Abstract: A medical implant includes a sensor that detects electromagnetic waves; and a data transmission unit that can wirelessly transmit data supplied by the sensor to a receiving unit.

Abstract: A medical implant includes a sensor that detects electromagnetic waves; and a data transmission unit that can wirelessly transmit data supplied by the sensor to a receiving unit.

Abstract: A bone plate system is for osteosynthesis with a bone plate, a bone screw, the screw head of which has, at least in sections, a surface structure, a further bone screw, the screw head of which has, at least in sections, a surface structure, a through-hole, which is configured to hold the bone screw polyaxially, a further through-hole, which is associated with the through-hole and configured to hold the further bone screw, a perforation which connects the through-hole and the further throughhole, and a bulge, which is formed opposite to the perforation on the through-hole, extending the latter, hi the screwed-in state, the bone screw and the further bone screw are affixed at a fixed angle in many dimensions by virtue of the screw heads of the bone screw and the further bone screw being secured against a relative notion in relation to one another and in relation to the bone plate by a tensioned multi-point mount, in which attachments of the bone screw are formed in the through-hole at both transition regions be

Abstract: A bone plate system for osteosynthesis comprises a bone plate, a swivel screw, a clamping screw, a swivel hole formed in the bone plate as a through hole for receiving the swivel screw polyaxially, and a clamping hole, which is associated with the swivel hole and is formed in the bone plate as a further through hole for receiving the clamping screw. When the swivel screw and the clamping screw are screwed in, they are fixed with angular stability in multiple dimensions, as the screw heads of the swivel screw and of the clamping screw are secured by one another and by the bone plate against relative movement. The swivel screw and the clamping screw are each designed as a bone screw.

Abstract: A bone plate system is for osteosynthesis with a bone plate, a bone screw, the screw head of which has, at least in sections, a surface structure, a further bone screw, the screw head of which has, at least in sections, a surface structure, a through-hole, which is configured to hold the bone screw polyaxially, a further through-hole, which is associated with the through-hole and configured to hold the further bone screw, a perforation which connects the through-hole and the further throughhole, and a bulge, which is formed opposite to the perforation on the through-hole, extending the latter, hi the screwed-in state, the bone screw and the further bone screw are affixed at a fixed angle in many dimensions by virtue of the screw heads of the bone screw and the further bone screw being secured against a relative notion in relation to one another and in relation to the bone plate by a tensioned multi-point mount, in which attachments of the bone screw are formed in the through-hole at both transition regions be

Abstract: A bone plate system for osteosynthesis comprises a bone plate, a swivel screw, a clamping screw, a swivel hole formed in the bone plate as a through hole for receiving the swivel screw polyaxially, and a clamping hole, which is associated with the swivel hole and is formed in the bone plate as a further through hole for receiving the clamping screw. When the swivel screw and the clamping screw are screwed in, they are fixed with angular stability in multiple dimensions, as the screw heads of the swivel screw and of the clamping screw are secured by one another and by the bone plate against relative movement. The swivel screw and the clamping screw are each designed as a bone screw.

Abstract: Implantable sound generator for generating sound from movements and/or forces and/or pressure in the human or animal body, for the detection of physiologic and/or non-physiologic and/or pathologic processes in interaction with an acoustic receiver unit. The sound generator consists of a bio-degradable material and has a miniaturised configuration. The sound generator may be configured in the form of a whistle or a pulse sensor or a chim or ratchet or as sonic thermometer. The sound generator may be used to detect and analyse the pulse and/or the blood flow and/or movements of the cardiac wall and to detect and analyse loaded bones and/or capsular tissue and/or impolants and/or prostheses and/or materials for the osteosynthesis of bones and/or the temperature.

Abstract: In a method and an apparatus for preparing an anatomical implant, a movable C-arm X-ray apparatus is used to acquire a dataset from body tissue of a subject exhibiting a fault, and an implant for introduction into the body of the life form is intra-operatively prepared on the basis of the 3D dataset.

Abstract: A plate arrangement for the osteosynthesis of fractured tubular bones is made of two plate sections each connectable to associated bone sections or fragments by fastening screws passing through the plate parts. The plate parts are slidable relative to one another by means of a telescope arrangement connecting the two parts, and holes formed in the two parts for attaching the parts to bone sections or fragments are elongated in the direction perpendicular to the telescope axis to allow fastening screws to be inserted at different angles allowing the surgeon some choice in selecting a most favorable position at which to insert each screw into the associated bone fragment.