Claims Analysis
Total Claims: 18
Claim 1
Independent Claim
78 words
A container for packing a prosthesis comprising: a sterile inner wrapping surrounding a chamber shaped for receiving the prosthesis, the inner wrapping having a fluid-tight wall with at least one gas-permeable region; a sterile outer wrapping substantially enclosing the inner wrapping and having at least one gas-permeable region; and first and second inner ports in the inner wrapping fluidly coupled to first and second outer ports, respectively, in the outer wrapping for providing fluid access to the chamber.
Claim 2
Dependent Claim
78 words
A container for packing a prosthesis comprising: a sterile inner wrapping surrounding a chamber shaped for receiving the prosthesis, the inner wrapping having a fluid-tight wall with at least one gas-permeable region; a sterile outer wrapping substantially enclosing the inner wrapping and having at least one gas-permeable region; and first and second inner ports in the inner wrapping fluidly coupled to first and second outer ports, respectively, in the outer wrapping for providing fluid access to the chamber.
Claim 3
Dependent Claim
26 words
The container of claim 1 wherein the wrappings each comprise a molded tray and a gas-permeable lid, the inner and outer ports extending through the trays.
Claim 4
Dependent Claim
14 words
The container of claim 2 wherein the lids are removably attached to the trays.
Claim 5
Dependent Claim
17 words
The container of claim 2 wherein the trays each comprise a hot formed sheet of thermoplastic material.
Claim 6
Dependent Claim
52 words
The container of claim 1 further comprising an overflow port in the inner wrapping, a third outer port in the outer wrapping, and a connection plug fluidly coupling the overflow port to third outer port and tubes fluidly coupling the first and second inner ports to the first and second outer ports.
Claim 7
Dependent Claim
23 words
The container of claim 5 wherein the inner and outer ports comprise an elastomeric seal and a hollow tube extending through the seal.
Claim 8
Dependent Claim
27 words
The container of claim 1 further comprising holding means, positionally fixed within the inner wrapping, for securing the prosthesis within a fixed area in the inner wrapping.
Claim 9
Dependent Claim
36 words
The container of claim 1 wherein the inner and outer wrappings have a generally rectangular shape with first and second ends, the inner and outer ports being disposed on one of the first and second ends.
Claim 10
Dependent Claim
29 words
The container of claim 1 wherein the inner wrapping further comprises a sump fluidly coupled to the third inner port for collecting overflow fluid exiting the third inner port.
Claim 11
Dependent Claim
21 words
The container of claim 9 wherein the inner wrapping further comprises channels fluidly coupling the sump to the third inner port.
Claim 12
Dependent Claim
79 words
A storage system comprising: a vascular prosthesis charged with a patient's endothelial cells; and a container for housing the prosthesis comprising: a sterile inner wrapping enclosing the prosthesis and having a fluid-tight wall with portions that are gas-permeable and at least one inner opening providing fluid access to the prosthesis; and a sterile outer wrapping enclosing the inner wrapping and having at least one outer opening coupled to the inner opening, the outer wrapping having portions that are gas-permeable.
Claim 13
Dependent Claim
79 words
A storage system comprising: a vascular prosthesis charged with a patient's endothelial cells; and a container for housing the prosthesis comprising: a sterile inner wrapping enclosing the prosthesis and having a fluid-tight wall with portions that are gas-permeable and at least one inner opening providing fluid access to the prosthesis; and a sterile outer wrapping enclosing the inner wrapping and having at least one outer opening coupled to the inner opening, the outer wrapping having portions that are gas-permeable.
Claim 14
Independent Claim
201 words
A method for preparing a hybrid prosthesis for implantation into a patient's body comprising the steps of: (a) housing the prosthesis in a chamber enclosed by an inner wrapping having a fluid-tight wall with at least one gas-permeable region and having first and second inner ports, the inner wrapping being enclosed by an outer wrapping having at least one gas-permeable region and first and second outer ports fluidly coupled to the inner ports; (b) connecting at least the first outer port to a fluid delivery source; (c) sealing the second inner port; (d) pumping water through the first inner and outer ports to force the water through an outer wall of the prosthesis into a hollow bore within the prosthesis, the water displacing air from the chamber through the gas-permeable regions of the inner and outer wrappings; (e) securing the prosthesis to a fixed position within the inner wrapping so that the prosthesis is enveloped by the water; (f) pumping a suspension of endothelial cells from the patient through the first inner and outer ports to force the endothelial cells into the outer wall of the prosthesis; and (g) opening an overflow port to allow the water to exit the chamber.
Claim 15
Independent Claim
201 words
A method for preparing a hybrid prosthesis for implantation into a patient's body comprising the steps of: (a) housing the prosthesis in a chamber enclosed by an inner wrapping having a fluid-tight wall with at least one gas-permeable region and having first and second inner ports, the inner wrapping being enclosed by an outer wrapping having at least one gas-permeable region and first and second outer ports fluidly coupled to the inner ports; (b) connecting at least the first outer port to a fluid delivery source; (c) sealing the second inner port; (d) pumping water through the first inner and outer ports to force the water through an outer wall of the prosthesis into a hollow bore within the prosthesis, the water displacing air from the chamber through the gas-permeable regions of the inner and outer wrappings; (e) securing the prosthesis to a fixed position within the inner wrapping so that the prosthesis is enveloped by the water; (f) pumping a suspension of endothelial cells from the patient through the first inner and outer ports to force the endothelial cells into the outer wall of the prosthesis; and (g) opening an overflow port to allow the water to exit the chamber.
Claim 16
Dependent Claim
132 words
The method of claim 12 further comprising the steps of: (h) closing the overflow port; (i) pumping water through the first inner and outer ports to direct water in a radial direction through the outer wall of the prosthesis, the water removing substances dissolved in the endothelial cell suspension from the outer wall of the prosthesis; (j) opening the overflow port to allow the water to exit the chamber; (k) repeating steps (h), (i) and (j) until the substances are substantially removed from the prosthesis; (l) opening the second inner port; and (m) pumping water through the second inner and outer ports into the chamber, the water flowing past the prosthesis in an axial direction and exiting through the first inner and outer ports to further remove the substances from the prosthesis.
Claim 17
Dependent Claim
101 words
A container for packing a prosthesis comprising: a sterile inner wrapping surrounding a chamber that is adapted for the prosthesis, the inner wrapping having a water-tight wall with inner and outer surfaces and at least one gas-permeable region; a sterile outer wrapping completely enclosing the inner wrapping so that the outer surface of the inner wrapping remains sterile, the outer wrapping being removable from the inner wrapping and having at least one gas-permeable region; and at least one opening in the inner wrapping fluidly coupled to at least one opening in the outer wrapping for providing fluid access to the chamber.
Claim 18
Dependent Claim
101 words
A container for packing a prosthesis comprising: a sterile inner wrapping surrounding a chamber that is adapted for the prosthesis, the inner wrapping having a water-tight wall with inner and outer surfaces and at least one gas-permeable region; a sterile outer wrapping completely enclosing the inner wrapping so that the outer surface of the inner wrapping remains sterile, the outer wrapping being removable from the inner wrapping and having at least one gas-permeable region; and at least one opening in the inner wrapping fluidly coupled to at least one opening in the outer wrapping for providing fluid access to the chamber.