Sensor array integrated electrochemical chip, method of forming same, and electrode coating
First Claim
1. A method of forming an electrochemical chip, comprising:
- forming a first plate by;
depositing a conducting layer on a first support; and
etching said conducting layer to form an electrode array;
covering at least one electrode of said electrode array with a coating doped with a ferrocene compound;
irreversibly oxidizing said ferrocene compound during said forming said electrochemical chip;
forming a second plate by;
etching an opening in a second support;
bonding said second plate to said first plate such that said first plate and said second plate define a cavity, with said electrode array being within said cavity.
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Accused Products
Abstract
A sensor array integrated electrochemical chip is provided wherein the chip has an array of electrodes. The array may be formed on a base plate bonded to a cover plate having an opening. The opening can be a window or a depression. The plates are bounded such that they define a cavity, with the array being within the cavity. Conducting lines for connecting the electrodes to electrochemical instruments may be formed on the same surface of the base plate on which the electrodes are formed. At least one of the electrodes may be covered by a coating doped with a ferrocene compound. The coating may be a supported bilayer lipid membrane doped with benzoylferrocene. The doped ferrocene compound may be oxidized.
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Citations
17 Claims
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1. A method of forming an electrochemical chip, comprising:
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forming a first plate by; depositing a conducting layer on a first support; and
etching said conducting layer to form an electrode array;covering at least one electrode of said electrode array with a coating doped with a ferrocene compound; irreversibly oxidizing said ferrocene compound during said forming said electrochemical chip; forming a second plate by; etching an opening in a second support; bonding said second plate to said first plate such that said first plate and said second plate define a cavity, with said electrode array being within said cavity. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13)
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14. A method of forming an electrochemical chip, comprising:
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forming a first plate by; depositing a conducting layer on a first support; and
etching said conducting layer to form an electrode array;covering at least one electrode of said electrode array with a coating doped with a ferrocene compound; forming a second plate by; etching an opening in a second support; bonding said second plate to said first plate such that said first plate and said second plate define a cavity, with said electrode array being within said cavity, wherein said coating is a supported bilayer lipid membrane.
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15. A method of forming an electrochemical chip, comprising:
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forming a first plate by; depositing a conducting layer on a first support; and
etching said conducting layer to form an electrode array;covering at least one electrode of said electrode array with a coating doped with a ferrocene compound; forming a second plate by; etching an opening in a second support; bonding said second plate to said first plate such that said first plate and said second plate define a cavity, with said electrode array being within said cavity, wherein said ferrocene compound is benzoylferrocene.
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16. A method of forming an electrochemical chip, comprising:
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forming a first plate by; depositing a conducting layer on a first support; and
etching said conducting layer to form an electrode array;covering at least one electrode of said electrode array with a coating doped with a ferrocene compound; oxidizing said ferrocene compound during said forming said electrochemical chip; forming a second plate by; etching an opening in a second support; bonding said second plate to said first plate such that said first plate and said second plate define a cavity, with said electrode array being within said cavity; wherein said oxidizing said ferrocene compound comprises immersing said at least one electrode in an electrolytic solution after covering said at least one electrode with said coating and cyclically subjecting said at least one electrode to potential changes; wherein said ferrocene compound is benzoylferrocene. - View Dependent Claims (17)
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Specification