| 1 | 1.001 | Purchase of Diff.types of consumable valves,rings &conduits items for CTVS Department on 2 year Rate Contract Basis Part I | | | |
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| 2 | 1.01 | Tricuspid Repair ring, rigid, all sizes.\n• Sterile double packed tricuspid rigid ring with an anterior gap with polyester of PTFE cloth with marking for commissures.\n• Should have an oval shape and opening for AV node.\n• All Sizes | item1 | 40 | pices |
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| 3 | 2 | Tricuspid repair ring, semi rigid, all sizes.\n• Design should adapts to the three-dimensional geometry of the tricuspid valve in systole and diastole\n• Braided sewing ring construction for smooth needle penetration and easy implantation\n• A semi-rigid segment should be supported by soft, flexible segments for suturing delicate tissue\n | item2 | 40 | pices |
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| 4 | 3 | 3-D tricuspid annuloplasty ring, all sizes\n• Should be a rigid annuloplasty ring with three-dimensional shape and with an incomplete ring shape to avoid the sensitive conduction system.\n• Should have a downward angle in septal region to help reduce the stress on sutures and the risk of ring dehiscence\n | item3 | 20 | pices |
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| 5 | 4 | Mitral repair ring, rigid, all sizes\n• Sterile double packed rigid ring complete or with anterior gap with polyester or PTFE cloth with marking for commissures. \n• Kidney shaped for mitral position. | item4 | 40 | pices |
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| 6 | 5 | Mitral repair ring, semi-rigid, all sizes\n• Complete ring.\n• Distinctive hybrid (saddle and flat) design\n• The flexible anterior segment should provide complete annular support while respecting the physiological motion of the aorto-mitral curtain.\n | item5 | 40 | pices |
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| 7 | 6 | Mitral 3 D ring, all sizes\n• Fully rigid remodelling ring with a physiologic mitral valve shape. \n• Suitable to treat functional mitral valve diseases, such as ischemic mitral regurgitation and dilated cardiomyopathy.\n• Titanium alloy core with polyester woven cloth. | item6 | 20 | pices |
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| 8 | 7 | Fully flexible mitral ring, all sizes.\n• Fully flexible ring/band. \n• Should have X-ray visibility.\n• Wide range of sizes - 25mm-35mm | item7 | 40 | pices |
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| 9 | 8 | Mitral asymmetric annuloplasty ring for ischemic MR. All sizes\n• Should have a complete rigid ring. \n• To be constructed of a strong, durable alloy. \n• Should have a increased sewing margin in the P2-P3 region, \n• Should be marked with suture and designed to accommodate a double suture row. \n• Should have a Dipped P3 region to accommodate higher stresses from downward LV displacement. \n• Should have a convenient holder/handle to increase ease of use & operative efficiency \n | item8 | 20 | pices |
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| 10 | 9 | Composite annuloplasty ring for mitral repair. All sizes\n• Should have semi rigid posterior remodelling with anterior flexibility, \n• should have polyester knit covering with MP-35N/ silicone core | item9 | 20 | pices |
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| 11 | 10 | Bovine pericardial aortic tissue valve for supra-annular placement. All sizes. \n• Bio-mechanically engineered tissue valve with three Leaflets of identical thickness and identical flexibility. \n• Should be a true supra annular valve. \n• Scallop shaped sewing ring for aortic position. \n• Should be Low profile tissue valve. \n• Should have Tissue treatment to irreversibly extract both calcium binding sites phospholipid, and residual glutaraldehyde, \n• Should have Flexible and Durable Stent. \n• Short term and long-term clinical data should be available, establishing Durability & consistency in hemodynamic performance.\n• Should have a sizer (barrel and replica end) for optimum sizing and placement. \n | item10 | 40 | pices |
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| 12 | 11 | Bovine pericardial mitral tissue valve for supra-annular placement. All sizes.\n\n• Bio mechanically engineered tissue valve with three leaflets of identical thickness, and identical Flexibility. Should be a True supra annular valve with a saddle shaped sewing ring with posterior flexibility & anterior rigidity for optimal conformity at Mitral position, should have LVOTO markers for correct orientation, preventing any LVOT obstruction, with convenient deployment system to prevent suture looping and ease of deployment. \n• Low profile tissue valve with asymmetrical sewing ring should preserve sub valvular apparatus and prevent LV impingement. Should have Tissue treatment to irreversibly extract both calcium binding sites Phospholipids, residual glutaraldehyde, should have a flexible stent & optimal tissue stent compatibility for greater reliability. Clinical data to be available establishing long term durability and consistency in hemodynamic performance. \n• Short term and long-term clinical data should be available, establishing Durability & consistency in hemodynamic performance.\n | item11 | 40 | pices |
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| 13 | 12 | Bovine pericardial aortic valve, supra annular, externally mounted pericardium. All sizes\n• Should have stented, pericardial single layered leaflet externally mounted to optimize hemodynamic. Should have tissue to tissue interface adding to durability. \n• Should have anti calcification treatment to reduce calcification. \n• Supra annular design. | item12 | 40 | pices |
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| 14 | 13 | Porcine tissue heart valve (Mitral). All sizes\n• Should have stented, triple composite design with separate porcine leaflets to optimize leaflets coaptation and reduce stress.\n• Should have anti-calcification treatment to reduce calcification. \n• Low profile height.\n• Should have both CE and FDA approval\n | item13 | 300 | pices |
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| 15 | 14 | Porcine tissue heart valve (aortic) All sizes\n• Should have stented, triple composite design with separate porcine leaflets to optimize leaflets coaptation and reduce stress.\n• Should have anti-calcification treatment to reduce calcification. \n• Low profile height.\n• Should have both CE and FDA approval. | item14 | 200 | pices |
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| 16 | 15 | Stentless, Porcine, Aortic root (All sizes)\n\n• For replacement of pathologic or prosthetic aortic valves, pulmonary valve replacement, and right ventricular outflow tract (RVOT) reconstruction \n• Should have excellent hemodynamic, durability, and patient outcomes.\n• Can be used for full root, modified sub coronary, and complete subcoronary configurations.\n• Anti-calcification tissue treatment \n• Physiologic Fixation process | item15 | 30 | pices |
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| 17 | 16 | Bovine Jugular Vein Conduit (Size 12)\n• Suitable for reconstruction or replacement of the natural right ventricular outflow tract (RVOT).\n• Un-stented\n• Preserved in buffered glutaraldehyde\n• No thawing or preclotting should be required\n• Trileaflet venous valve | item16 | 20 | pices |
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| 18 | 17 | Bovine Jugular Vein Conduit (Size 14)\n• Suitable for reconstruction or replacement of the natural right ventricular outflow tract (RVOT).\n• Un-stented\n• Preserved in buffered glutaraldehyde\n• No thawing or preclotting should be required\n• Trileaflet venous valve | item17 | 20 | pices |
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| 19 | 18 | Bovine Jugular Vein Conduit (Size 16)\n• Suitable for reconstruction or replacement of the natural right ventricular outflow tract (RVOT).\n• Un-stented\n• Preserved in buffered glutaraldehyde\n• No thawing or preclotting should be required\n• Trileaflet venous valve | item18 | 16 | pices |
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| 20 | 19 | Bovine Jugular Vein Conduit (Size 18)\n• Suitable for reconstruction or replacement of the natural right ventricular outflow tract (RVOT).\n• Un-stented\n• Preserved in buffered glutaraldehyde\n• No thawing or preclotting should be required\n• Trileaflet venous valve | item19 | 16 | pices |
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| 21 | 20 | Bovine Jugular Vein Conduit (Size 20)\n• Suitable for reconstruction or replacement of the natural right ventricular outflow tract (RVOT).\n• Un-stented\n• Preserved in buffered glutaraldehyde\n• No thawing or preclotting should be required\n• Trileaflet venous valve | item20 | 16 | pices |
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