47 results about "Pelvic floor repair" patented technology

A woven mesh is provided for supporting tissue or an organ within a female patient's pelvis, and a method for using the same. The mesh includes a central portion having a width, a length, first and second ends, and first and second side edges, and first and second wing portions extending from the first and second ends of the central portion respectively. The first and second wing portions each have a width, a length, and first and second peripheral edges. The width of the wing portions are each greater than the width of the central portion, and when positioned within the female patient, the central portion is positioned below and supports the tissue or organ. A mesh is also provided having woven fibers with voids therebetween, and having a central portion and first and second ends. The average size of the voids at least in the central portion is at least 25–50 mm², and when positioned within the patient, the central portion is positioned below and supports the tissue or organ.

A system and method for placing surgical implants and having particular application for pelvic floor repair. The system includes an assembly having a guide element with a tissue penetrating tip, a cannula, and a retrieval device having a capture element at its distal end. A channel in the cannula is dimensioned to allow passage therethrough of the guide element, and of the retrieval element when removably coupled with an extension of the surgical implant.

A novel surgical instrument is shown and described. The surgical instrument is useful in pelvic floor repair procedures such as sling procedures for treating incontinence. Also, a novel, ornamental design for a handle for a surgical instrument is shown and described.

Improved methods and apparatuses for treatment of posterior pelvic floor repair, including rectocele and related pelvic organ prolapse, are provided. A specialized mesh (3) having a shape for convenient placement to treat rectocele by providing both level 2 and level 3 support. Appropriate devices for introducing such a mesh implant are also disclosed.

A kit and method for supporting a pelvic floor of a person with stress urinary incontinence or other symptoms. The method involves using barbed sutures as part of a sling for supporting the pelvic floor or urethra of a person experiencing stress urinary incontinence or other symptoms. A surgeon implants the sling along with the barbed sutures, using one of several known methods. The barbed sutures may be interwoven with the sling and the supports for the sling, so that once the sling and its supports are placed into the patient, barbs of the sutures will resist movement. The sutures may also be woven into the supports to resist movement.

A prosthesis for addressing pelvic organ prolapse in females comprises a frame fabricated from a shape memory material that supports a thin, flexible mesh sheet in a stretched condition when the frame is unconstrained. The mesh sheet is formed with two finger receiving pockets proximate its posterior periphery to be used by the surgeon in steering the prosthesis to a desired disposition within the pelvic basin. The frame is shaped so as to conform to and be supported by bone structures and muscle tissue in the pelvic basin while providing needed support to pelvic organs to maintain them in a proper position. The use of a shape memory material allows the prosthesis to be rolled or folded into a reduced size for ease of placement through a small incision in the wall of the vagina, but that springs back to its memorized shape following deployment from a delivery sheath.

The invention provides a pelvic floor repairing sheet. The repairing sheet comprises a fiber membrane, wherein the fiber membrane at least comprises a first fiber layer with directed orientation and a second fiber layer without orientation. The pelvic floor repairing sheet has excellent biocompatibility, excellent softness and excellent tissue compliance, is beneficial to tissue penetration to form firm repairing, and further has the properties of anti-infection and hemostasis. The pelvic floor repairing sheet can be used for manufacturing a tension-free vaginal tape for treating stress incontinence.

A prosthesis for addressing pelvic organ prolapse in females comprises a frame comprising first and second segments or halves fabricated from a shape memory material that together support a thin, flexible sheet in a stretched condition when the frame is unconstrained. The frame is shaped so as to conform to and be supported by bone structures and muscle tissue in the pelvic basin while providing needed support to pelvic organs to maintain them in a proper position. The use of a shape memory material allows the prosthesis to be rolled or folded into a reduced size for ease of placement through a small incision in the wall of the vagina, but that springs back to its memorized shape following deployment from a. delivery sheath. By providing a two-piece segmented frame, removal of the frame structure post implantation of the prosthesis is facilitated.

A method of repairing a pelvic floor disorder and a system for carrying out the method are provided. The method is effected by positioning an imaging device in an abdominal, rectal, perianal or vaginal cavity, advancing a surgical instrument through a vaginal wall under guidance of the imaging device to thereby reach a target tissue and using the surgical instrument to attach the tissue repair device to the target tissue.

A prosthesis for addressing pelvic organ prolapse in females comprises a frame fabricated from a shape memory material that supports a thin, flexible sheet in a stretched condition when the frame is unconstrained. The frame is shaped so as to conform to and be supported by bone structures and muscle tissue in the pelvic basin while providing needed support to pelvic organs to maintain them in a proper position. The use of a shape memory material allows the prosthesis to be rolled or folded into a reduced size for ease of placement through a small incision in the wall of the vagina, but that springs back to its memorized shape following deployment from a delivery sheath.

The invention relates to the field of medical devices, in particular a medical device for repairing pelvic floor. The device comprises a housing of a handheld portion. A deformation mechanism is mounted on the housing of the hand-held portion. The deformation mechanism includes a lower fix hinge seat mounted on an upper end of that housing of the handheld portion, A lift hinge seat close to that low fixed hinge seat is arrange above the lower fixed hinge seat, The lower fixed hinge seat is hinged with a plurality of rotating arms, the shape of the rotating arms and the lower fixed hinge seat is umbrella shape, the upper ring of the lifting hinge seat is hinged with a plurality of support arms, the end of the support arms away from the lifting hinge seat is hinged in the middle of the rotating arms, and a lifting device is arranged in the hand-held part shell for controlling the lifting and lowering of the lifting hinge seat. The invention can finely adjust the size of the pelvic floorrepair physical training probe, and carry out physical repair training on the pelvic floor at different recovery stages of vagina, so as to more closely meet the use needs of users and achieve the best pelvic floor repair treatment effect.

The invention discloses a grid-shaped bracket composite membrane of a pelvic floor repairing belt. The grid-shaped bracket composite membrane of the pelvic floor repairing belt consists of a membrane absorbed by a human body, and a grid-shaped bracket which is not absorbed by the human body. A substrate membrane consists of degradable natural or composite materials which can be absorbed and metabolized by the human body, and a transplant can be almost absorbed and metabolized after a surgery to reduce permanent transplants in the human body to the maximum degree and lower rejection reaction risks. If the transplant is completely absorbed, diseases always recur after the surgery, and therefore, a grid bracket which can not be absorbed is designed in the transplant. On one hand, the grid bracket is used as a template of the transplant, and on the other hand, tissues around the grid bracket react to cover the bracket to form scar compound which takes autologous scars as a fixed dissection structure after the plant substrate membrane is absorbed and metabolized. If necessary, a marker line through which x ray can not penetrate is added into the transplant for knowing the position of the transplant in the pelvic floor after the surgery, and the marker line can be used for conveniently positioning, observing and carrying out follow-up visit on the composite membrane structure after the surgery. According to the structure, a current technical problem of the transplant for a pelvic organ prolapses surgery of middle and old aged women can be favorably solved.

The invention discloses a pelvic floor repair rod, and relates to the technical field of medical and health care devices. The pelvic floor repair rod comprises a repair head and a repair handle, wherein the repair head is a telescopic drum-shaped repair head; a lifting mechanism for controlling the expansion and contraction of the repair head is arranged inside the repair head; the repair handle comprises a transition section and a handheld section; both the transition section and the handheld section are hollow structures; the hand-held section comprises a relatively rotatable locking sectionand a rotating section; the repair head, the transition section and the locking section are fixedly connected in turn; the lower part of the lifting mechanism is movably arranged in the transition section and the locking section in turn; the bottom of the lifting mechanism is fixedly connected with the rotating section;and a locking mechanism for locking the lifting mechanism is arranged on the locking section. The pelvic floor repair rod of the invention has the advantages that the size of the repair head can be adjusted, and the adjustment is accurate and convenient.

A pelvic floor implant including a central body portion (101) having an anterior edge (110) having a centrally located recess (120) therein, a posterior edge (111) having a centrally located tab (115), and first and second lateral side edges (112, 113). First and second strap-like extension portions (102, 103) extend outwardly to first and second distal ends from first and second end regions of the posterior edge of the central body portion. The first and second strap-like extension portions extending outwardly at an angle so as to form a substantially 'Y' shaped implant in combination with the central body portion. First and. second pockets are located at the first and second distal ends of the first and second strap-like extensions respectively, each having a closed end substantially adjacent to the distal end of the strap-like- extension, and having an open end proximal thereto and opening toward the central body portion.

The invention belongs to the field of biological medicines, relates to application of recombinant I-type humanized collagen in pelvic floor repair, and particularly provides application of the recombinant I-type humanized collagen in preparation of medicines for preventing and/or treating pelvic floor diseases (especially female pelvic floor dysfunction diseases). The recombinant I-type humanized collagen comprises n repetitions of a sequence as shown in SEQ ID No.1, n is an integer greater than or equal to 1, and when n is an integer greater than or equal to 2, the repetitions are directly connected. Experiments prove that the recombinant I-type humanized collagen can enhance the urine storage function of the bladder, improve the abdominal urine leakage point pressure, enhance the tension resistance of the vagina, thicken the intrinsic layer and the muscular layer of the vagina, increase the number of blood vessels and collagenous fibers of connective tissues of the intrinsic layer of the vagina, promote the synthesis of extracellular matrixes and promote the early adhesion of sacral ligament fibroblasts.