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| 7 | Quoted series should have minimum available size of 17mm Effective orifice Area (EOA) for the 17 mm size shuold be more than 1.4 cm2 |
| 8 | Quoted series should have minimum available size of 17mm Effective orifice Area (EOA) for the 17 mm size shuold be more than 1.4 cm2 |
| 9 | Quoted series should have minimum available size of 17mm Effective orifice Area (EOA) for the 17 mm size shuold be more than 1.4 cm2 |
| 10 | Quoted series should have minimum available size of 19mm |
| 11 | Quoted series should have minimum available size of 19mm |
| 12 | Quoted series should have minimum available size of 19mm |
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| 22 | Quoted series should have minimum available size of 19mm |
| 23 | Quoted series should have minimum available size of 19mm |
| 24 | Quoted series should have minimum available size of 19mm |
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| 28 | Albumin Coated or Collagen Coated |
| 29 | Albumin Coated or Collagen Coated |
| 30 | Albumin Coated or Collagen Coated |
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| 37 | Self-Expanding, Supra annular, Porcine Pericardium Transcatheter Aortic Heart Valve without Skirt |
| 38 | Self-Expanding, Supra annular, Porcine Pericardium Transcatheter Aortic Heart Valve without Skirt |
| 39 | Self-Expanding, Supra annular, Porcine Pericardium Transcatheter Aortic Heart Valve without Skirt |
| 40 | Self Expanding, Supra annular, Recapturable Porcine Pericardium Transcatheter Aortic Heart Valve with 3 markers on the commissures and Delivery system with Single Spine Shaft |
| 41 | Self Expanding, Supra annular, Recapturable Porcine Pericardium Transcatheter Aortic Heart Valve with 3 markers on the commissures and Delivery system with Single Spine Shaft |
| 42 | Self Expanding, Supra annular, Recapturable Porcine Pericardium Transcatheter Aortic Heart Valve with 3 markers on the commissures and Delivery system with Single Spine Shaft |
| 43 | Self Expanding, Supra annular, Recapturable Porcine Pericardium Transcatheter Aortic Heart Valve with Skirt, Delivery system with Single Spine Shaft, Larger window in front of coronaty to facilitate coronary access. |
| 44 | Self Expanding, Supra annular, Recapturable Porcine Pericardium Transcatheter Aortic Heart Valve with Skirt, Delivery system with Single Spine Shaft, Larger window in front of coronaty to facilitate coronary access. |
| 45 | Self Expanding, Supra annular, Recapturable Porcine Pericardium Transcatheter Aortic Heart Valve with Skirt, Delivery system with Single Spine Shaft, Larger window in front of coronaty to facilitate coronary access. |
| 46 | Self-Expanding, Supra annular, Porcine Pericardium Transcatheter Aortic Heart Valve with Skirt |
| 47 | Self-Expanding, Supra annular, Porcine Pericardium Transcatheter Aortic Heart Valve with Skirt |
| 48 | Self-Expanding, Supra annular, Porcine Pericardium Transcatheter Aortic Heart Valve with Skirt |
| 49 | Self-Expanding, Intra annular, Recapturable Bovine Pericardium Transcatheter Aortic Heart Valve |
| 50 | Self-Expanding, Intra annular, Recapturable Bovine Pericardium Transcatheter Aortic Heart Valve |
| 51 | Self-Expanding, Intra annular, Recapturable Bovine Pericardium Transcatheter Aortic Heart Valve |
| 52 | Balloon-Expanding, Intra annular, Bovine Pericardium Transcatheter Aortic Heart Valve |
| 53 | Balloon-Expanding, Intra annular, Bovine Pericardium Transcatheter Aortic Heart Valve |
| 54 | Balloon-Expanding, Intra annular, Bovine Pericardium Transcatheter Aortic Heart Valve |
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| 58 | With a bovine jugular vein valve mounted on platinum iridium stent and having a balloon in the balloon delivery system |
| 59 | With a bovine jugular vein valve mounted on platinum iridium stent and having a balloon in the balloon delivery system |
| 60 | With a bovine jugular vein valve mounted on platinum iridium stent and having a balloon in the balloon delivery system |
| 61 | Self Expanding, Fully Sheathable Porcine pericardial tissue valve |
| 62 | Self Expanding, Fully Sheathable Porcine pericardial tissue valve |
| 63 | Self Expanding, Fully Sheathable Porcine pericardial tissue valve |
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| 67 | Transcatheter Edge to Edge repair for Mitral Valve |
| 68 | Transcatheter Edge to Edge repair for Mitral Valve |
| 69 | Transcatheter Edge to Edge repair for Mitral Valve |
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| 85 | Temporary, For Open Heart Surgical Implantation |
| 86 | Temporary, For Open Heart Surgical Implantation |
| 87 | Temporary, For Open Heart Surgical Implantation |
| 88 | Temporary, For Open Heart Surgical Implantation |
| 89 | Temporary, For Open Heart Surgical Implantation |
| 90 | Temporary, For Open Heart Surgical Implantation |
| 91 | Destination Therapy, For Open Heart Surgical Implantation |
| 92 | Destination Therapy, For Open Heart Surgical Implantation |
| 93 | Destination Therapy, For Open Heart Surgical Implantation |
| 94 | Destination Therapy, For Open Heart Surgical Implantation |
| 95 | Destination Therapy, For Open Heart Surgical Implantation |
| 96 | Destination Therapy, For Open Heart Surgical Implantation |
| 97 | Should have a complete rigid ring, To be constructed of a strong, durable alloy, Should have a increased sewing margin in the P2-P3 region, Should be marked with suture and designed to accommodate a double suture row, Should have a Dipped P3 region to accommodate higher stresses from downward LV displacement, Should have a convenient holder/handle to increase ease of use & operative efficiency |
| 98 | Should have a complete rigid ring, To be constructed of a strong, durable alloy, Should have a increased sewing margin in the P2-P3 region, Should be marked with suture and designed to accommodate a double suture row, Should have a Dipped P3 region to accommodate higher stresses from downward LV displacement, Should have a convenient holder/handle to increase ease of use & operative efficiency |
| 99 | Should have a complete rigid ring, To be constructed of a strong, durable alloy, Should have a increased sewing margin in the P2-P3 region, Should be marked with suture and designed to accommodate a double suture row, Should have a Dipped P3 region to accommodate higher stresses from downward LV displacement, Should have a convenient holder/handle to increase ease of use & operative efficiency |
| 100 | Two dimentional (2D) design, AP to transverse diameter should be atleast 3:4 |
| 101 | Two dimentional (2D) design, AP to transverse diameter should be atleast 3:4 |
| 102 | Two dimentional (2D) design, AP to transverse diameter should be atleast 3:4 |
| 103 | Three dimentional (3D) design, Saddle Shape |
| 104 | Three dimentional (3D) design, Saddle Shape |
| 105 | Three dimentional (3D) design, Saddle Shape |
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