Abstract:
Devices and methods are disclosed for retrieving an implant or tissue anchor during the course of a percutaneous medical procedure. An implant is provided having a retrieval tether attached to it. The retrieval tether is attached to the implant on one end, and the proximal end of the tether can be threaded through an implant retrieval device. The retrieval device comprises an inner elongate body that is used to capture and secure the retrieval tether. The retrieval device also comprises an outer elongate body that may be configured to be advanced over the retrieval tether from a location remote from the implant (e.g., outside a patient's body) to contact and retrieve the implant after it has been deployed and/or implanted within a patient's body.
Abstract:
A surgical staple remover apparatus includes a handle located at a rear of the apparatus, an upward sloped jaw element comprising a pair of jaws, an arm having a hook element on a distal end, wherein the arm is positioned such that the hook element is disposed over the jaw element, a housing, a spring that couples the housing to the arm, a lever mechanically coupled to the arm, wherein moving the lever closer to the handle results in the hook element pressing against a crown of a surgical staple, deforming the surgical staple for removal and moving the surgical staple proximally, and a strip element located on top of the jaw element, such that when the hook element deforms and moves the surgical staple proximally, the surgical staple is moved under the strip element and held in place by same.
Abstract:
A self contained motor-powered disposable loading unit for use with a robotic system configured to generate control systems therefor. The disposable loading unit may contain a battery that is retained in a disconnected position when the disposable loading unit is not in use and is moved to a connected position when the disposable loading unit is coupled to the robotic system to permit the motor to be selectively powered thereby. Indicators may be supported on the disposable loading unit to indicate when the axial drive assembly thereof is in a starting position and an ending position. Another indicator may be provided to indicate when the anvil assembly is in a closed position.
Abstract:
Apparatus and methods for removing surgical fasteners. The apparatus includes a mechanism for opening the fastener so that it may be removed from, for example, tissue, prostheses or graft material.
Abstract:
A surgical staple remover includes a first elongated element having a handle on one end and an upward sloped jaw element on the other end, wherein the jaw element comprises a pair of parallel jaws; a housing running a length of the first elongated element; an interior element within the housing comprising a planar element having a hook element; a second elongated element pivotally connected to the first elongated element and the interior element, such that moving the second elongated element results in moving the hook element and the jaw element while retracting the interior element, resulting in the hook element deforming the surgical staple so as to remove it and moving the surgical staple towards the housing; and a strip element located on top of the jaw element, such that when the hook element moves the removed surgical staple, the removed surgical staple is moved under the strip element.
Abstract:
A self contained motor-powered disposable loading unit for use with a robotic system configured to generate control systems therefor. The disposable loading unit may contain a battery that is retained in a disconnected position when the disposable loading unit is not in use and is moved to a connected position when the disposable loading unit is coupled to the robotic system to permit the motor to be selectively powered thereby. Indicators may be supported on the disposable loading unit to indicate when the axial drive assembly thereof is in a starting position and an ending position. Another indicator may be provided to indicate when the anvil assembly is in a closed position.
Abstract:
A surgical staple remover apparatus is disclosed. The surgical staple remover apparatus comprises a first elongated element having a handle on one end and a downward facing protrusion on the other end and a second elongated element having a handle on one end and an upwards sloped planar element on the other end, wherein the first and second elongated elements are pivotally connected. The apparatus further includes a cutout located at a midpoint of a tip of the upwards sloped planar element and a housing running a length of the second elongated element, beginning at the upwards sloped planar element and including an opening facing the planar element, such that surgical staples removed with the apparatus are drawn into the housing. The apparatus further includes a spring loaded element within the housing, wherein the spring loaded element grabs removed surgical staples and draws them into the housing.
Abstract:
A magnetic attachment device is provided for use in a transcatheter delivery system. The system may be useful for delivering, repositioning, and removal of an implant, such as a septal occluder, in or out of a patient.
Abstract:
A surgical kit for loading ligament grafts into a joint. A longitudinal socket formed in a bone is intersected by a transverse pin. The kit includes a flexible strand that is drawn with a pin through the bone. The strand is positioned so that a looped portion of the strand protrudes out of the entrance to the longitudinal socket. The ends of the strand remaining accessible on either side of the bone. The ligament graft is captured within the strand loop protruding from the entrance to the socket. The strand is retracted into the socket, drawing the graft into the socket. The kit includes an implant for transversely fixing the graft in the socket.
Abstract:
A surgical method for loading ligament grafts into a joint. A longitudinal socket formed in a bone is intersected by a transverse pin. A flexible strand is drawn with the pin through the bone. A looped portion of the strand is diverted so as to protrude out of the entrance to the longitudinal socket. The ends of the strand remaining accessible on either side of the bone. The ligament graft is captured within the strand loop protruding from the entrance to the socket. The strand is retracted into the socket, drawing the graft into the socket by pulling on the accessible ends of the flexible strand. The graft is fixed in the socket using a transverse implant.