Abstract: The invention provides a device for securing resilient cord and a method for using the same. The devise comprising a channel for housing a cord whereby the channel has a wall and is curved to provide a path for the cord that is neither straight nor constricting such that when the device is used to secure the cord the wall of the channel provides a frictional force on the cord under tension.

Abstract: A device (10) for laparoscopic or thoracoscopic surgery, the device (10) comprising: a first member (20) to be moved across the body (5) of a patient; and a second member (30) to be placed within the body (5), the second member (30) comprising an image capturing device (32) to capture images from within the body (5) and to transmit the captured images for display; wherein the second member (30) is in magnetic engagement with the first member (20) such that the movement of the second member (30) within the body (5) is in response to movement of the first member (20) across the body (5).

Abstract: A Dilator and a method of manufacturing the same A medical dilator for a gastrostomy feeding tube comprising a first portion (12) a second portion (38) and a central filament (34) having a first end and a second end wherein the first end of the central filament (34) is connected to the first portion (12) and the second end of the central filament (34) is connected to the second portion (38) such that the first and second portion are able to couple together to form an assembled dilator and the central filament is able to fold to form a pull loop. A method of manufacturing the dilator, a tube adapted to be engaged by the dilator and a kit comprising the same.

Abstract: The invention provides a device for securing resilient cord and a method for using the same. The devise comprising a channel for housing a cord whereby the channel has a wall and is curved to provide a path for the cord that is neither straight nor constricting such that when the device is used to secure the cord the wall of the channel provides a frictional force on the cord under tension.

Abstract: A Dilator and a method of manufacturing the same A medical dilator for a gastrostomy feeding tube comprising a first portion (12) a second portion (38) and a central filament (34) having a first end and a second end wherein the first end of the central filament (34) is connected to the first portion (12) and the second end of the central filament (34) is connected to the second portion (38) such that the first and second portion are able to couple together to form an assembled dilator and the central filament is able to fold to form a pull loop. A method of manufacturing the dilator, a tube adapted to be engaged by the dilator and a kit comprising the same.

Abstract: The present invention provides a device (11) for tube feeding, The device (11) comprises a delivery means (11) such as a tube for delivering food, medicines and other fluids to a patient's stomach. The delivery means (11) has a first portion (27) which is received in the patient, the first portion (27) having a maximum cross section substantially equal to or smaller than the aperture in the patient through which the first portion enters and exits so that the delivery means can be removed from the patient with minimal injury thereto, The device (11) also comprises a retaining means (19) to retain the tube in a desired position.

Abstract: A suturing device is disclosed. The suturing device comprises a shaft with a proximal end and a distal end and a passage extending therebetween disposed on a longitudinal axis. A rod is disposed within the shaft passage and is capable of moving axially along the longitudinal axis. A loop-forming opening extends partly along the shaft and into the shaft passage, and is disposed proximal to the distal end. A stop is disposed between the rod and the distal end. A resiliently flexible wire is coupled to the rod and to the stop. In use, movement of the rod towards the distal end compresses the wire against the stop to form a suture-receiving loop extending from the loop-forming opening and wherein movement of the rod towards the proximal end retracts the suture-receiving loop from the loop-forming opening to move the wire into the shaft.

Abstract: A device (10) for laparoscopic or thoracoscopic surgery, the device (10) comprising: a first member (20) to be moved across the body (5) of a patient; and a second member (30) to be placed within the body (5), the second member (30) comprising an image capturing device (32) to capture images from within the body (5) and to transmit the captured images for display; wherein the second member (30) is in magnetic engagement with the first member (20) such that the movement of the second member (30) within the body (5) is in response to movement of the first member (20) across the body (5).