Other products from "INTEGRA NEUROSCIENCES IMPLANT (FRANCE)"
No Primary DI Version or Model Catalog Number Device Description Product Code Product Code Name Device Class Brand Name
1 10381780036050 9OS5211 9OS5211 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
2 10381780036043 9OS521 9OS521 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
3 10381780036036 9OS512P 9OS512P The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components 2 Integra Flow Regulating Valve Low Flow
4 10381780036029 9OS512 9OS512 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
5 10381780036012 9OS502P 9OS502P The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components 2 Integra Flow Regulating Valve Low Flow
6 10381780035442 909512P 909512P The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components 2 Integra Flow Regulating Valve Low Flow
7 10381780035435 909508S 909508S The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
8 10381780035428 909507S 909507S The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
9 10381780035411 909500P 909500P The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components 2 Integra Flow Regulating Valve Low Flow
10 10381780034247 951103 951103 The Integra Y- Lumbar Catheter consists of a F5 (ID: 0.8 mm) radiopaque silicone The Integra Y- Lumbar Catheter consists of a F5 (ID: 0.8 mm) radiopaque silicone tubing with two open-ended arms (75 mm each) featuring several rows of inlet holes. The Y-shape consists of a 30 degree angle connection between the arms and the drainage catheter. The catheter overall length is 80 cm. A F5 radiopaque silicone Suture Clamp and a F8 -F5 radiopaque polypropylene Stepdown Connector (OD: 1.8 and 1.5 mm; ID: 0.8 mm) are supplied with the catheter. JXG Shunt, central nervous system and components Lumbar Catheter
11 10381780033875 909515 909515 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
12 10381780033912 909521 909521 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
13 10381780033905 909520 909520 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
14 10381780033899 909519 909519 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
15 10381780033882 909518 909518 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
16 10381780033868 909514 909514 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
17 10381780033851 909513 909513 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
18 10381780033844 909512 909512 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
19 10381780033837 909511 909511 The Integra Flow Regulating Valves Low Flow Lumbar are implantable hydrocephalu The Integra Flow Regulating Valves Low Flow Lumbar are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the lumbar subarachnoid region to the peritoneal cavity. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
20 10381780033820 909510 909510 The Integra Flow Regulating Valves Low Flow Lumbar are implantable hydrocephalu The Integra Flow Regulating Valves Low Flow Lumbar are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the lumbar subarachnoid region to the peritoneal cavity. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
21 10381780033813 909508 909508 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
22 10381780033806 909507 909507 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
23 10381780033790 909506 909506 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
24 10381780033783 909505 909505 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
25 10381780033776 909504 909504 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
26 10381780033769 909503 909503 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
27 10381780033752 909502 909502 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
28 10381780033745 909501 909501 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
29 10381780033738 909500 909500 The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure. JXG Shunt, central nervous system and components Integra Flow Regulating Valve Low Flow
30 10381780033530 903440 903440 The Gravity Compensating Accessory (GCA) is designed to counterbalance gravity’s The Gravity Compensating Accessory (GCA) is designed to counterbalance gravity’s effects on the fluid column within the drainage catheter of an implanted shunt system. The GCA consists of a silicone elastomer encased stainless steel housing with a ruby ball held in a stainless steel seat (in the vertical orientation) by two to four stainless steel balls. In the horizontal orientation, a minimal resistance to flow (<30mmH2O at 5ml/h) is added to the system, and in the vertical orientation: 140-170, 200-250 or 260-320mmH2O (at 5ml/h). JXG Shunt, central nervous system and components Gravity Compensating Accessory
31 10381780033523 903435 903435 The Gravity Compensating Accessory (GCA) is designed to counterbalance gravity’s The Gravity Compensating Accessory (GCA) is designed to counterbalance gravity’s effects on the fluid column within the drainage catheter of an implanted shunt system. The GCA consists of a silicone elastomer encased stainless steel housing with a ruby ball held in a stainless steel seat (in the vertical orientation) by two to four stainless steel balls. In the horizontal orientation, a minimal resistance to flow (<30mmH2O at 5ml/h) is added to the system, and in the vertical orientation: 140-170, 200-250 or 260-320mmH2O (at 5ml/h). JXG Shunt, central nervous system and components Gravity Compensating Accessory
32 10381780033516 903430 903430 The Gravity Compensating Accessory (GCA) is designed to counterbalance gravity’s The Gravity Compensating Accessory (GCA) is designed to counterbalance gravity’s effects on the fluid column within the drainage catheter of an implanted shunt system. The GCA consists of a silicone elastomer encased stainless steel housing with a ruby ball held in a stainless steel seat (in the vertical orientation) by two to four stainless steel balls. In the horizontal orientation, a minimal resistance to flow (<30mmH2O at 5ml/h) is added to the system, and in the vertical orientation: 140-170, 200-250 or 260-320mmH2O (at 5ml/h). JXG Shunt, central nervous system and components Gravity Compensating Accessory
33 10381780037248 VC1 VC1 The Integra NeuroSciences Ventricular Catheter is a 25 cm silicone elastomer tub The Integra NeuroSciences Ventricular Catheter is a 25 cm silicone elastomer tubing with full barium impregnation. Numbered length markers are located 5 and 10 cm from the proximal end. Length marker dots are located at 1 cm increments 3 to 14 cm from the proximal end. The proximal end presents fourty (40) flow holes. The proximal tip is constructed of molded, barium sulfate impregnated silicone to provide smooth, consistent end, which aid catheter placement. A stainless steel stylet and a right angle guide are provided. JXG Shunt, central nervous system and components Straight Ventricular Catheter
34 10381780033356 901411 901411 Connectors are implantable accessories intended to be used with Integra Hydrocep Connectors are implantable accessories intended to be used with Integra Hydrocephalus Valve Systems for connection between an implanted ventricular catheter or drainage catheter and a CSF Shunt System. JXG Shunt, central nervous system and components Stainless Steel Connector
35 10381780033363 901412 901412 Connectors are implantable accessories intended to be used with Integra Hydrocep Connectors are implantable accessories intended to be used with Integra Hydrocephalus Valve Systems for connection between an implanted ventricular catheter or drainage catheter and a CSF Shunt System. JXG Shunt, central nervous system and components Stainless Steel Connector
36 10381780033387 901415 901415 Connectors are implantable accessories intended to be used with Integra Hydrocep Connectors are implantable accessories intended to be used with Integra Hydrocephalus Valve Systems for connection between an implanted ventricular catheter or drainage catheter and a CSF Shunt System. JXG Shunt, central nervous system and components Stainless Steel Connector
37 10381780033370 901414 901414 Connectors are implantable accessories intended to be used with Integra Hydrocep Connectors are implantable accessories intended to be used with Integra Hydrocephalus Valve Systems for connection between an implanted ventricular catheter or drainage catheter and a CSF Shunt System. JXG Shunt, central nervous system and components Stainless Steel Connector
38 10381780033349 901410 901410 Connectors are implantable accessories intended to be used with Integra Hydrocep Connectors are implantable accessories intended to be used with Integra Hydrocephalus Valve Systems for connection between an implanted ventricular catheter or drainage catheter and a CSF Shunt System. JXG Shunt, central nervous system and components Stainless Steel Connector
39 10381780250395 VTUN The Camino Flex Ventricular Intracranial Pressure Monitoring Kit is indicated wh The Camino Flex Ventricular Intracranial Pressure Monitoring Kit is indicated when direct and continuous intraventricular intracranial pressure monitoring and cerebrospinal fluid drainage are required. The catheter is embedded with a strain gauge pressure transducer.The system is designed for no more than five days of continuous monitoring. GWM DEVICE, MONITORING, INTRACRANIAL PRESSURE 2 Camino®
40 10381780035985 9MZ500 9MZ500 The Radiopaque Polypropylene Plug consists of a Tubing Plug provided for surgeon The Radiopaque Polypropylene Plug consists of a Tubing Plug provided for surgeons using the Integral Ventricular Reservoir (IVR) who prefer to use the wire introducer for introduction of the ventricular catheter. The plug allows to close the catheter after its placement. JXG Shunt, central nervous system and components Radiopaque Polypropylene Plug
41 10381780035602 910410B 910410B The Integral Drainage Set (IDS) consists of a one-piece assembly (male Luer-lock The Integral Drainage Set (IDS) consists of a one-piece assembly (male Luer-lock connector; small diameter drainage inlet tube with attached clamp, check valve, and silicone band; graduated bag with hydrophobic vent filter, drip chamber, suspension string with adjustable clip; large diameter drainage collector; outlet tube with clamp, watertight cap and silicone band); a 360° three-way stopcock with Luer-lock connectors; two stopcock protection boxes. JXG Shunt, central nervous system and components Integral Drainage Set
42 10381780035589 910123A 910123A The External Drainage Set (EDS) consists of: an extension tubing line with a T f The External Drainage Set (EDS) consists of: an extension tubing line with a T fitting and a four-way stopcock; a one-piece drainage tube assembly, including a patient line with a T fitting, a tubing, an antireflux valve, a 75 ml cylinder and a drainage tubing; a drainage bag with female luer lock connector, a suspension hook and a hydrophobic filter; a 350 mm H2O drainage pressure scale. A Ventricular Catheter Accessory Kit (VCAK). A Pressure Transducer. JXG Shunt, central nervous system and components External Drainage Set
43 10381780035565 910120A 910120A The External Drainage Set (EDS) consists of: an extension tubing line with a T f The External Drainage Set (EDS) consists of: an extension tubing line with a T fitting and a four-way stopcock; a one-piece drainage tube assembly, including a patient line with a T fitting, a tubing, an antireflux valve, a 75 ml cylinder and a drainage tubing; a drainage bag with female luer lock connector, a suspension hook and a hydrophobic filter; a 350 mm H2O drainage pressure scale. A Lumbar Catheter Accessory Kit (LCAK). JXG Shunt, central nervous system and components External Drainage Set
44 10381780035558 910116D 910116D 6 Drainable Collection Bags, 500 ml, with female Luer-lock connector, a suspensi 6 Drainable Collection Bags, 500 ml, with female Luer-lock connector, a suspension hook, and a hydrophobic filter. JXG Shunt, central nervous system and components External Drainage Set
45 10381780035541 910116A 910116A Replacement Drainage Bag, 500 ml, with female Luer-lock connector, a suspension Replacement Drainage Bag, 500 ml, with female Luer-lock connector, a suspension hook, and a hydrophobic filter. JXG Shunt, central nervous system and components External Drainage Set
46 10381780035527 910112A 910112A The External Drainage Set (EDS) consists of: an extension tubing line with a T f The External Drainage Set (EDS) consists of: an extension tubing line with a T fitting and a four-way stopcock; a one-piece drainage tube assembly, including a patient line with a T fitting, a tubing, an antireflux valve, a 75 ml cylinder and a drainage tubing; a drainage bag with female luer lock connector, a suspension hook and a hydrophobic filter; a 350 mm H2O drainage pressure scale. It also includes a Ventricular Catheter Accessory Kit. JXG Shunt, central nervous system and components External Drainage Set
47 10381780035503 910110A 910110A The External Drainage Set (EDS) consists of: an extension tubing line with a T f The External Drainage Set (EDS) consists of: an extension tubing line with a T fitting and a four-way stopcock; a one-piece drainage tube assembly, including a patient line with a T fitting, a tubing, an antireflux valve, a 75 ml cylinder and a drainage tubing; a drainage bag with female luer lock connector, a suspension hook and a hydrophobic filter; a 350 mm H2O drainage pressure scale. JXG Shunt, central nervous system and components External Drainage Set
48 10381780034612 999304 999304 The CSF Reservoir consists of a silicone dome-shaped reservoir incorporating a p The CSF Reservoir consists of a silicone dome-shaped reservoir incorporating a polypropylene needle-stop, and an F8 integrated connector. The CSF Reservoir can be provided alone. Other configurations include a right angle ventricular catheter (7 cm or 9 cm length) and a 15 cm introducing rod, or a 15 cm straight ventricular catheter and a right angle guide. The ventricular catheter features radiopaque length markings at 2, 4, 6, 8, 10 cm from the tip. LKG PORT & CATHETER, IMPLANTED, SUBCUTANEOUS, INTRAVENTRICULAR CSF Reservoir
49 10381780034605 999303 999303 The CSF Reservoir consists of a silicone dome-shaped reservoir incorporating a p The CSF Reservoir consists of a silicone dome-shaped reservoir incorporating a polypropylene needle-stop, and an F8 integrated connector. The CSF Reservoir can be provided alone. Other configurations include a right angle ventricular catheter (7 cm or 9 cm length) and a 15 cm introducing rod, or a 15 cm straight ventricular catheter and a right angle guide. The ventricular catheter features radiopaque length markings at 2, 4, 6, 8, 10 cm from the tip. LKG PORT & CATHETER, IMPLANTED, SUBCUTANEOUS, INTRAVENTRICULAR CSF Reservoir
50 10381780034599 999302 999302 The CSF Reservoir consists of a silicone dome-shaped reservoir incorporating a p The CSF Reservoir consists of a silicone dome-shaped reservoir incorporating a polypropylene needle-stop, and an F8 integrated connector. The CSF Reservoir can be provided alone. Other configurations include a right angle ventricular catheter (7 cm or 9 cm length) and a 15 cm introducing rod, or a 15 cm straight ventricular catheter and a right angle guide. The ventricular catheter features radiopaque length markings at 2, 4, 6, 8, 10 cm from the tip. LKG PORT & CATHETER, IMPLANTED, SUBCUTANEOUS, INTRAVENTRICULAR CSF Reservoir
Other products with the same Product Code "GYC"
No Primary DI Version or Model Catalog Number Device Description Brand Name Organization Name
1 10381780037217 OCS2PND The OCS2PND is a bipolar stimulating probe for cortical stimulation with malleab The OCS2PND is a bipolar stimulating probe for cortical stimulation with malleable tips for precise localization. The probe has 2 mm diameter polished balls, spaced 5 mm apart, at the tip of the stimulator probe. It has a 310 cm cord with two electrically shrouded banana plugs for attachment to the OCS2 Ojemann Cortical Stimulator. It is reusable, is supplied non-sterile and must be sterilized before use. Integra® INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
2 10381780036685 AU8X8P8 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
3 10381780036678 AU8X8P4V The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
4 10381780036661 AU8X8P4S The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
5 10381780036654 AU8X8P4M75 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
6 10381780036647 AU8X8P4M4 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
7 10381780036630 AU8X8P4 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
8 10381780036623 AU8X8P14SV The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
9 10381780036616 AU8X8P14S The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
10 10381780036609 AU8X8P14M75 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
11 10381780036593 AU8X8P14M4 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
12 10381780036586 AU8X4P14 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
13 10381780036579 AU8X2P4CD The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
14 10381780036562 AU8X2P2CDL The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
15 10381780036555 AU8X2P2C The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
16 10381780036548 AU8X1P The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
17 10381780036531 AU8D5L25 The Auragen™ depth electrodes are designed for intraoperative monitoring of cort The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
18 10381780036524 AU8D10L5 The Auragen™ depth electrodes are designed for intraoperative monitoring of cort The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
19 10381780036517 AU8D10L25 The Auragen™ depth electrodes are designed for intraoperative monitoring of cort The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
20 10381780036500 AU6X8P6 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
21 10381780036494 AU6X8P3 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
22 10381780036487 AU6X6P3S The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
23 10381780036470 AU6X2P2CD The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
24 10381780036463 AU6X2P1C The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
25 10381780036456 AU6D5L25 The Auragen™ depth electrodes are designed for intraoperative monitoring of cort The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
26 10381780036449 AU6D10L5 The Auragen™ depth electrodes are designed for intraoperative monitoring of cort The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
27 10381780036432 AU6D10L25 The Auragen™ depth electrodes are designed for intraoperative monitoring of cort The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
28 10381780036425 AU5X8P15 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
29 10381780036418 AU4X8P4 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
30 10381780036401 AU4X8P2 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
31 10381780036395 AU4X8P12 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
32 10381780036388 AU4X6P2 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
33 10381780036371 AU4X5P2 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
34 10381780036364 AU4X5P12 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
35 10381780036357 AU4X4P1 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
36 10381780036340 AU4X2P2CD The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
37 10381780036333 AU4X2P1C The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
38 10381780036326 AU4D5L25 The Auragen™ depth electrodes are designed for intraoperative monitoring of cort The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
39 10381780036319 AU4D10L5 The Auragen™ depth electrodes are designed for intraoperative monitoring of cort The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
40 10381780036302 AU4D10L25 The Auragen™ depth electrodes are designed for intraoperative monitoring of cort The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
41 10381780036296 AU2X8P2 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
42 10381780036289 AU2X8P1 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
43 10381780036272 AU2X6P1 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
44 10381780036265 AU2X4P1 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
45 10381780036258 AU1X8PN The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
46 10381780036241 AU1X8PD2 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
47 10381780036234 AU1X8P The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
48 10381780036227 AU1X6PN The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
49 10381780036210 AU1X6PM75 The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)
50 10381780036203 AU1X6PD The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitor The AURAGEN™ Cortical Surface Electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are placed on the exposed cortical surface or inserted into the subdural space to contact the cortical surface. Cortical Electrodes are available with platinum contacts and vary in size according to the number of contacts. The type of cortical electrode used is dependent on the procedure and the size of area being tested. Auragen™ INTEGRA NEUROSCIENCES IMPLANT (FRANCE)