Abstract: Provided herein are embodiments of a weighted eyelid closure device for use in treating lagophthalmos. In accordance with an embodiment, the device can be implanted by an oculoplastic surgeon into a patient's eyelid, to treat lagophthalmos. The device's weight can then be adjusted later by the surgeon, if necessary, without requiring removal of the entire device. For example, if it is discovered that an implanted device is too heavy or too light after it has been implanted within the patient's eyelid, the load of the device can be adjusted by modifying the previous load. Alternatively, a new load having the desired weight can be implanted.

Abstract: Provided herein are embodiments of a weighted eyelid closure device for use in treating lagophthalmos. In accordance with an embodiment, the device can be implanted by an oculoplastic surgeon into a patient's eyelid, to treat lagophthalmos. The device's weight can then be adjusted later by the surgeon, if necessary, without requiring removal of the entire device. For example, if it is discovered that an implanted device is too heavy or too light after it has been implanted within the patient's eyelid, the load of the device can be adjusted by modifying the previous load. Alternatively, a new load having the desired weight can be implanted.

Abstract: Provided herein are embodiments of a weighted eyelid closure device for use in treating lagophthalmos. In accordance with an embodiment, the device can be implanted by an oculoplastic surgeon into a patient's eyelid, to treat lagophthalmos. The device's weight can then be adjusted later by the surgeon, if necessary, without requiring removal of the entire device. For example, if it is discovered that an implanted device is too heavy or too light after it has been implanted within the patient's eyelid, the load of the device can be adjusted by modifying the previous load. Alternatively, a new load having the desired weight can be implanted.

Abstract: The present invention relates to improved methods for making and using bioadhesive, bioresorbable, anti-adhesion compositions made of inter-macromolecular complexes of carboxyl-containing polysaccharides, polyethers, polyacids, polyalkylene oxides, multivalent cations and/or polycations. The polymers are associated with each other and are then either dried into membranes or sponges or are used as fluids or microspheres. Bioresorbable, bioadhesive, antiadhesion compositions are useful in surgery to prevent the formation and reformation of post-surgical adhesions. The compositions are designed to breakdown in vivo, and thus be removed from the body. Membranes are inserted during surgery either dry or optionally after conditioning in aqueous solutions.

Abstract: A device for inserting a substantially square sheet of flexible material through a laparoscopic cannula into an abdominal cavity. The device is an elongate, generally cylindrical member having a proximal end and a distal end and a body portion therebetween. A pair of tines is rigidly affixed to the distal end of the body portion with a slot separating the tines. A handle is affixed to the proximal end of the body portion. The slot defined between the pair of tines is dimensioned to accommodate the sheet thickness therewithin. In a preferred use, the sheet of material is inserted between the tines with diagonal corners of the sheet within the slot. The free corners of the sheet are drawn together with one hand and the handle of the device is rotated to wrap the sheet around the exterior surface of the two tines.