently large bending moment or pulling force thereto. Following separation of the connectors from the needle, the connectors may be attached directly and quickly to an external electrical apparatus.