Patent Grant
12090048
Some applications of the present invention relate in general to valve replacement. More specifically, some applications of the present invention relate to prosthetic valves for replacement of a cardiac valve.
Ischemic heart disease causes regurgitation of a heart valve by the combination of ischemic dysfunction of the papillary muscles, and the dilatation of the ventricle that is present in ischemic heart disease, with the subsequent displacement of the papillary muscles and the dilatation of the valve annulus.
Dilation of the annulus of the valve prevents the valve leaflets from fully coapting when the valve is closed. Regurgitation of blood from the ventricle into the atrium results in increased total stroke volume and decreased cardiac output, and ultimate weakening of the ventricle secondary to a volume overload and a pressure overload of the atrium.
For some applications, an implant is provided having a tubular portion, an upstream support portion and one or more flanges. The implant is percutaneously deliverable to a native heart valve in a compressed state, and is expandable at the native valve. The implant comprises an inner frame and an outer frame. The upstream support portion is at least partly defined by the inner frame, and the flanges are at least partly defined by the outer frame. The implant is secured at the native valve by sandwiching tissue of the native valve between the upstream support portion and the flanges.
There is therefore provided, in accordance with an application of the present invention, a method for assembling a prosthetic valve, the method including:
In an application, the method further includes, prior to stitching the first sheet to the plurality of arms:
In an application, the method further includes, subsequently to everting the second sheet, stitching the inner perimeter to the tubular portion such that the ventricular legs are disposed radially outside of the second sheet.
In an application, each of the ventricular legs extends radially outward from the tubular portion at an acute angle to define a respective cleft between the leg and the tubular portion, and everting the second sheet includes positioning the inner perimeter to circumscribe the tubular portion, and tucking the inner perimeter into the cleft defined by each leg.
In an application, stitching the outer perimeter of the second piece to the greater perimeter of the first piece includes stitching the outer perimeter of the second piece to the greater perimeter of the first piece such that the inner perimeter is disposed axially away from the frame assembly, and everting the second sheet includes bringing the inner perimeter toward the frame assembly.
In an application, arms collectively define an arm-span, and the inner perimeter defines a diameter that is smaller than the arm-span.
In an application, the method further includes temporarily bending at least one arm of the plurality of arms to facilitate passing the inner perimeter of the second sheet around the arms.
In an application, the method further includes securing, within the tubular portion, a valvular assembly that includes a plurality of prosthetic leaflets and a liner, and securing the valvular assembly within the tubular portion includes stitching the liner to the tubular portion, and the method further includes stitching an upstream edge of the liner to the smaller perimeter of the first sheet.
In an application, the frame assembly further includes a plurality of projections extending axially away from the tubular portion, and stitching the upstream edge of the liner to the smaller perimeter of the first sheet includes stitching the upstream edge of the liner to the smaller perimeter of the first sheet such that the projections protrude between the upstream edge of the liner and the smaller perimeter of the first sheet.
There is further provided, in accordance with an application of the present invention, a method for assembling a prosthetic valve, the method including:
In an application, the method further includes placing a pad inside each pocket at the tip of the pocket.
In an application, the method further includes forming the pad by flattening and folding a piece of foam to form a niche, and sliding each leg into the respective pocket includes sliding each leg into the respective pocket and into the niche of the respective pad.
There is further provided, in accordance with an application of the present invention, apparatus, including an implant that includes:
In an application, each of the legs extends radially away from the tubular portion at an acute angle to define a respective cleft between the base of the leg and the tubular portion, and each of the ribbons covers the respective cleft.
In an application, the implant is a prosthetic valve for use at a native valve of a heart of a subject, the tubular portion is a valve body, and the prosthetic valve further includes a plurality of prosthetic leaflets, disposed in the lumen, coupled to the valve body, and arranged to facilitate one-way upstream-to-downstream fluid flow through the lumen.
In an application, the implant includes an outer frame that is coupled to the tubular portion, and defines (i) a ring that circumscribes the tubular portion, and (ii) the plurality of legs, the plurality of legs being attached to the ring.
There is further provided, in accordance with an application of the present invention, a method for assembling an implant, the method including:
In an application, each of the legs extends radially away from the tubular portion at an acute angle to define a cleft between the base of the leg and the tubular portion, and wrapping the ribbon around the base of the leg includes covering the cleft with the ribbon.
In an application, the method further includes securing the ribbon in place by stitching.
In an application, the method further includes coupling a plurality of prosthetic leaflets to the tubular portion such that the plurality of leaflets is disposed in the lumen and arranged to facilitate one-way upstream-to-downstream fluid flow through the lumen.
There is further provided, in accordance with an application of the present invention, apparatus, including:
In an application, the pouch extends, with respect to the longitudinal axis, further upstream than the leaflets.
In an application, the first sheet covers an upstream side of the plurality of arms.
In an application, for each arm of the plurality of arms, at least most of the arm is disposed inside the pouch.
In an application, the plurality of arms defines an arm-span, and the second perimeter defines a diameter that is smaller than the arm-span.
In an application, the pouch extends radially outward further than the plurality of arms.
In an application, the pouch circumscribes the valve body.
In an application, the upstream end of the tubular liner is circular.
In an application, the upstream edge of each of the windows is the shape of a capital letter M.
In an application, the third axial level is upstream of the second axial level.
In an application, the smaller perimeter of the first sheet is attached to the upstream end of the liner.
In an application, the apparatus includes a circumferential stitch line, radially inward from the arm-tips, at which the first sheet is stitched to the second sheet.
In an application, at the circumferential stitch line, the arms are sandwiched between the first sheet and the second sheet.
In an application, the circumferential stitch line isolates the arm-tips from the pouch.
In an application, each of the leaflets is attached to the liner upstream of the plurality of windows.
In an application, each of the leaflets has a free edge that is disposed downstream of the third axial level.
In an application, the apparatus further includes a third sheet of flexible material attached to the frame assembly, the third sheet defining a belt that circumscribes the valve body downstream of the ventricular legs.
In an application, an upstream edge of the belt is attached circumferentially to the second perimeter of the second sheet.
In an application, the ventricular legs extend radially outward between the belt and the second sheet.
In an application, the third sheet further defines a plurality of elongate pockets extending from the upstream edge of the belt, each of the ventricular legs disposed within a respective elongate pocket.
There is further provided, in accordance with an application of the present invention, apparatus for use at a native valve of a heart of a subject, the apparatus including a prosthetic valve that includes:
In an application, the apparatus further includes an annular sheet that defines an opening, the sheet being stitched to the arms such that the opening is aligned with the lumen of the valve body, and the arms and the annular sheet form an annular upstream support portion, and each of the elongate protrusions extends through the opening.
In an application, the apparatus includes a monolithic valve frame that includes the valve body, the plurality of arms, and the plurality of projections, and the apparatus further includes an outer frame that circumscribes the valve frame, and includes a plurality of legs that extend radially outward from the valve body and toward the arms, each of the legs terminating in a flange that is configured to engage ventricular tissue of the heart.
In an application, the second row includes a number of second-row cells, the plurality of arms includes a number of arms that is equal to the number of second-row cells, and an arm of the plurality of arms extends from the upstream extremity of every one of the second-row cells.
In an application, the first row includes a number of first-row cells, and the plurality of projections includes a number of projections that is smaller than the number of first-row cells.
In an application, the plurality of arms is configured to be positioned in an atrium of the heart, upstream of the native valve.
In an application, the plurality of elongate projections is configured to be positioned in an atrium of the heart, upstream of the native valve.
In an application, the apparatus includes fewer projections than arms.
In an application, the apparatus includes no more than half as many projections as arms.
In an application, the apparatus includes a quarter as many projections as arms.
In an application, each of the projections has two circumferentially-neighboring projections, and the plurality of arms and the plurality of projections are arranged such that at least two of the arms are disposed circumferentially between each projection and each of its circumferentially-neighboring projections.
In an application, the plurality of arms and the plurality of projections are arranged such that four of the arms are disposed circumferentially between each projection and each of its circumferentially-neighboring projections.
In an application, each of the projections has a projection-length measured from the upstream extremity of the respective first-row cell, and each of the arms has an arm-length measured from the upstream extremity of the respective second-row cell, the arm-length being greater than the projection-length.
In an application, the arm-length is 4-10 times greater than the projection-length.
In an application, the arm-length is 20-26 mm.
In an application, the projection-length is 2-10 mm.
In an application, each of the arms (i) has a narrow portion that is attached to, and extends from, the upstream extremity of the respective second-row cell, and (ii) at a widening zone, widens into a wide portion that extends from the narrow portion, and is wider than the narrow portion.
In an application, for each of the arms, the wide portion is 2-4 times wider than the narrow portion.
In an application, for each of the arms, the narrow portion is 0.4-0.6 mm wide and the wide portion is 1.4-1.8 mm wide.
In an application, for each of the projections, the nub is 1-2 mm wide.
In an application, the wide portion of each of the arms has a wide-portion length, the nub of each of the projections has a nub length, and the wide-portion length is at least 10 times greater than the nub length.
In an application, the apparatus includes a monolithic valve frame that includes the valve body, the plurality of arms, and the plurality of projections, the valve frame being manufactured by:
In an application, in the raw valve-frame structure, the nub is axially closer than the wide portion to the valve body.
In an application, in the shape-set valve-frame structure, the projections do not extend radially outward from the valve body.
In an application, in the shape-set valve-frame structure, the projections extend axially from the valve body.
In an application, the narrow portion has a narrow-portion length that is at least 40 percent of the arm-length.
In an application, the narrow-portion length is greater than the projection-length.
In an application, the narrow-portion length is 1.5-3 times greater than the projection-length.
In an application, the wide portion has a wide-portion length that is at least 40 percent of the arm-length.
There is further provided, in accordance with an application of the present invention, apparatus for use at a heart of a subject, the apparatus including:
There is further provided, in accordance with an application of the present invention, apparatus, including:
In an application, the first ring is closer than the second ring to the upstream end.
There is further provided, in accordance with an application of the present invention, apparatus, including:
In an application, at the minor nodes exactly two joists are connected.
In an application, at the major nodes exactly six joists are connected.
In an application, at the major nodes exactly eight joists are connected.
In an application, the first circumferential row includes exactly 12 first-row cells.
In an application, the first circumferential row includes exactly 9 first-row cells.
In an application, the first circumferential row includes exactly 12 major nodes at which each of the first-row cells is connected to each of its circumferentially-adjacent first-row cells.
In an application, the first circumferential row includes exactly 9 major nodes at which each of the first-row cells is connected to each of its circumferentially-adjacent first-row cells.
In an application, the cellular structure defines exactly 24 major nodes.
In an application, the cellular structure defines exactly 18 major nodes.
In an application, for each of the first-row cells, the first-row cell is not connected to another cell at the two minor nodes that longitudinally delimit the first-row cell.
In an application, the apparatus includes a frame assembly that includes (i) an inner frame that defines the valve body, and (ii) an outer frame that circumscribes the valve body, and is coupled to the inner frame by being fixed to a plurality of the major nodes of the valve body.
In an application, the cellular structure further includes a second circumferential row of second-row cells, each of the second-row cells being connected to each of its circumferentially-adjacent second-row cells at a respective one of the major nodes, and being longitudinally delimited by at least one of the major nodes.
In an application, each of the second-row cells is also longitudinally delimited by one of the minor nodes.
In an application, each of the respective major nodes at which the circumferentially-adjacent first-row cells are connected is also a major node that longitudinally-delimits a second-row cell.
In an application, all the cells of the cellular structure of the valve body are either first-row cells or second-row cells.
In an application, the apparatus includes a frame assembly that includes (i) an inner frame that defines the valve body, and (ii) an outer frame that circumscribes the valve body, and is coupled to the inner frame by being fixed to the major nodes at which the circumferentially-adjacent second-row cells are connected.
In an application, each of the first-row cells and each of the second-row cells is delimited by exactly four nodes.
In an application, the first and second circumferential rows are disposed at opposing ends of the valve body.
In an application, the first circumferential row is disposed at the upstream end of the valve body, and the second circumferential row is disposed at the downstream end of the valve body.
There is further provided, in accordance with an application of the present invention, apparatus, including:
In an application, each minor-node row includes exactly 12 minor nodes, and each major-node row includes exactly 12 major nodes.
In an application, each minor-node row includes exactly 9 minor nodes, and each major-node row includes exactly 9 major nodes.
In an application, the cellular structure defines exactly 24 major nodes.
In an application, the cellular structure defines exactly 18 major nodes.
In an application, at the minor nodes exactly two joists are connected.
In an application, at the major nodes exactly six joists are connected.
In an application, at the major nodes exactly eight joists are connected.
In an application, along at least the part of the longitudinal axis, at least 3 minor-node-row longitudinal sites alternate with at least 2 major-node-row longitudinal sites.
There is further provided, in accordance with an application of the present invention, apparatus, including a prosthetic valve, the prosthetic valve including:
In an application, at the minor nodes exactly two joists are connected.
In an application, at the major nodes exactly six joists are connected.
In an application, at the major nodes exactly eight joists are connected.
In an application, the outer frame is coupled to the inner frame by being fixed to exactly 12 major nodes of the valve body.
In an application, the outer frame is coupled to the inner frame by being fixed to exactly 9 major nodes of the valve body.
There is further provided, in accordance with an application of the present invention, apparatus, including:
In an application, each of the minor-node rows is at a respective minor-node-row longitudinal site, each of the major-node rows is at a respective major-node-row longitudinal site, and along at least part of the longitudinal axis, the minor-node-row longitudinal sites alternate with the major-node-row longitudinal sites.
In an application, each minor-node row includes exactly 12 minor nodes, and each major-node row includes exactly 12 major nodes.
In an application, each minor-node row includes exactly 9 minor nodes, and each major-node row includes exactly 9 major nodes.
In an application, the cellular structure defines exactly 24 major nodes.
In an application, the cellular structure defines exactly 18 major nodes.
In an application, at the minor nodes exactly two joists are connected.
In an application, at the major nodes exactly six joists are connected.
In an application, at the major nodes exactly eight joists are connected.
In an application, at least two major-node rows are disposed longitudinally between the most upstream node row and the most downstream node row.
In an application, at least two minor-node rows are disposed between the most upstream node row and the most downstream node row.
In an application, the node rows are arranged with respect to the longitudinal axis in the following order:
There is further provided, in accordance with an application of the present invention, apparatus, including:
There is further provided, in accordance with an application of the present invention, apparatus for use with a native heart valve of a subject, the apparatus including a prosthetic valve, the prosthetic valve including:
In an application, the prosthetic valve includes a nub at the end of each projection.
In an application, the prosthetic valve includes the same number of arms as elongate projections.
In an application, the elongate projections curve inwards toward the longitudinal axis.
In an application:
There is further provided, in accordance with an application of the present invention, a method for augmenting, with a soft pad, a tissue-engaging flange of a frame of a prosthetic valve, the tissue-engaging flange being configured to facilitate anchoring of the prosthetic valve, the method including:
In an application, the solidified second substance is a solid silicone material, and the step of allowing the second substance to solidify and become affixed to the flange, includes allowing the second substance to solidify into the solid silicone material and become affixed to the flange.
In an application, the solidified second substance is a foam, and the step of allowing the second substance to solidify and become affixed to the flange, includes allowing the second substance to solidify into the foam and become affixed to the flange.
In an application:
In an application, the frame is a first frame of the prosthetic valve, and the prosthetic valve includes a second frame, and the method further includes, subsequently to forming the plurality of pads, coupling the first frame to the second frame.
In an application, the second frame has an upstream end, a downstream end, and a longitudinal axis therebetween, and coupling the first frame to the second frame includes coupling the first frame to the second frame such that the pads are arranged circumferentially around the second frame longitudinally between the upstream end and the downstream end, exclusive.
There is further provided, in accordance with an application of the present invention, apparatus for use with a native heart valve of a subject, the apparatus including a prosthetic valve, the prosthetic valve including:
In an application, the frame assembly includes a monolithic valve frame that defines the valve body and the plurality of arms.
In an application:
In an application, in the compressed state, the frame assembly defines a waist longitudinally between the valve body and the ball.
In an application, at the waist a transverse diameter of the frame assembly is less than 40 percent of a greatest transverse width of the ball.
In an application, at the waist the frame assembly has a transverse diameter that is less than 5 mm.
In an application, a greatest transverse diameter of the ball is 8-12 mm.
There is further provided, in accordance with an application of the present invention, apparatus, including:
In an application, the valve member defines an upstream direction and a downstream direction of the prosthetic valve, and the first longitudinal direction is the downstream direction and the second longitudinal direction is the upstream direction.
In an application, the frame assembly includes a first frame, and a second frame that circumscribes the first frame, and in the delivery state, the second frame is disposed only downstream of the toroidal gap, but the first frame is disposed both upstream and downstream of the toroidal gap.
In an application, the frame assembly further defines a plurality of flanges that, in the delivery state, extend from a coupling point with the valve body, and toward the toroidal gap, such that the toroidal gap is disposed between tips of the flanges and the arms.
In an application, the toroidal gap is defined between the tips of the flanges and a downstream side of the arms.
There is further provided, in accordance with an application of the present invention, apparatus for use with a native heart valve of a subject, the apparatus including:
In an application, the ring is stitched to the downstream end of the valve body by stitches that wrap around the ring but do not pierce the ring.
In an application, the valve body includes an expandable frame that defines the lumen, the fabric liner lining the lumen defined by the expandable frame, and the polytetrafluoroethylene ring covers the valve frame at the downstream end.
The present invention will be more fully understood from the following detailed description of applications thereof, taken together with the drawings, in which:
Reference is made to
Implant 20 has an upstream end 24, a downstream end 26, and defines a central longitudinal axis ax1 therebetween. Frame assembly 22 comprises a valve frame 30 that comprises a valve body (which is a generally tubular portion) 32 that has an upstream end 34 and a downstream end 36, and is shaped to define a lumen 38 through the valve body from its upstream end to its downstream end. Valve body 32 circumscribes axis ax1, and thereby defines lumen 38 along the axis. Throughout this application, including the specification and the claims, unless stated otherwise, “upstream” and “downstream,” e.g., with respect to the ends of implant 20, are defined with respect to the longitudinal axis of implant 20, by the orientation and functioning of leaflets 58, which facilitate one-way upstream-to-downstream fluid flow through lumen 38.
Valve frame 30 further comprises a plurality of arms 46, each of which, in the expanded state, extends radially outward from valve body 32. In this context, the term “extends radially outward” is not limited to extending in a straight line that is orthogonal to axis ax1, but rather, and as shown for arms 46, includes extending away from axis ax1 while curving in an upstream and/or downstream direction. Typically, and as shown, each arm 46 extends from valve body 32 in an upstream direction, and curves radially outward. That is, the portion of arm 46 closest to valve body 32 extends primarily upstream away from the valve body (e.g., extending radially outward only a little, extending not at all radially outward, or even extending radially inward a little), and the arm then curves to extend radially outward. The curvature of arms 46 is described in more detail hereinbelow.
Valve body 32 is defined by a repeating pattern of cells that extends around central longitudinal axis ax1. In the expanded state of each tubular portion, these cells are typically narrower at their upstream and downstream extremities than midway between these extremities. For example, and as shown, the cells may be roughly diamond or astroid in shape. Typically, and as shown, valve body 32 is defined by two stacked, tessellated rows of cells—an upstream row 29a of first-row cells, and a downstream row 29b of second-row cells. Frame 30 is typically made by cutting (e.g., laser-cutting) its basic (i.e., raw) structure from a tube of, for example, Nitinol (followed by re-shaping and heat treating to form its shape-set structure). Although valve body 32 is therefore typically monolithic, because the resulting cellular structure of valve body 32 resembles an open lattice, it may be useful to describe it as defining a plurality of joists 28 that connect at nodes 100 to form the cellular structure.
Typically, and as shown, each arm 46 is attached to and extends from a site 35 that is at the connection between two adjacent cells of upstream row 29a. That is, site 35 is a connection node between first-row cells. The tessellation between rows 29a and 29b is such that site 35 may alternatively be described as the upstream extremity of cells of downstream row 29b. That is, the upstream extremity of each second-row cell is coincident with a respective connection node between first-row cells. Site 35 is therefore a node 100 that connects four joists 28. Upstream end 34 of valve body 32 may be described as defining alternating peaks and troughs, and sites 35 are downstream of the peaks (e.g., at the troughs).
It is hypothesized by the inventors that connecting arm 46 to valve body 32 at site 35 (instead of at upstream end 34) maintains the length of the lumen of the tubular portion, but also advantageously reduces the distance that the tubular portion extends into the ventricle of the subject, and thereby reduces a likelihood of inhibiting blood flow out of the ventricle through the left ventricular outflow tract. It is further hypothesized by the inventors that because each site 35 is a node 100 that connects four joists (whereas each node 100 that is at upstream end 34 connects only two joists), sites 35 are more rigid, and therefore connecting arms 46 to valve body 32 at sites 35 provides greater rigidity to each arm.
Sheeting 23 may comprise one or more individual sheets, which may or may not be connected to each other. The individual sheets may comprise the same or different materials. Typically, sheeting 23 comprises a fabric, e.g., comprising a polyester, such as polyethylene terephthalate. Arms 46 are typically covered with sheeting 23. Typically, and as shown in
Alternatively, each arm 46 may be individually covered in a sleeve of sheeting 23, thereby facilitating independent movement of the arms.
Arms 46, and typically the sheeting that covers the arms, define an upstream support portion 40 of implant 20.
Other surfaces of frame assembly 22 may also be covered with sheeting 23. Typically, sheeting 23 covers at least part of valve body 32, e.g., defining a liner 27 that lines an inner surface of the valve body, and thereby defining lumen 38.
Support 40 has an upstream surface, and a downstream surface. Each arm 46 is typically curved such that a downstream surface of support 40 defines an annular concave region 152, and an annular convex region 154 radially outward from the concave region. That is, in region 152 the downstream surface of support 40 (e.g., the downstream surface of each arm 46 thereof) is concave, and in region 154 the downstream surface of the support is convex.
Concave region 152 extends radially between a concave-region inner radius r1 and a concave-region outer radius r2. Convex region 154 extends radially between a convex-region inner radius r3 and a concave-region outer radius r4. It is to be noted that in this context (including the specification and the claims), the term “radius” means a radial distance from axis ax1.
For some applications, and as shown, each arm 46 has a serpentine shape, such that there is no discernable gap between concave region 152 and convex region 154. For such applications, each arm 46 has an inflection point where region 152 transitions into region 154. For such applications, radius r2 and radius r3 are coincident, and collectively define an inflection radius at which the inflection point of each arm lies.
For some applications, radius r1 is the radius of tubular portion 32. For some applications, there is a discernable gap between regions 152 and 154. For example, each arm may be curved in regions 152 and 154, but have a straight portion between these regions.
Although regions 152 and 154 may be locally defined with respect to one or more particular arms 46, these regions typically completely circumscribe axis ax1.
Frame assembly 22 further comprises a plurality of legs 50, each of which, in the expanded state, extends radially outward and in an upstream direction from a respective leg-base 66 to a respective leg-tip 68. Each leg 50 defines a tissue-engaging flange 54, which is typically the most radially outward part of the leg, and includes leg-tip 68. Typically, legs 50 are defined by an outer frame (or “leg frame”) 60 that circumscribes and is coupled to valve frame 30.
Frames 30 and 60 define respective coupling elements 31 and 61, which are fixed with respect to each other at coupling points 52. For some applications, frames 30 and 60 are attached to each other only at coupling points 52. Although frames 30 and 60 are attached to each other at coupling points 52, radial forces may provide further coupling between the frames, e.g., frame 30 pressing radially outward against frame 60.
Typically, coupling points 52 are circumferentially aligned with legs 50 (and flanges 54 thereof), but circumferentially offset with respect to arms 46. That is, the coupling points are typically at the same rotational position around axis ax1 as the legs, but are rotationally staggered with respect to the rotational position of the arms.
Coupling points 52 are typically disposed circumferentially around frame assembly 22 on a transverse plane that is orthogonal to axis ax1. That is, coupling points 52 are typically all disposed at the same longitudinal position along axis ax1. Typically, coupling points 52 are disposed longitudinally between upstream end 24 and downstream end 26 of frame assembly 22, but not at either of these ends. Further typically, coupling points 52 are disposed longitudinally between upstream end 34 and downstream end 36 of tubular portion 32, but not at either of these ends. As shown, tubular portion 32 is typically barrel-shaped—i.e., slightly wider in the middle than at either end. For some applications, and as shown, coupling points 52 are disposed slightly downstream of the widest part of tubular portion 32. For example, coupling points 52 may be 0.5-3 mm downstream of the widest part of tubular portion 32. Alternatively or additionally, the longitudinal distance between the widest part of tubular portion 32 and coupling points 52 may be 20-50 percent (e.g., 20-40 percent) of the longitudinal distance between the widest part of the tubular portion and downstream end 36.
Coupling elements 31 are typically defined by (or at least directly attached to) legs 50. Therefore legs 50 are fixedly attached to frame 30 at coupling points 52. Despite the fixed attachment of legs 50 to frame 30, frame 60 comprises a plurality of struts 70 that extend between, and connect, adjacent legs. Struts 70 are typically arranged in one or more rings 72, e.g., a first (e.g., upstream) ring 74 and a second (e.g., downstream) ring 76. For some applications, and as shown, frame 60 comprises exactly two rings 72. Each ring is defined by a pattern of alternating peaks 64 and troughs 62, the peaks being further upstream than the troughs. Each ring is typically coupled to legs 50 at troughs 62—i.e., such that peaks 64 are disposed circumferentially between the legs. Peaks 64 are therefore typically circumferentially aligned with arms 46. That is, peaks 64 are typically at the same rotational position around axis ax1 as arms 46.
The elongate element of frame 60 that defines leg 50 continues in a downstream direction past ring 74 and coupling element 61, and couples ring 74 to ring 76. However, throughout this patent application, leg 50 itself is defined as the free portion of this elongate element that extends from ring 74. Leg-base 66 may be defined as the region of leg 50 that is coupled to the remainder of frame 60 (e.g., to ring 74). Because each leg 50 extends in a generally upstream direction, leg-base 66 may also be defined as the most downstream region of leg 50.
In the expanded state, the leg-tip 68 of each leg is typically disposed radially between radius r3 and radius r4. That is, the leg-tip 68 of each leg is aligned with convex region 154.
Frame 60 is typically cut from a single tube, e.g., of Nitinol. Therefore, the radial thickness of the frame is typically consistent throughout—e.g., it is the wall thickness of the tube from which it was cut. However, the circumferential width of components of frame 60 (i.e., the width of the component measured around the circumference of the frame) may differ. For example, for some applications, a circumferential thickness W2 of legs 50 may be at least three times greater than a circumferential thickness W1 of struts 70. Greater circumferential thickness typically provides the component with greater rigidity.
Valve frame 30 and outer frame 60 are typically each cut from respective metallic tubes, e.g., of Nitinol. This is typically the case for each of the implants described herein. More specifically, for each of the implants described herein:
Prosthetic leaflets 58 are disposed within lumen 38, and are configured to facilitate one-way liquid flow through the lumen from upstream end 34 to downstream end 36. Leaflets 58 thereby define the orientation of the upstream and downstream ends of valve body 32, and of implant 20 in general.
Typically, implant 20 is biased (e.g., shape-set) to assume its expanded state. For example, frames 30 and 60 may be constructed from a shape-memory metal such as Nitinol or a shape-memory polymer. Transitioning of implant 20 between the respective states is typically controlled by delivery apparatus, such as by constraining the implant in a compressed state within a capsule and/or against a control rod, and selectively releasing portions of the implant to allow them to expand.
In the compressed state, frame assembly 22 defines a waist 56 (i.e., is waisted) at a longitudinal site between the valve body and the ball. For some applications, and as shown, waist 56 is longitudinally upstream of frame 60, and is therefore primarily defined by valve frame 30. However, for some such applications, the downstream limit of the waist may be defined by the upstream limit of frame 60 (e.g., flanges 54 thereof).
It is to be noted that, typically, the bulbous shape of ball 48 is interrupted at waist 56, i.e., where the frame transitions from the ball to the waist. For some applications, and as shown, valve frame 30 is monolithic (e.g., cut from a single metal tube), and defines both valve body 32 and arms 46. For some applications, and as shown, in the compressed state, the overall shape of valve frame 30 resembles that of an air rifle pellet or a shuttlecock (e.g., see the cross-section in
For some applications, at waist 56, frame 30 (and typically frame assembly 22 overall) has a transverse diameter d10 that is less than 5 mm (e.g., 2-4 mm). For some applications, ball 48 has a greatest transverse diameter d11 of 8-12 mm (e.g., 9-11 mm). For some applications, transverse diameter d10 is less than 40 percent (e.g., less than 30 percent, such as 10-30 percent) of transverse diameter d11.
Due to waist 56, while implant 20 is in its compressed state and disposed within capsule 90, the implant and capsule define a toroidal gap 57 therebetween. Toroidal gap 57 circumscribes longitudinal axis ax1 of the implant around waist 56. Therefore, valve body 32 extends in a first longitudinal direction (i.e., in a generally downstream direction) away from gap 57, and arms 46 extend in a second longitudinal direction (i.e., in a generally upstream direction) away from the gap. For applications in which implant 20 is delivered to the native valve transfemorally, valve body 32 is closer to the open end of capsule 90 than is gap 57, and arms 46 (e.g., ball 48) are further from the open end of capsule 90 than is gap 57. For some applications, and as shown, a downstream limit of gap 57 is defined by the tips of flanges 54. For some applications, and as shown, an upstream limit of gap 57 is defined by the downstream side of arms 46.
It is to be noted that, typically, frame 60 is disposed only downstream of toroidal gap 57, but the frame 30 is disposed both upstream and downstream of the toroidal gap.
Reference is again made to
Typically, ring 78 covers downstream end 26 of the implant (e.g., covers the frames at the downstream end). It is hypothesized by the inventors that ring 78 advantageously protects tissue (e.g., native leaflets and/or chordae tendineae) from becoming damaged by downstream end 26 of implant 20. There is therefore provided, in accordance with some applications of the invention, apparatus comprising:
Reference is made to
Implant 20 is delivered, in its compressed state, to native valve 10 using a delivery tool 160 that is operable from outside the subject (
Subsequently, flanges 54 are deployed—i.e., are allowed to protrude radially outward, e.g., by releasing them from capsule 170 (
Typically, and as shown in
Alternatively, flanges 54 may be initially deployed within ventricle 8.
Subsequently, implant 20 is moved upstream, such that flanges 54 engage leaflets 12 of valve 10 (
Subsequently, delivery tool 160 is transitioned into its intermediate state, thereby allowing implant 20 to assume a partially-expanded state in which upstream support portion 40 is expanded, e.g., by releasing the upstream support portion from capsule 170 (
In the intermediate state, leaflets 12 of native valve 10 are sandwiched between upstream support portion 40 (e.g., annular sheet 25 thereof) and legs 50 (e.g., flanges 54 thereof). It is to be noted that appendages 80 remain engaged with mount 166.
Subsequently, delivery tool 160 is transitioned into its open state, thereby allowing implant 20 to expand toward its expanded state (i.e., such that tubular portion 32 widens to its fully-expanded state) (
In the expanded state of implant 20, each leg-tip 68 is radially aligned with convex region 154. That is, each leg-tip 68 is disposed radially between convex-region inner radius r3 and convex-region outer radius r4. This is also illustrated in
Tool 160 (e.g., capsule-portion 172 thereof) may then be withdrawn via lumen 38 of implant 20, and removed from the body of the subject.
Reference is made to
Implants 120 and 220 are typically the same as implant 20, described hereinabove, except where noted. Sheeting 23 forms annular sheet 25 that is disposed over and typically stitched to arms 46. Implant 120 thereby comprises valve body 32 (e.g., as described hereinabove), and an upstream support portion 140 that itself comprises arms 46 and annular sheet 25. Similarly, implant 220 comprises valve body 32 and an upstream support portion 240 that itself comprises arms 46 and annular sheet 25.
Implants 120 and 220 each further comprises a respective plurality of elongate projections 146 or 246. Whereas arms 46 are covered by sheeting 23, the projections extend in an upstream direction through sheeting 23. For some applications, and as shown for projections 146, the projections extend through annular sheet 25. For some applications, and as shown for projections 246, the projections extend between annular sheet 25, and a portion of sheeting 23 that lines valve body 32 (e.g., at a seam where these two portions of sheeting 23 are joined). The projections and arms 46 are both configured to be positioned in atrium 6 of the heart. For some applications, and as shown for projections 146, the projections extend through annular sheet 25.
It is to be noted that projection 146 and 246 are distinct from appendages 80, which are disposed at the other end of the valve body.
Each projection terminates in a nub 148 or 248 that facilitates snaring of the projection using a transcatheter snare, lasso, or similar tool. It is to be understood that the shapes shown for the nubs are merely examples, and that the scope of the invention includes any suitably shaped nub. It is hypothesized by the inventors that the projections facilitate repositioning and/or retrieval of the implant during and/or after implantation, using a snare, lasso, or similar tool. The projections are typically positioned and/or shaped such that nubs 148 or 248 are not in contact with annular sheet 25 or atrial tissue (e.g., are disposed at least 5 mm away (e.g., 5-25 mm away) from annular sheet 25 or atrial tissue). For some applications, and as shown for projections 146 of implant 120, the projections curve outwards and then inwards toward the central longitudinal axis of the implant (i.e., are shaped to be concave toward the axis). For some applications, and as shown for projections 246 of implant 220, the projections do not extend radially outward from the valve body. Projections 246 typically extend axially in an upstream direction away from the valve body (i.e., generally parallel to axis ax1, i.e., within 10 degrees of axis ax1).
Regarding implant 120 (
Except where noted, frame assembly 222, valve frame 230, and outer frame 260 are typically identical to frame assembly 22, valve frame 30, and outer frame 60, mutatis mutandis. For some applications, implant 220 is identical to implant 20 except for projections 246.
In contrast to projections 146 of implant 120, each projection 246 of implant 220 extends from a respective site 37 that is at the upstream extremity (i.e., peak) of a respective first-row cell of upstream row 29a of valve body 32 (i.e., from upstream end 34 of the valve body). Projections 246 thereby alternate with, rather than replace, arms 46. Therefore, it is possible for implant 220 to comprise projections 246 in addition to twelve arms 46. Implant 220 may comprise an equal number of projections 246 and arms 46, but typically, the implant comprises fewer projections than arms. For example, implant 220 may comprise half as many, or fewer, projections 246 than arms 46—e.g., a third as many, or a quarter as many projections as arms. Projections 246 and arms 46 are typically evenly distributed circumferentially, and therefore typically at least two arms (e.g., at least three arms, such as at least four arms) are disposed circumferentially between each projection and each of its circumferentially-neighboring projections.
Each projection 246 has a projection-length d13, measured from the upstream extremity of the respective first-row cell (i.e., from site 37). Each of the arms has an arm-length d14, measured from the upstream extremity of the respective second-row cell (i.e., site 35). Arm-length d14 is greater than projection-length d13 (e.g., 2-20 times greater, e.g., 4-20 times greater, such as 4-10 times greater). For some applications, arm-length d14 is 20-28 mm, such as 22-26 mm (e.g., 22-23 mm, 23.5-24.5 mm, or 25-26 mm). For some applications, projection-length d13 is 2-10 mm (e.g., 3-8 mm, e.g., 4-6 mm, such as about 5 mm).
Typically, each arm 46 (i) has a narrow portion 46a that is attached to, and extends from, the upstream extremity of the respective second-row cell, and (ii) at a widening zone 46b, widens into a wide portion 46c that extends from the narrow portion, and is wider than the narrow portion. Narrow portion 46a has a narrow-portion length d20 that is typically at least 30 percent of arm-length d14 (e.g., at least 40 percent, such as 40-80 percent, such as percent). Wide portion 46c has a wide-portion length that is at least 30 percent of arm-length d14 (e.g., at least 40 percent, such as 40-80 percent, such as 40-60 percent).
Wide portion 46c has a width d15 that is typically 1.5-6 times greater (e.g., 2-4 times greater, such as 2.5-3.5 times greater) than a width d16 of narrow portion 46a. For some applications width d15 is 1-2 mm (e.g., 1.4-1.8 mm, such as 1.6 mm). Width d16 is typically 0.2-0.8 mm (e.g., 0.4-0.6 mm, such as 0.5 mm). It is to be noted that, although individual parts of arm 46 within portion 46c may be narrower than within portion 46a, these individual parts form a back-and-forth pattern that results in wide portion 46c being, overall, wider than narrow portion 46a. Typically, wide portion 46c is more flexible, in at least one plane, than narrow portion 46a. Therefore, wide portion 46c is also a flexible portion of arm 46.
Each projection 246 has a width d17 that is typically 0.2-0.8 mm (e.g., 0.4-0.6 mm, such as 0.5 mm). Each nub has a nub-width d18 that is typically 1-2 mm (e.g., 1.4-1.8 mm, such as 1.6 mm), and a nub-length d19 that is typically 0.5-1 mm (e.g., 0.7-0.9 mm, such as 0.8 mm). Wide portion 46c is typically at least 3 times (e.g., at least 10 times) longer than nub-length d19.
As described hereinabove, the valve frame is typically monolithic, cut from a single tube. Typically, and as shown in
Reference is now made to
Reference is made to
Reference is made to
Outer frame 60b comprises (or defines) (1) a first (e.g., upstream) ring 74b defined by a pattern of alternating first-ring peaks and first-ring troughs, (2) a second (e.g., downstream) ring 76b defined by a pattern of alternating second-ring peaks and second-ring troughs, and a plurality of legs 50, each of the legs coupled to the first ring and the second ring, and extending radially outward.
Valve frame 30b comprises a tubular portion (e.g., a tubular frame) that has a cellular structure defined by a plurality of metallic elements with spaces therebetween a e.g., as described for valve frame 30, mutatis mutandis.
The cellular structure of the valve frames described herein may also be viewed as defining rings of alternating peaks and troughs, the rings circumscribing the longitudinal axis of the implant. Whereas the waveform (i.e., the peak-trough waveform) of the rings of the outer frame are in phase with each other, the phase of the waveform of the rings of the valve frame typically alternate with respect to each other. That is, for the valve frame, the waveform of one ring is out of phase (e.g., is in antiphase) with that of its axially-adjacent rings. For example, and with reference to
Typically, and as shown for each of the implants described herein, when the frame assembly is assembled, (1) the waveform of one of outer frame rings is in-phase with the waveform of the inner frame ring with which it is axially aligned, and (2) the waveform of one of outer frame rings is out of phase (e.g., is in antiphase) with the waveform of the inner frame ring with which it is axially aligned. For example, and with reference to
Because ring 76b is in antiphase with ring 186b, the peaks of ring 76b are not disposed directly radially outward from respective parts of frame 30b, and therefore are not in contact with frame 30b. However, despite ring 74b being in phase with ring 184b, and the peaks of ring 74b being disposed directly radially outward from respective parts of frame 30b, the peaks of ring 74b are also not in contact with frame 30b. That is, frame assembly 22 defines a radial gap 188 between frames 30 and 60 at the peaks of ring 74b. Typically, therefore, none of the peaks of the rings of frame 60b is in contact with inner frame 30b. In contrast, for frame assembly 22, although the peaks of ring 76 are not in contact with frame 30, the peaks of ring 74 typically are in contact with frame 30.
The features of frame assembly 22b may be used in combination with other implants described herein. For example, other frame assemblies described herein may be shaped to define gap 188, mutatis mutandis.
Reference is made to
Valve body 332a has a cellular structure defined by a plurality of joists 28 connected at a plurality of nodes 102, the joists and nodes delimiting cells of the cellular structure. Except where noted, inner frame 330a is generally the same as inner frame 230 (or inner frame 30), mutatis mutandis, and valve body 332a is generally the same as valve body 32, mutatis mutandis. Compared to valve body 32, valve body 332a comprises additional joists 28, which are hypothesized by the inventors to increase strength and rigidity. In particular, the additional joists are hypothesized by the inventors to increase the resistance of the valve body to compression toward axis ax1, including resistance to circumferential compression (e.g., compression that would otherwise reduce the diameter of the valve body, but that would retain the valve body in a generally cylindrical shape) and localized compression (e.g., compression that would otherwise reduce the diameter of the valve body at only certain locations, causing the valve body to become more oval in transverse cross-section).
Referring back to
Similarly to valve body 32 of frame 30, the cells of the cellular structure of valve body 332a comprise a first circumferential row 109a of cells, and a second circumferential row 109b of cells. That is, row 109a is a row of first-row cells, and row 109b is a row of second-row cells. Each of the cells of row 109a is connected to each of its circumferentially-adjacent first-row cells at a respective major node 106. Typically, and as shown, each of the cells of row 109a is longitudinally delimited by two minor nodes 104 (i.e., the upstream end and the downstream end of each cell is at a respective minor node). It is to be noted that, typically, each of the cells of row 109a is not connected to another cell at these minor nodes 104 (i.e., the minor nodes that longitudinally delimit the first-row cell).
Each of the cells of row 109b is connected to each of its circumferentially-adjacent second-row cells at a respective major node 106. Typically, and as shown, each of the cells of row 109b is longitudinally delimited by at least one major node 106 (e.g., is delimited by one major node at an upstream end of the cell). Typically, and as shown, each of the cells of row 109b is also longitudinally delimited by a minor node 104 (e.g., at a downstream end of the cell). For some applications, and as shown, each of the major nodes 106 at which circumferentially-adjacent first-row cells are connected is also the major node that longitudinally-delimits a respective second-row cell (e.g., at the upstream end of the second-row cell). In the example shown, that common major node 106 is also site 35, at which arms 46 are attached to the valve body.
The cells of the cellular structure of valve body 332a are typically delimited by exactly four nodes 102.
Frame 330a defines coupling elements 31, which are fixed to coupling elements 61 of frame 60 at coupling points, as described hereinabove for frame assembly 22, mutatis mutandis. For some applications, and as shown, coupling elements 31 are defined by respective major nodes 106. Therefore, for some applications, a frame assembly comprises (i) inner frame 330a that defines valve body 332a, and (ii) an outer frame (e.g., frame 60) that circumscribes the valve body, and is coupled to the inner frame by being fixed to major nodes of the valve body. For such applications, coupling elements 31 are typically defined by the major nodes at which circumferentially-adjacent second-row cells are connected.
For some applications, and as shown, valve body 332a is defined by exactly two stacked, tessellated rows 109 of cells. That is, typically, first row 109a is the most upstream row, second row 108b is the most downstream row, and these two rows are tessellated with each other. Therefore, for some applications, all the cells of the cellular structure of valve body 332a are either first-row cells or second-row cells.
Valve body 332a may be described as comprising pairs 108 of joists 28 that run generally parallel to each other. In the expanded state of the valve body (i.e., the state shown in
For some applications, and as shown, the arrangement of joists 28 in pairs 108 results in the joists that delimit the cells of first row 109a not delimiting the cells of second row 109b. That is, for some applications, no individual joist 28 delimits both a first-row cell and a second-row cell.
Another aspect of valve body 332a is as follows: Major nodes 106 are typically arranged in major-node rows, each major-node row circumscribing longitudinal axis ax1 at a respective major-node-row longitudinal site, and minor nodes 104 are typically arranged in minor-node rows, each minor-node row circumscribing the longitudinal axis at a respective minor-node-row longitudinal site. Along at least part of axis ax1, the minor-node-row longitudinal sites alternate with the major-node-row longitudinal sites. For some applications, along at least this part of axis ax1, at least 3 minor-node-row longitudinal sites alternate with at least 2 major-node-row longitudinal sites, e.g., in the order minor-major-minor-major-minor, as shown.
Reference is now made to
Inner frame 330b comprises a valve body (which is a generally tubular portion) 332b that has an upstream end 334b and a downstream end 336b, and is shaped to define a lumen through the valve body from its upstream end to its downstream end. Valve frame 330b further comprises a plurality of arms 46, each of which, in the expanded state, extends radially outward from valve body 332b. Inner frame 330b is typically the same as inner frame 330a, except where noted. Compared to inner frame 330a, inner frame 330b comprises additional joists 28 at upstream end 334b. That is, in contrast to inner frame 330a, for inner frame 330b pairs 108 of joists are also disposed at the upstream side of the upstream row of cells.
In frame 330a, sites 37 are coincident with the upstream extremity of a respective upstream-row cell. In contrast, in frame 330b, sites 37 are not coincident with the upstream extremity of a respective upstream-row cell. Rather, sites 37 are coincident with a minor node that joins the joists that are paired with (e.g., that are parallel with) the joists of the respective upstream-row cell.
Implant 320b is typically the same as implant 320a, except that it comprises inner frame 330b instead of inner frame 330a.
Reference is now made to
Inner frame 330c comprises a valve body (which is a generally tubular portion) 332c that has an upstream end 334c and a downstream end 336c, and is shaped to define a lumen through the valve body from its upstream end to its downstream end. Valve frame 330c further comprises a plurality of arms 46, each of which, in the expanded state, extends radially outward from valve body 332c. Inner frame 330c is typically the same as inner frame 330b, except where noted.
In general, for implants having an expandable cellular structure, such as the valve bodies described herein, for a given size of the implant, a cellular structure that defines fewer, larger cells, advantageously facilitates radial compression (i.e., “crimping”) to a smaller diameter than does a comparable cellular structure that defines more, smaller cells. However, this is typically at the expense of strength and rigidity of the expanded valve. As described hereinabove, the presence of additional joists 28 (e.g., in inner frames 330a, 330b, and 330c) to form pairs 108 is hypothesized to increase strength and rigidity, in particular with respect to compression toward the central longitudinal axis. As a result, it is further hypothesized by the inventors that using such a paired joist cellular structure facilitates reducing the number, and increasing the size, of the cells of the valve body, in order to achieve a valve body that is radially compressible to a smaller diameter while maintaining sufficient strength and rigidity.
Accordingly, valve body 332c of inner frame 330c has fewer, larger cells compared to valve body 32 of inner frame 30, and is therefore radially compressible to a smaller diameter. Whereas each row of cells of valve body 32 includes 12 cells, each row of cells of valve body 332c includes 9 cells. More generally, whereas the rotationally-symmetrical pattern of valve body 32 has 12 repeats (e.g., 12 cells per cell row, 12 minor nodes per minor-node row, 12 major nodes per major-node row, 12 coupling elements, 12 arms 46), the rotationally-symmetrical pattern of valve body 332c has only 9 repeats. (Both valve body 32 and valve body 332c typically have 3 appendages 80 and 3 projections 246.) Both valve body 32 and valve body 332c define two rows of cells. Therefore, whereas valve body 32 defines 24 cells in total, valve body 332c defines 18 cells in total. Whereas valve body 32 defines exactly 24 major nodes, valve body 332c defines exactly 18 major nodes.
For some applications, and as shown, inner frame 330c comprises additional joists 28 at upstream end 334c (e.g., similarly to inner frame 330b). That is, for such applications, pairs 108 of joists are typically also disposed at the upstream side of the upstream row of cells of inner frame 330c. For such applications, implant 320c is typically the same as implant 320b, except that implant 320c comprises 9 rotationally-symmetrical repeats, rather than 12.
For some applications, inner frame 330c does not comprise additional joists 28 at upstream end 334c, and is instead more like inner frame 330a in this regard.
Reference is again made to
Reference is made to
Models 302 are then removed from flanges 54 (
The technique described with reference to
An alternative solution is also contemplated by the inventors, in which an annular bath is positioned circumscribing the central portion of the prosthetic valve or frame assembly, such that all flanges can be placed into the fluid substances even when the flanges are not all disposed on the same side of a prosthetic valve or frame assembly.
For some applications, substance 310 and/or substance 312 may be a mixture of constituents that is initially fluid upon mixing, and that solidifies as the constituents react with each other. For some applications, fluid substance 310f and/or fluid substance 312f is fluid because it is in a molten state, and solidifies as it cools. When solidified, second substance 312 is typically soft, flexible, and/or resilient. For some applications, second substance 312 (or at least solidified second substance 312s) is a foam. For some applications, second substance 312 comprises silicone, polyurethane, a thermoplastic elastomer such as Santoprene™, and/or polyether block amide.
For some applications, the techniques described with reference to
Reference is made to
Each leaflet 58 is attached (e.g., stitched) to liner 427 along a line (e.g., a stitch line) 437. Each leaflet 58 defines a free edge 458, which is typically straight, and at which the leaflet coapts with the other leaflets 58. Stitch line 437 is typically curved. Each leaflet typically defines a curved edge (e.g., an upstream edge) 456 at which the leaflet is attached to liner 427. The curve of edge 456 and/or stitch line 437 is concave toward the downstream end of valvular assembly 430, such that edge 456 and/or stitch line 437 (i) become closer to the downstream end of the valvular assembly at connectors 432, and (ii) are closest to the upstream end of the valvular assembly about midway circumferentially between the connectors. That is, edge 456 has an apex about midway circumferentially between connectors 432.
Typically, and as shown, leaflets 58 extend further axially downstream (i.e., downstream with respect to axis ax1) than does liner 427. Therefore, a downstream portion of each leaflet 58 is typically circumferentially exposed from liner 427. For some applications, and as shown, liner 427 is shaped to define regions 428 at which a downstream edge 436 of the liner recedes from the downstream end of valvular assembly 430. At each region 428, more of the respective leaflet 58 is circumferentially exposed. Each region 428 is typically circumferentially aligned with the concavity defined by edge 456 and/or stitch line 437. At regions 428, downstream edge 436 of liner 427 is typically stitched to ring 182 of frame 230. Therefore, for some applications, the most upstream parts of downstream edge 436 of liner 427 are closer to the upstream end of the implant than is the most downstream parts of arms 46. As described in more detail hereinbelow, in implant 420, regions 428 of liner 427 facilitate the provision of windows 482 into a pouch 490
As indicated by the reference numeral 23, sheets 440, 450, and 460 may all be considered components of sheeting 23. For some applications, liner 427, sheet 440, sheet 450, and/or 460 comprise (e.g., consist of) the same material as each other. Typically, sheets 440, 450, and 460 are provided as flat, and are subsequently shaped during assembly of implant 420, e.g., as described hereinbelow.
For applications in which sheet 440 is provided flat and in the shape of a major arc of an annulus, sheet 440 is shaped into an open frustum by attaching (e.g., stitching) ends 442a and 442b together (
Smaller perimeter 448 of sheet 440 is stitched to an upstream edge 434 of liner 427, to form a substantially sealed channel through implant 420. This stitching is represented by a stitch line 435. Typically, and as shown, projections 246 extend between, and are sandwiched between, perimeter 448 of sheet 440 and upstream edge 434 of liner 427. Upstream edge 434 is typically circular.
Downstream edge 436 of liner 427 is stitched to valve body 32 of frame 30. Typically, downstream edge 436 is shaped and positioned to approximately conform to rings 182 and 184, and is stitched to these rings.
It is to be noted that throughout this patent application (including the specification and the claims) stitching of a perimeter or edge of a sheet to a perimeter or edge of another sheet, does not necessarily mean that the sheets are stitched at their absolute edges (i.e., their free edges). Rather, in this context, the “perimeter” or “edge” also includes the adjacent area of the sheet, as is understood by one of ordinary skill in the stitching art, and as is typically required for effective stitching.
Valvular assembly 430 is typically positioned within frame assembly such that the apex of curved edge 456 of each leaflet 58 is disposed axially close to (e.g., axially within 2 mm of, e.g., within 1 mm of) an upstream end 34 of valve body 32. Valvular assembly 430 is also typically positioned within frame assembly such that free edge 458 of each leaflet 58 is disposed downstream of leg 50.
Subsequently, sheet 450 is attached to frame assembly 222 (
Subsequently, sheet 450 is everted by bringing inner perimeter 452 toward frame assembly 222, and passing the inner perimeter around the tips of arms 46—i.e., axially past the tips of all of the arms (
Inner perimeter 452 is advanced over at least part of valve body 32 toward a downstream end of frame assembly 222, and is stitched in place. Typically, perimeter 452 is advanced between the valve body and legs 50, such that perimeter 452 circumscribes valve body 32, and legs 50 are disposed radially outside of sheet 450. As described hereinabove, each leg 50 extends radially outward and in an upstream direction from a respective leg-base 66 to a respective leg-tip 68. Each leg therefore extends at an acute angle to define a respective cleft 250 between the leg and valve body 32 (e.g., the tubular portion), the cleft open to the upstream direction. Typically, perimeter 452 is tucked into clefts 250, and is stitched into place. Frame assembly 222 defines a distance d22, measured along a straight line, between the ends of arms 46 and clefts 250. For clarity, distance d22 may be defined as a distance between (i) an imaginary ring described by the ends of arms 46, and (ii) an imaginary ring described by clefts 250.
The dimensions and positioning of sheet 450 defines an inflatable pouch 490 that is bounded by sheet 450 (e.g., defining an outer and/or downstream wall of the pouch), sheet 440 (e.g., defining an upstream wall of the pouch), and liner 427 (e.g., defining an inner wall of the pouch). Pouch 490 typically circumscribes the valve body of frame assembly 222. As described in more detail hereinbelow, at least one respective window 482 into pouch 490 is defined between each leaflet 58 and perimeter 452.
For some applications, a soft pad 476 is provided in each pocket 478, typically at tip 472. For some such applications, and as shown in
Alternatively, pads 300 may be used in place of pads 476, and may be added to flanges 54 as described with reference to
For applications in which pad 476 is used, each strip-portion 464a and 464b typically defines a widened region 479 adjacent to fold-line 463, such that when pockets 478 are formed, a receptacle for pad 476 is formed.
Pockets 478 are subsequently slid onto legs 50, and belt 462 is wrapped around frame assembly 222 downstream of legs 50. For applications in which pads 476 are used, flanges 54 of legs 50 are typically advanced into niches 477 of the pads. Belt 462 (e.g., the edge of the belt from which pockets 478 extend) is stitched to sheet 450. More specifically, the upstream edge of belt 462 is stitched circumferentially to perimeter 452 of sheet 450. This is represented by a stitch line 465. Therefore, once implant 420 is assembled, the edge of belt 462 from which pockets 478 extend is an upstream edge of the belt, while the edge that is closest to the downstream end of the implant is a downstream edge of the belt. Legs 50, within pockets 478, extend radially outward from between belt 462 and sheet 450 (e.g., at stitch line 465).
For some applications, tips 472 and/or pads 476 are further secured to flanges 54 by stitching 475, which may pass through a hole 55 (labeled in
As shown in
As described with reference to
Windows 482 open into pouch 490 from the lumen of the valve body. Once implant 420 has been implanted at the native valve, windows 482 are disposed functionally within ventricle 8, whereas at least portions of pouch 490 are disposed functionally within atrium 6. Therefore, during ventricular systole, ventricular pressure (which is much greater than atrial pressure) forces blood into pouch 490, thereby inflating the pouch. This inflation presses pouch 490 against the tissue of the native valve. It is hypothesized by the inventors that this inhibits paravalvular leakage of blood, especially during ventricular systole. For example, the pouch may seal a paravalvular gap at the commissures of the native valve. For some applications, inflation of pouch 490 squeezes tissue of the native valve (e.g., native leaflets) between the pouch and flanges 54. Pouch 490 is typically dimensioned such that, if in a particular region tissue is not disposed between a flange 54 and pouch 490, inflation of the pouch presses the pouch against the flange.
There is therefore provided, in accordance with an application of the present invention, apparatus, comprising:
The first sheet, the second sheet, and the liner define inflatable pouch 490 therebetween, the first sheet defining an upstream wall of the pouch, the second sheet defining a radially-outer wall of the pouch, and the liner defining a radially-inner wall of the pouch. The apparatus defines a plurality of windows (e.g., windows 482) from the lumen into the pouch, each of the windows bounded by the liner at upstream edges of the window, and bounded by the second perimeter at a downstream edge of the window. For some applications in which downstream edge 436 of liner 427 is stitched to ring 182 of frame 230, the most upstream parts of windows 482 are closer to the upstream end of the implant than are the most downstream parts of arms 46
Typically, and as shown, pouch 490 circumscribes the valve body of implant 420.
Typically, and as shown in
For some applications, the upstream edge of each window 482 is the shape of a capital letter M, e.g., with the apices of the letter M at upstream end 34 of the valve body, and with the vertex of the letter M at a site 35. Because region 428 of liner 427 follows, and is stitched to, the joists of valve frame 230 at region 428 of the liner, it is hypothesized by the inventors that this arrangement reinforces the upstream edge of window 482, e.g., increasing durability compared to an arrangement in which the upstream edge of the window crosses between joists of the valve frame.
As described hereinabove, sheet 440 typically covers an upstream side of arms 46. Once pouch 490 has been formed, at least most of each arm 46 is therefore disposed inside the pouch.
For some applications, a circumferential stitch line 445 is used to stitch sheet 440 to sheet 450 at a radius smaller than the overall radius of upstream support portion 40 (i.e., radially inward from the tips of arms 46), typically sandwiching arms 46 between these two sheets. Stitch line 445 is typically radially aligned with region 154 and/or wide (and flexible) portion 46c of arm 46. This typically creates a region 484 in which the portions of sheets 440 and 450 that are disposed radially outward from stitch line 445 are isolated from pouch 490. For such applications, the ends of arms 46 are therefore typically disposed in region 484, and are isolated from pouch 490.
For some applications, and as shown, sheet 450 is sufficiently baggy that the sheet (e.g., pouch 490) may extend radially outward beyond arms 46, particularly if uninhibited by tissue of the native valve. This may be achieved by radial dimension d21 of sheet 450 being greater than distance d22 between the ends arms 46 and clefts 250. For some applications, dimension d21 is more than 30 percent greater (e.g., more than 50 percent greater) than distance d22. For example, dimension d21 may be 30-100 percent greater (e.g., 30-80 percent greater, e.g., 40-80 percent greater, such as 50-70 percent greater) than distance d22. As shown, pouch 490 may extend radially outward beyond arms 46 irrespective of the presence of stitch line 445, which is disposed radially-inward from the ends of arms 46.
Regarding the axial position (i.e., the position along the longitudinal axis of implant 420) of pouch 490 and windows 482. For some applications, pouch 490 extends, with respect to the longitudinal axis of implant 420, further upstream than the leaflets. That is, for some applications, upstream regions of pouch 490 (e.g., those closest to prosthetic valve support 40) are situated further upstream than even the apex of curved edge 456 of leaflets 58. For some applications, and as shown, each of leaflets 58 is attached to liner 427 upstream of windows 482. That is, at least the apex of curved edge 456 of leaflets 58 is disposed upstream of windows 482. Free edge 458 of each leaflet 58 is typically disposed downstream of the third axial level—i.e., the axial level at which perimeter 452 of sheet 450 is attached to frame assembly 222. That is, leaflets 58 typically extend further downstream than pouch 490. For some applications, and as shown, the third axial level (i.e., the axial level at which perimeter 452 of sheet 450 is attached to frame assembly 222) is upstream of the second axial level (i.e., the axial level at which legs 50 are attached to the valve body).
It is to be noted that, whereas liner 427 is disposed on the inside of valve body 32, sheet 450 and belt 462 are disposed on the outside of the valve body. Axially downstream of windows 482, valve body 32 is typically not lined—i.e., no liner is typically disposed between leaflets 58 and frame 30.
It is to be noted that projections 246 are not visible in
For some applications of the invention, the scope of the invention includes using one or more of the apparatus and techniques described in this patent application in combination with one or more of the apparatus and techniques described in one or more of the following documents, each of which is incorporated herein by reference:
It will be appreciated by persons skilled in the art that the present invention is not limited to what has been particularly shown and described hereinabove. Rather, the scope of the present invention includes both combinations and subcombinations of the various features described hereinabove, as well as variations and modifications thereof that are not in the prior art, which would occur to persons skilled in the art upon reading the foregoing description.
The present application is a Continuation of U.S. patent application Ser. No. 16/776,581 to Hariton et al., filed Jan. 30, 2020, and entitled “PROSTHETIC HEART VALVE,” (now U.S. Pat. No. 11,793,633), which is a Continuation of International Patent Application PCT/IL2018/050725 to Hariton et al., filed Jul. 4, 2018, and entitled “PROSTHETIC HEART VALVE,” which published as WO 2019/026059, and which: (a) claims priority from: U.S. patent application Ser. No. 15/668,559 to Iamberger et al., filed Aug. 3, 2017, and entitled “Prosthetic heart valve” (now U.S. Pat. No. 10,537,426),U.S. provisional patent application 62/560,384 to Hariton et al., filed Sep. 19, 2017, and entitled “Prosthetic valve and methods of use,” andU.S. patent application Ser. No. 15/956,956 to Iamberger et al., filed Apr. 19, 2018, and entitled “Prosthetic heart valve” (now U.S. Pat. No. 10,575,948); and(b) is a Continuation-In-Part of U.S. patent application Ser. No. 15/956,956 to Iamberger et al., filed Apr. 19, 2018, and entitled “Prosthetic heart valve” (now U.S. Pat. No. 10,575,948), which is a Continuation-In-Part of U.S. patent application Ser. No. 15/668,559 to Iamberger et al., filed Aug. 3, 2017, and entitled “Prosthetic heart valve” (now U.S. Pat. No. 10,537,426). All of these applications are incorporated herein by reference.
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| Number | Date | Country | |
|---|---|---|---|
| 20240081983 A1 | Mar 2024 | US |
| Number | Date | Country | |
|---|---|---|---|
| 62560384 | Sep 2017 | US |
| Number | Date | Country | |
|---|---|---|---|
| Parent | 16776581 | Jan 2020 | US |
| Child | 18371191 | US | |
| Parent | PCT/IL2018/050725 | Jul 2018 | WO |
| Child | 16776581 | US |
| Number | Date | Country | |
|---|---|---|---|
| Parent | 15956956 | Apr 2018 | US |
| Child | PCT/IL2018/050725 | US | |
| Parent | 15668559 | Aug 2017 | US |
| Child | 15956956 | US |
