Abstract: An intraocular lens, capable of being manipulated by a pulling tool through an limbal incision in the eye, which utilizes a optical portion. The optical portion takes the form of a flexible transparent body. A fixation element is also employed in the present invention for positioning the lens in a interior segment of the eye. The fixation means may consist of at least one appendage which is connected to the optical portion. The optical portion further possesses an engagement zone for permitting the exertion of a force adjacent the optical portion by a pulling tool. The integrity of the optical portion and/or the fixation element is maintained by reinforcement or strengthening of the same against forces exerted by the pulling tool.

Abstract: A method of suturing tissue including passing a flexible, tubular suture through the tissue. The tissue collapses the tubular suture but is reopened when a second suture is introduced through the tubular suture. A tissue may be severed with the first, flexible, tubular suture before the introduction of the second suture. The second suture is fastened in relation to the tissue to complete the suturing method.

Abstract: An intraocular lens for placement in either the anterior or posterior chamber of the eye which employs a lens portion intended for placement adjacent a side of the iris and at least one flexible appendage extending from the lens portion to the extreme periphery of the iris.

Abstract: An intraocular lens for placement within an eye which employs a lens portion intended for placement on one side of the iris and a pair of appendages fastened to the lens portion, extending to the opposite side of the iris in relation to the lens portion, and further extending to and obtaining fixation at the periphery of the eye.

Abstract: An intraocular lens utilizing an optical lens portion adapted to position over the pupil along the optical axis. A first member and an adjustable second member, space apart under the cornea extend away from the lens portion to the periphery of the iris. The adjustment of the second member permits wedging of the intraocular lens beneath the optical portion of the cornea.

Abstract: An intraocular lens utilizing an optical lens portion adapted to position over the pupil along the optical axis. The lens includes a first member extending away from the lens portion to the periphery of the iris of the eye and being fixed to the lens portion. A second adjustable member includes a projecting element and a wedging piece which are forced toward one another, causing fixation of the lens portion.