Surgery – Instruments – Suture retaining means
Reexamination Certificate
2001-02-21
2003-10-21
Jackson, Gary (Department: 3731)
Surgery
Instruments
Suture retaining means
C606S216000
Reexamination Certificate
active
06635073
ABSTRACT:
BACKGROUND OF THE INVENTION
The present invention relates to a method of securing tissue in a body of a patient. The method may be utilized to secure soft body tissues, hard body tissues, or to secure both soft and hard body tissues.
Many different devices have previously been utilized to secure body tissues. Many of these devices have utilized anchors which engage either soft body tissue or hard body tissue to hold a suture in a desired location relative to the body tissue. Various methods and devices for use in positioning anchors relative to either soft or hard body tissues are disclosed in U.S. Pat. Nos. 5,403,348; 5,464,426; 5,534,012; 5,593,425; 5,718,717; and 5,948,002. The devices and methods disclosed in these patents have been generally satisfactory in securing either soft, hard, or hard and soft body tissues. Other devices and methods for securing body tissues are disclosed in U.S. Pat. Nos. 4,235,238; 4,448,194; 4,669,473; 5,085,661; and 5,372,146.
SUMMARY OF THE INVENTION
The present invention relates to a new and improved method of securing a first body tissue with a second body tissue. The first body tissue may be a soft body tissue and the second body may be a hard body tissue. Alternatively, the first and second body tissues may both be soft body tissues. It is also contemplated that both the first and second body tissues could be hard body tissues.
When the first and second body tissues are to be interconnected, a first anchor is moved into the second body tissue. If desired, the first anchor could be moved into and through the second body tissue. A second anchor is also moved into the second body tissue. If desired, the second anchor could be moved into and through the second body tissue. The first body tissue may be pressed against or otherwise secured with the second body tissue under the influence of force transmitted from the suture to the first body tissue.
The suture which extends between the anchors may be tensioned by moving at least one of the anchors into the body tissue along a path which extends transverse to a path along which the other anchor is moved into the body tissue. The paths along which the anchors move into the body tissue may extend toward each other. The transverse paths of movement of the anchors into the body tissue promotes gripping of body tissue with the anchors and suture and promotes tensioning of the suture as the anchors move into the body tissue. Although it is believed that it may be desired to move the anchors into the body tissue along transverse paths, it is contemplated that the anchors could be moved into the body tissue along parallel paths if desired.
A desired tension may be established in the suture by moving the anchors into the body tissue. Alternatively, a desired tension may be established in the suture by applying force to portions of the suture and then interconnecting the portions of the suture. A retainer or a knot may be utilized to interconnect portions of the suture.
Regardless of how the tension is established in the suture, it may be desired to establish a predetermined tension in the suture. This may be done by determining the tension in the suture as the anchors are moved into the body tissue. Alternatively, the tension in the suture may be determined during movement of a retainer relative to portions of the suture prior to gripping of the suture with the retainer.
The suture may be a continuous loop which extends between the two anchors. The tension in the loop may be determined as one or more of the anchors are moved into the body tissue. Alternatively, the suture may be formed by a pair of separate portions which are tensioned after the anchors are moved into the body tissue.
One or more guides may be utilized to facilitate positioning of the anchors for movement along paths disposed in a desired spatial relationship with the body tissue. The guides may have tubular guide surfaces with central axes which extend transverse to each other.
Leading end portions of the anchors may be utilized to initiate the formation of openings in the first and/or second body tissue. The leading end portion of each of the anchors may be utilized to pierce soft body tissue, a hard outer layers of bone, and/or cancellous bone as the anchor is moved into the body tissue. If either or both of the anchors are associated with body tissue which is bone, one or more of the anchors may be supported in a spaced apart relationship with a hard outer layer of bone by cancellous bone which is enclosed by the hard outer layer of bone. If desired, passages for the anchors may be formed with a drill or similar tool.
The anchors may advantageously be interconnected while they are disposed in the body tissue. When this is done, the anchors may be moved along transverse paths which intersect in the body tissue. The anchors may be interconnected at the intersection between the two paths.
There are a plurality of embodiments of the invention. Each embodiment of the invention has one or more features which may be advantageously utilized with one or more of the other embodiments of the invention. It is contemplated that the various features of the embodiments of the invention may be utilized separately or combined in any one of many different combinations.
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Bianco Paul D.
Fleit Martin
Fleit Kain Gibbons Gutman & Bongini
Jackson Gary
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