Method and apparatus for passing suture
A device is disclosed that can pierce and hold tissue and then pass suture through tissue. The device can have a shuttle that can removably attach to a suture and jaws that can be rotatably opened and closed with respect to each other. A method for using the device to repeatedly pass the suture through the tissue without removing the suture or device from the target site is also disclosed.
1. A suture manipulating device comprising:
a jaw structure having a longitudinal axis, wherein the jaw structure comprises a first jaw and a second jaw, wherein the first jaw has a first jaw tip and the second jaw has a second jaw tip, wherein the first jaw tip has a tooth and the second jaw tip has a tooth seat configured to receive the tooth, wherein the tooth is configured to interdigitate with the tooth seat when the jaw structure is in a closed configuration, wherein at least a portion of the second jaw tip is proximal to and overlaps the first jaw tip when the jaw structure is in the closed configuration, wherein the first jaw has a first jaw track and a first jaw suture slot, wherein the first jaw track has a first jaw track straight portion and a first jaw track curved portion, wherein the first jaw suture slot extends along an outer surface of the first jaw such that at least a portion of the first jaw suture slot faces away from the device, wherein the second jaw has a second jaw track and a second jaw suture slot, wherein the second jaw track has a second jaw track straight portion and a second jaw track curved portion, and wherein the second jaw suture slot extends along an outer surface of the second jaw such that at least a portion of the second jaw suture slot faces away from the device;
a suture holder slidably attachable to the first jaw and the second jaw, wherein the suture holder is slidable in the first and second jaw tracks, wherein when a suture is attached to the suture holder, the suture is slideable in the first jaw suture slot when the suture holder is in the first jaw track and is slideable in the second jaw suture slot when the suture holder is in the second jaw track, wherein the suture holder has a suture holder first tip, a suture holder second tip, an extension, and a suture holder spine having a spine longitudinal axis, wherein the suture holder first and second tips are configured to pierce tissue, wherein the extension extends away from the spine longitudinal axis and away from a surface of the first jaw track toward the outer surface of the first jaw when the suture holder is in the first jaw track, wherein the extension extends away from the spine longitudinal axis and away from a surface of the second jaw track toward the outer surface of the second jaw when the suture holder is in the second jaw track, wherein the extension is configured to limit movement of the suture holder when the suture holder is in the first jaw track or the second jaw track, wherein the first jaw suture slot exposes an outer surface of the suture holder when the suture holder is slidably attached to the first jaw, wherein the first jaw suture slot exposes a surface of the first jaw track when the suture holder is slidably attached to the second jaw, wherein the second jaw suture slot exposes the outer surface of the suture holder when the suture holder is slidably attached to the second jaw, and wherein the second jaw suture slot exposes a surface of the second jaw track when the suture holder is slidably attached to the first jaw;
a first pusher and a second pusher, wherein the first pusher is slidable in the first jaw track and the second pusher is slidable in the second jaw track, wherein the first pusher has a first pusher shuttle seat configured to contact the suture holder first tip, wherein the second pusher has a second pusher shuttle seat configured to contact the suture holder second tip, wherein the first pusher is configured to push the suture holder from the first jaw track to the second jaw track, wherein the second pusher is configured to push the suture holder from the second jaw track to the first jaw track, wherein when the device is in a closed first configuration, the first pusher is in an advanced position in the first jaw track and the second pusher is in a retracted position in the second jaw track, wherein when the device is in a closed second configuration, the first pusher is in a retracted position in the first jaw track and the second pusher is in an advanced position in the second jaw track;
an opening element between the first jaw and the second jaw, wherein the opening element is configured to produce an outward force against the first jaw when the opening element is translated in a first direction along the longitudinal axis of the jaw structure; and
a compression cover configured to compress the first jaw toward the second jaw when the compression cover is translated with respect to the jaw structure against a first jaw compression cover surface and a second jaw compression cover surface, wherein when the jaw structure is in the closed configuration, the first jaw and second jaw compression cover surfaces are within the compression cover, and wherein when the jaw structure is in an open configuration, the first jaw and second jaw compression cover surfaces are outside of the compression cover,
wherein the first jaw track terminates at a first jaw tip suture holder port and the second jaw track terminates at a second jaw tip suture holder port, wherein when the jaw structure is in the closed configuration, the first jaw tip contacts the second jaw tip, wherein when the jaw structure is in the closed configuration, the tooth and the tooth seat align the first jaw tip suture holder port and the second jaw tip suture holder port, wherein when the jaw structure is in the closed configuration, the first jaw tip suture holder port is in contact with the second jaw tip suture holder port, wherein when the jaw structure is in the closed configuration, the first and second jaw tracks form a continuous suture holder track, and wherein when the jaw structure in the closed configuration, the first jaw suture slot is aligned with the second jaw suture slot,
wherein when the jaw structure is in an open first configuration, the suture holder is in the first jaw track and the suture holder first tip extends out of the first jaw tip suture holder port toward the second jaw, and wherein when the jaw structure is in an open second configuration, the suture holder is in the second jaw track and the suture holder second tip extends out of the second jaw tip suture holder port toward the first jaw.
2. The device of claim 1 , wherein the opening element comprises a ball positioned in contact with the first jaw.
3. The device of claim 2 , wherein the compression cover is slidable along the longitudinal axis of the jaw structure.
4. The device of claim 1 , wherein the extension extends away from a first jaw track longitudinal axis toward the outer surface of the first jaw when the suture holder is in the first jaw track and extends away from a second jaw track longitudinal axis toward the outer surface of the second jaw when the suture holder is in the second jaw track, and
wherein the extension extends into the first jaw suture slot when the suture holder is in the first jaw track and extends into the second jaw suture slot when the suture holder is in the second jaw track.
5. The device of claim 1 , wherein the first jaw suture slot extends medially along the outer surface of the first jaw and the second jaw suture slot extends medially along the outer surface of the second jaw,
wherein the first jaw track has a first jaw track longitudinal axis having a straight portion and a curved portion, wherein the second jaw track has a second jaw track longitudinal axis having a straight portion and a curved portion, and wherein the straight portion of the first jaw track longitudinal axis and the straight portion of the second jaw track longitudinal axis are at an angle relative to a longitudinal axis of the device when the device is in the closed configuration and when the device is in the open configuration.
6. The device of claim 1 , wherein the suture holder has a suture holder first longitudinal end and a suture holder second longitudinal end, wherein the suture holder first longitudinal end has a shape of the first jaw track when the suture holder first longitudinal end is in the first jaw track, wherein the suture holder first longitudinal end has a shape of the second jaw track when the suture holder first longitudinal end is in the second jaw track, and
wherein the suture holder first longitudinal end is straight when the suture holder first longitudinal end is in the first jaw track and is curved when the suture holder first longitudinal end is in the second jaw track.
7. The device of claim 1 , wherein the first pusher has slots configured to increase a flexibility of the first pusher and wherein the second pusher has slots configured to increase a flexibility of the second pusher.
8. The device of claim 1 , wherein the first pusher shuttle seat is configured to receive the suture holder first tip and the second pusher shuttle seat is configured to receive the suture holder second tip, wherein the first pusher shuttle seat is V-shaped or A-shaped, wherein the suture holder first tip is V-shaped or A-shaped, wherein the second pusher shuttle seat is V-shaped or A-shaped and wherein the suture holder second tip is V-shaped or A-shaped.
9. A suture manipulating device comprising:
a jaw structure having a longitudinal axis, wherein the jaw structure comprises a first jaw and a second jaw, wherein the first jaw has a first jaw tip and the second jaw has a second jaw tip, wherein the first jaw tip has a tissue cutter and the second jaw tip has a tissue cutter seat configured to contact the tissue cutter, wherein the tissue cutter is configured to interdigitate with the tissue cutter seat when the jaw structure is in a closed configuration, wherein at least a portion of the second jaw tip is proximal to and overlaps the first jaw tip when the jaw structure is in the closed configuration, wherein the first jaw has a first jaw track and a first jaw suture slot, wherein the first jaw track has a first jaw track straight portion and a first jaw track curved portion, wherein the first jaw suture slot extends along an outer surface of the first jaw such that at least a portion of the first jaw suture slot faces away from the device, wherein the second jaw has a second jaw track and a second jaw suture slot, wherein the second jaw track has a second jaw track straight portion and a second jaw track curved portion, and wherein the second jaw suture slot extends along an outer surface of the second jaw such that at least a portion of the second jaw suture slot faces away from the device;
a suture holder moveable in the first jaw and the second jaw, wherein the suture holder is moveable across a longitudinal axis of the device, wherein the suture holder is slidable in the first and second jaw tracks, wherein when a suture is attached to the suture holder, the suture is slideable in the first jaw suture slot when the suture holder is in the first jaw track and is slideable in the second jaw suture slot when the suture holder is in the second jaw track, wherein the suture holder has a suture holder first tip, a suture holder second tip, an extension, and a suture holder spine having a spine longitudinal axis, wherein the suture holder first and second tips are configured to cut tissue, wherein the extension extends away from the spine longitudinal axis toward a side of the first jaw track when the suture holder is in the first jaw track, wherein the extension extends away from the spine longitudinal axis toward a side of the second jaw track when the suture holder is in the second jaw track, wherein the extension is configured contact the first jaw when the suture holder is in the first jaw track and is configured to contact the second jaw when the suture holder is in the second jaw track, wherein the first jaw suture slot exposes an outer surface of the suture holder when the suture holder is in the first jaw, wherein the first jaw suture slot exposes a surface of the first jaw track when the suture holder is in the second jaw, wherein the second jaw suture slot exposes the outer surface of the suture holder when the suture holder is in the second jaw, and wherein the second jaw suture slot exposes a surface of the second jaw track when the suture holder is in the first jaw;
a first pusher and a second pusher, wherein the first pusher is slidable in the first jaw track and the second pusher is slidable in the second jaw track, wherein the first pusher has a first pusher shuttle seat configured to contact the suture holder first tip, wherein the second pusher has a second pusher shuttle seat configured to contact the suture holder second tip, wherein the first pusher is configured to push the suture holder from the first jaw track to the second jaw track, wherein the second pusher is configured to push the suture holder from the second jaw track to the first jaw track, wherein when the device is in a closed first configuration, the first pusher is in an advanced position in the first jaw track and the second pusher is in a retracted position in the second jaw track, wherein when the device is in a closed second configuration, the first pusher is in a retracted position in the first jaw track and the second pusher is in an advanced position in the second jaw track;
an opening element movable relative to the first jaw and the second jaw along the longitudinal axis of the device, wherein when the jaw structure is in the closed configuration, the opening element is configured to contact the first jaw and the second jaw at first and second jaw first locations, wherein when the jaw structure is in an open configuration, the opening element is configured to contact the first jaw and the second jaw at first and second jaw second locations proximal to the first and second jaw first locations; and
a compression cover moveable relative to the first jaw and the second jaw along the longitudinal axis of the device, wherein the compression cover is configured to compress the first and second jaws toward the longitudinal axis of the device when the compression cover is moved relative to the jaw structure against a first jaw compression cover surface and a second jaw compression cover surface as the device changes configuration from the opening configuration to the closed configuration, wherein when the jaw structure is in the closed configuration, the first jaw and second jaw compression cover surfaces are within the compression cover, and wherein when the jaw structure is in an open configuration, the first jaw and second jaw compression cover surfaces are outside of the compression cover,
wherein the first jaw track terminates at a first jaw tip suture holder port and the second jaw track terminates at a second jaw tip suture holder port, wherein when the jaw structure is in the closed configuration, the first jaw tip contacts the second jaw tip, wherein when the jaw structure is in the closed configuration, the tissue cutter and the tissue cutter seat align the first jaw tip suture holder port and the second jaw tip suture holder port, wherein when the jaw structure is in the closed configuration, the first jaw tip suture holder port is in contact with the second jaw tip suture holder port, wherein when the jaw structure is in the closed configuration, the first and second jaw tracks form a continuous suture holder track, and wherein when the jaw structure in the closed configuration, the first jaw suture slot is aligned with the second jaw suture slot,
wherein when the jaw structure is in an open first configuration, the suture holder is in the first jaw track and the suture holder first tip extends out of the first jaw tip suture holder port toward the second jaw, and wherein when the jaw structure is in an open second configuration, the suture holder is in the second jaw track and the suture holder second tip extends out of the second jaw tip suture holder port toward the first jaw.
10. The device of claim 9 , wherein the suture holder is attached to a flexible rail, and wherein the rail is slidably attached to the jaw structure, and wherein the rail is slidable along a longitudinal axis of the first jaw.
11. The device of claim 9 , wherein the extension extends away from a first jaw track longitudinal axis toward the outer surface of the first jaw when the suture holder is in the first jaw track and extends away from a second jaw track longitudinal axis toward the outer surface of the second jaw when the suture holder is in the second jaw track, and
wherein the extension extends into the first jaw suture slot when the suture holder is in the first jaw track and extends into the second jaw suture slot when the suture holder is in the second jaw track.
12. The device of claim 9 , wherein the first jaw suture slot extends medially along the outer surface of the first jaw and the second jaw suture slot extends medially along the outer surface of the second jaw,
wherein the first jaw track has a first jaw track longitudinal axis having a straight portion and a curved portion, wherein the second jaw track has a second jaw track longitudinal axis having a straight portion and a curved portion, and wherein the straight portion of the first jaw track longitudinal axis and the straight portion of the second jaw track longitudinal axis are at an angle relative to a longitudinal axis of the device when the device is in the closed configuration and when the device is in the open configuration.
13. The device of claim 9 , wherein the suture holder has a suture holder first longitudinal end and a suture holder second longitudinal end, wherein the suture holder first longitudinal end has a shape of the first jaw track when the suture holder first longitudinal end is in the first jaw track, wherein the suture holder first longitudinal end has a shape of the second jaw track when the suture holder first longitudinal end is in the second jaw track, and
wherein the suture holder first longitudinal end is straight when the suture holder first longitudinal end is in the first jaw track and is curved when the suture holder first longitudinal end is in the second jaw track.
14. The device of claim 9 , wherein the suture holder has slots configured to increase a flexibility of the suture holder.
15. The device of claim 9 , wherein the first pusher shuttle seat is configured to receive the suture holder first tip and the second pusher shuttle seat is configured to receive the suture holder second tip, wherein the first pusher shuttle seat is V-shaped or A-shaped, wherein the suture holder first tip is V-shaped or A-shaped, wherein the second pusher shuttle seat is V-shaped or A-shaped and wherein the suture holder second tip is V-shaped or A-shaped.
16. A suture manipulating device comprising:
a jaw structure comprising a first jaw and a second jaw, and wherein the first jaw has a first jaw tip and wherein the second jaw has a second jaw tip, wherein the first jaw tip is configured to interdigitate with the second jaw tip, wherein a terminus of the first jaw and a terminus of the second jaw tip are sharpened, wherein the first jaw has a first jaw track and a first jaw suture slot, wherein the first jaw track has a first jaw track straight portion and a first jaw track curved portion, wherein the first jaw suture slot extends along an outer surface of the first jaw such that at least a portion of the first jaw suture slot faces away from the device, wherein the second jaw has a second jaw track and a second jaw suture slot, wherein the second jaw track has a second jaw track straight portion and a second jaw track curved portion, and wherein the second jaw suture slot extends along an outer surface of the second jaw such that at least a portion of the second jaw suture slot faces away from the device;
a suture holder slidably attachable to the first jaw and slidably attachable to the second jaw, wherein the suture holder is slidable in the first and second jaw tracks, wherein when a suture is attached to the suture holder, the suture is slideable in the first jaw suture slot when the suture holder is in the first jaw track and is slideable in the second jaw suture slot when the suture holder is in the second jaw track, wherein the suture holder has a suture holder first tip, a suture holder second tip, a first extension, a second extension, and a suture holder spine having a spine longitudinal axis, wherein the suture holder first and second tips are configured to pierce tissue, wherein the first and second extensions extend away from the spine longitudinal axis and away from a surface of the first jaw track toward the outer surface of the first jaw when the suture holder is in the first jaw track, wherein the first and second extensions extend away from the spine longitudinal axis and away from a surface of the second jaw track toward the outer surface of the second jaw when the suture holder is in the second jaw track, wherein the first extension is configured to limit movement of the suture holder when the suture holder is in the first jaw track, wherein the second extension is configured to limit movement of the suture holder when the suture holder is in the second jaw track, wherein the first jaw suture slot exposes an outer surface of the suture holder when the suture holder is in the first jaw, wherein the first jaw suture slot exposes a surface of the first jaw track when the suture holder is in the second jaw, wherein the second jaw suture slot exposes the outer surface of the suture holder when the suture holder is in the second jaw, and wherein the second jaw suture slot exposes a surface of the second jaw track when the suture holder is in the first jaw;
a first pusher and a second pusher, wherein the first pusher is slidable in the first jaw track and the second pusher is slidable in the second jaw track, wherein the first pusher has a first pusher shuttle seat configured to contact the suture holder first tip, wherein the second pusher has a second pusher shuttle seat configured to contact the suture holder second tip, wherein the first pusher is configured to push the suture holder from the first jaw track to the second jaw track, wherein the second pusher is configured to push the suture holder from the second jaw track to the first jaw track, wherein when the device is in a closed first configuration, the first pusher is in an advanced position in the first jaw track and the second pusher is in a retracted position in the second jaw track, wherein when the device is in a closed second configuration, the first pusher is in a retracted position in the first jaw track and the second pusher is in an advanced position in the second jaw track;
an opening element, wherein when the jaw structure is in the closed configuration, the opening element is configured to contact the first jaw at a first jaw first position and the second jaw at a second jaw first position, wherein when the jaw structure is in an open configuration, the opening element is configured to contact the first jaw at a first jaw second position and the second jaw at a second jaw second position, wherein the first and second jaw first positions are distal to the first and second jaw second locations along the longitudinal axis of the jaw structure; and
a compression cover, wherein the compression cover is configured to apply a force against a first jaw compression cover surface and a second jaw compression cover surface as the device changes configuration from the opening configuration to the closed configuration, wherein when the jaw structure is in the closed configuration, the first jaw and second jaw compression cover surfaces are within the compression cover, and wherein when the jaw structure is in an open configuration, the first jaw and second jaw compression cover surfaces are outside of the compression cover,
wherein the first jaw track terminates at a first jaw tip suture holder port and the second jaw track terminates at a second jaw tip suture holder port, wherein when the jaw structure is in the closed configuration, the first jaw tip contacts the second jaw tip, wherein when the jaw structure is in the closed configuration, the first jaw tip and the second jaw tip align the first jaw tip suture holder port and the second jaw tip suture holder port, wherein when the jaw structure is in the closed configuration, the first jaw tip suture holder port is in contact with the second jaw tip suture holder port, wherein when the jaw structure is in the closed configuration, the first and second jaw tracks form a continuous suture holder track, and wherein when the jaw structure in the closed configuration, the first jaw suture slot is aligned with the second jaw suture slot,
wherein when the jaw structure is in an open first configuration, the suture holder is in the first jaw track and the suture holder first tip extends out of the first jaw tip suture holder port, and wherein when the jaw structure is in an open second configuration, the suture holder is in the second jaw track and the suture holder second tip extends out of the second jaw tip suture holder port.
17. The device of claim 16 , wherein the first jaw suture slot extends medially along the outer surface of the first jaw and the second jaw suture slot extends medially along the outer surface of the second jaw,
wherein the suture holder has a suture holder first longitudinal end and a suture holder second longitudinal end, wherein the suture holder first longitudinal end has a shape of the first jaw track when the suture holder first longitudinal end is in the first jaw track, wherein the suture holder first longitudinal end has a shape of the second jaw track when the suture holder first longitudinal end is in the second jaw track, and
wherein the suture holder first longitudinal end is straight when the suture holder first longitudinal end is in the first jaw track and is curved when the suture holder first longitudinal end is in the second jaw track.
18. The device of claim 16 , wherein the first jaw track has a first jaw track longitudinal axis having a straight portion and a curved portion, wherein the second jaw track has a second jaw track longitudinal axis having a straight portion and a curved portion, and wherein the straight portion of the first jaw track longitudinal axis and the straight portion of the second jaw track longitudinal axis are at an angle relative to a longitudinal axis of the device when the device is in the closed configuration and when the device is in the open configuration.
19. The device of claim 16 , wherein the jaw structure and the opening element are longitudinally moveable relative to one another along a longitudinal axis of the device, and wherein the jaw structure and the compression cover are longitudinally moveable relative to one another along a longitudinal axis of the device.
20. The device of claim 16 , wherein relative longitudinal movement between the jaw structure and the opening element is configured to open the jaw structure from the closed configuration to the open configuration and wherein relative longitudinal movement between the jaw structure and the compression cover is configured to close the jaw structure from the open configuration to the closed configuration.