Figures & data
Figure 1 Photographs of commonly used prosthetic valves. Left: single-tilting-disk (Medtronic-Hall, Medtronic, Minneapolis, MN) valve; Right: bileaflet-tilting-disk (St Jude Medical, Little Canada, MN) valve.
![Figure 1 Photographs of commonly used prosthetic valves. Left: single-tilting-disk (Medtronic-Hall, Medtronic, Minneapolis, MN) valve; Right: bileaflet-tilting-disk (St Jude Medical, Little Canada, MN) valve.](/cms/asset/169b6f0a-282e-48a0-a6ba-6e2e9cc6f58e/dppa_a_16420_f0001_b.jpg)
Figure 2 Two-way sensitivity analysis of the effects of anticoagulant-related bleeding and patient age at implantation on the recommended valve type.
![Figure 2 Two-way sensitivity analysis of the effects of anticoagulant-related bleeding and patient age at implantation on the recommended valve type.](/cms/asset/a630fa87-9e07-42fd-979d-a599081d85f6/dppa_a_16420_f0002_b.jpg)
Figure 3 Photograph of Porcine (Carpentier–Edwards) Bioprosthesis.
![Figure 3 Photograph of Porcine (Carpentier–Edwards) Bioprosthesis.](/cms/asset/4384941d-c0c9-41a7-81f6-bddf73d6d498/dppa_a_16420_f0003_b.jpg)
Figure 4 Two-way sensitivity analysis of the effects of reoperation for tissue valve failure and patient age at implantation on the recommended valve type.
![Figure 4 Two-way sensitivity analysis of the effects of reoperation for tissue valve failure and patient age at implantation on the recommended valve type.](/cms/asset/24591797-bb03-4500-b390-777485c3f5d3/dppa_a_16420_f0004_b.jpg)
Figure 5 Two-way sensitivity analysis of the effects of mortality with reoperation and patient age at implantation on the recommended valve type.
![Figure 5 Two-way sensitivity analysis of the effects of mortality with reoperation and patient age at implantation on the recommended valve type.](/cms/asset/94ffaecc-6e20-4609-89e5-3922ee4380cc/dppa_a_16420_f0005_b.jpg)
Figure 6 Algorithm for choice of prosthetic heart valve.
Abbreviations: A/C, anticoagulants; AVR, aortic valve replacements; INR, international normalized ratio; MVR, mitral valve replacements.
![Figure 6 Algorithm for choice of prosthetic heart valve.](/cms/asset/cd975178-da86-499b-8448-5a51f88b8c5b/dppa_a_16420_f0006_c.jpg)
Figure 7 Schematic of decision model structure. All patients are initially in the event-free state. With each 1-year cycle of the model, they can move to a different state or remain in the same state according to chance events specified under “Chance events each cycle”.
![Figure 7 Schematic of decision model structure. All patients are initially in the event-free state. With each 1-year cycle of the model, they can move to a different state or remain in the same state according to chance events specified under “Chance events each cycle”.](/cms/asset/a3825046-141a-4a18-a706-6a37dc83784d/dppa_a_16420_f0007_b.jpg)