DRUG ELUTING SHROUD-BASED ELECTRODES
Certain aspects of the present disclosure described and depicted herein utilize substantially planar electrodes having one or more time-release coatings or material on at least a portion of the exposed surfaces thereof, or all surfaces of the planar portions and the elongated conductor portion there...
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Format | Patent |
Language | English |
Published |
01.11.2007
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Abstract | Certain aspects of the present disclosure described and depicted herein utilize substantially planar electrodes having one or more time-release coatings or material on at least a portion of the exposed surfaces thereof, or all surfaces of the planar portions and the elongated conductor portion thereof. The coatings or materials can include one or more synthetic and/or naturally-occurring biologically-, genetically- and/or pharmacologically-active materials that tend to reduce risk of infection, encourage tissue ingrowth, and/or induce other physiologic benefit and the like. In the event that an increase in surface area of the electrodes is desired and/or a means of retaining more of the time-release coating(s), an additional layer of material can be applied over a part of the electrode surface (e.g., titanium nitride, platinum black, or the like). |
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AbstractList | Certain aspects of the present disclosure described and depicted herein utilize substantially planar electrodes having one or more time-release coatings or material on at least a portion of the exposed surfaces thereof, or all surfaces of the planar portions and the elongated conductor portion thereof. The coatings or materials can include one or more synthetic and/or naturally-occurring biologically-, genetically- and/or pharmacologically-active materials that tend to reduce risk of infection, encourage tissue ingrowth, and/or induce other physiologic benefit and the like. In the event that an increase in surface area of the electrodes is desired and/or a means of retaining more of the time-release coating(s), an additional layer of material can be applied over a part of the electrode surface (e.g., titanium nitride, platinum black, or the like). |
Author | STANCER CHRISTOPHER C GREENINGER DANIEL R MERTZ JOHN C |
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Snippet | Certain aspects of the present disclosure described and depicted herein utilize substantially planar electrodes having one or more time-release coatings or... |
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Title | DRUG ELUTING SHROUD-BASED ELECTRODES |
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