Device for in vivo sampling of biological species
First Claim
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1. A device for sampling biological material in vivo comprising:
- a capture support comprising a nanoporous material, said capture support having a nanoporous surface configured for capturing the biological material from living tissue,a plate that bears the capture support,a grasping rod, anda joint comprising a first member coupled with the grasping rod and a second member removably coupled with the plate bearing the capture support, so that the capture surface is selectively orientable relatively to the grasping rod, so as to adjust the orientation of the capture support relatively to the grasping rod.
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Abstract
The invention relates to a device for in vivo sampling of biological species, comprising:—a capture medium made from a nanoporous material, having a capture surface for said species, said capture medium being supported by a plate,—a gripping rod,—an articulation comprising a first limb coupled to the gripping rod and a second limb coupled removably to the plate supporting the capture medium, such that the capture surface can be selectively oriented relative to the gripping rod, so as to adjust the orientation of the capture medium relative to the gripping rod.
12 Citations
11 Claims
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1. A device for sampling biological material in vivo comprising:
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a capture support comprising a nanoporous material, said capture support having a nanoporous surface configured for capturing the biological material from living tissue, a plate that bears the capture support, a grasping rod, and a joint comprising a first member coupled with the grasping rod and a second member removably coupled with the plate bearing the capture support, so that the capture surface is selectively orientable relatively to the grasping rod, so as to adjust the orientation of the capture support relatively to the grasping rod. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 11)
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9. A device for sampling biological material in vivo comprising:
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a capture support comprising a nanoporous material, said capture support having a nanoporous surface configured for capturing the biological material from living tissue, a plate that bears the capture support, said plate being in an electrically conducting material, a grasping rod, and a joint comprising a first member coupled with the grasping rod and a second member removably coupled with the plate bearing the capture support, so that the capture surface is selectively orientable relatively to the grasping rod, so as to adjust the orientation of the capture support relatively to the grasping rod, wherein the tissue retains its histological structure.
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10. A device for sampling biological material in vivo comprising:
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a capture support comprising a nanoporous material, said capture support having a nanoporous surface configured for capturing the biological material from living tissue, a plate that bears the capture support, a grasping rod, and a joint comprising a first member coupled with the grasping rod and a second member removably coupled with the plate bearing the capture support, so that the capture surface is selectively orientable relatively to the grasping rod, so as to adjust the orientation of the capture support relatively to the grasping rod, wherein the second member of the joint is coupled with the plate opposite the nanoporous surface of the capture support, wherein the tissue retains its histological structure.
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Specification