Abstract: An anastomosis device for joining hollow lumens or viscera, suitable for deployment at the surface of two superposed adjacent lumens. The device has a main tubular body of longitudinal axis (L), having first and second open ends and opposite outside and inside faces. The main tubular body has at least three columns of loops and at least three rows of loops and sets of proximal and distal radial projections extending along at least a depth (E) at the peripheries of the first and second ends respectively. The distal and proximal sets are spaced apart by a minimum internal distance (D), and further include a set of intermediate radial projections extending along at most a depth (e) and arranged between the sets of proximal and distal radial projections. The depth (e) is less than (E), and the minimum internal distance (D) is determined so as to receive two superposed adjacent lumens.

Abstract: The invention provides an anastomosis device for joining together hollow lumens or viscera, the device being suitable for being deployed at the surface of two superposed adjacent lumens, said device comprising a main tubular body of longitudinal axis (L), having first and second open ends and opposite outside and inside faces, said main tubular body comprising at least three columns of loops and at least three rows of loops.

Abstract: In connection with herniotomia or laparoscopy a device (12) for supporting the abdominal wall may be passed into the abdominal cavity through a percutaneously arranged guard tube (23) that is preferably inserted in the abdominal cavity through the hernial canal. The supporting device (12) includes a barrier material (13) which may for instance be a synthetic net. The supporting device has a stiffener (14) allowing such a controlled deformation of the barrier material that the supporting device may pass through the guard tube (23), following which the stiffener is capable of unfolding the barrier material into a substantially plane condition. After insertion and unfolding the supporting device (12) may be tightened against the peritoneum (26) by means of a thread (19) that may be fastened on the surface of the patient's skin.