Abstract: This document relates to medical devices (e.g., organ ports such as transapical heart ports) and methods and materials for implanting and using such medical devices. For example, organ ports and entry devices that can be used to implant an organ port are provided.

Abstract: This document provides methods and materials related to providing a mammal with a replacement valve (e.g., a synthetic or artificial heart valve). For example, synthetic or artificial heart valve that can be delivered in a minimally invasive manner are provided.

Abstract: This document relates to medical devices (e.g., organ ports such as transapical heart ports) and methods and materials for implanting and using such medical devices. For example, organ ports and entry devices that can be used to implant an organ port are provided.

Abstract: A device for the treatment of ischemic mitral regurgitation of a damaged left ventricle having an opposing papillary muscles displaced laterally or axially relative to the mitral annulus. The device includes a lateral limb configured to extend between opposing papillary muscles of a left ventricle and first and second axial limbs extending from spaced points on the lateral limb to form an essentially U-shaped configuration. The first and second axial limbs are configured to extend between the lateral limb and a mitral annulus. A method for the treatment of mitral regurgitation comprises extending a first segment of the lateral limb of the device across opposing sides of a ventricle near opposing papillary muscles. The segment of the first lateral limb is shortened as needed to put the first and second papillary muscles into a substantially normal lateral position relative to the mitral annulus and the length of the segment of the first lateral limbs is fixed.

Abstract: This document relates to medical devices. For example, transapical heart ports, methods for making transapical heart ports, and methods for using transapical heart ports are provided.

Abstract: A probe and suction device for use during surgery is disclosed. The device includes an elongated tubular handle adapted for connection to a source of suction and a separable elongated tubular probe and suction member. It includes a suction regulating orifice in the handle and is characterized by a positive snap-on rotatable connection between the handle and the probe and suction member. The digital end of the probe and suction member is blunted to avoid tissue damage.