U.S. patents available from 1976 to present.
U.S. patent applications available from 2005 to present.

Device for the controlled exposure of reservoir-based sensors

Patent 7410616 Issued on August 12, 2008. Estimated Expiration Date: Icon_subject September 6, 2027. Estimated Expiration Date is calculated based on simple USPTO term provisions. It does not account for terminal disclaimers, term adjustments, failure to pay maintenance fees, or other factors which might affect the term of a patent.

Patent References

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Inventors

Assignee

Application

No. 11850687 filed on 09/06/2007

US Classes:

422/101, Including means for separating a constituent; e.g., filter, condenser, extractor, etc.422/68.1, Means for analyzing liquid or solid sample422/104, Holder, support, housing, or hood435/285.2, With means for applying an electric current or charge (e.g., electrofusion, electroporation, etc.)435/288.4Including multiple compartments (e.g., wells, etc.)

Examiners

Primary: Le, Long V.
Assistant: Counts, Gary W.

Attorney, Agent or Firm

Foreign Patent References

  • 19716683 DE 06/01/1998
  • 0347579 EP 12/01/1989
  • 02056862 WO 07/01/2002

International Class

B01L 11/00

Abstract

Devices are provided for the controlled exposure of a sensor or sensor component. The device may include a substrate; at least one reservoir provided in the substrate; at least one sensor or sensor component located in the at least one reservoir; at least one reservoir cap closing an opening in the at least one reservoir to isolate the sensor or sensor component from a selected environmental component outside of the at least one reservoir; at least one intermediate barrier layer disposed in the at least one reservoir between the reservoir cap and the sensor or sensor component; and means for disintegrating the reservoir cap to expose the sensor or sensor component to the selected environmental component.

Other References

  • Tierney, et al., “New Electrorelease Systems Based on Microporous Membranes,” J. Elecgrochem Soc. 137(12): 3789-93 (1990).
  • Tierney, et al., “Electroreleasing Composite Membranes For Delivery of Insulin and Other Biomacromolecules,” J. Electrochem Soc. 137(6): 2005-06 (1990).
  • Surbled, et al., “Characterization of Sputtered TiNi Shape Memory Alloy Thin Films,” Jpn. J. Applied Phys. 38: L1547-49 (1999).
  • Surbled, et al., “Array of Shape Memory Alloy One-Shot Micro-Valves for Drug Delivery,” MME '99, Gif sur Yvette, France (Sep. 27-28, 1999).
  • Surbled, et al., “Shape Memory Alloys for Micromembranes Actuation,” SPIE 3825: 63-70 (1999).
  • Santini, et al., “A Controlled-Release Microchip,” Nature 397(6717): 355-38 (1999).
  • Santini, et al., “Microchip Technology in Drug Delivery,” Ann. Med. 32(6) 377-79 (2001) (abstract).
  • Santini, et al., “Microchips as Controlled Drug-Delivery Devices,” Angew Chem. Int. Ed. Engl. 39(14); 2396-407 (2000).
  • Madou, et al., “exploitation of a Novel Artificial Muscle for Controlled Drug Delivery,” Polym. Mater, Sci. Eng. 83: 495-497 (2000).
  • Madou, et al., “From Batch to Continuous Manufacturing of Microbiomedical Devices,” Chem Rev. 100: 2679-92 (2000).
  • Low, et al., “Microactuators Towards Microvalves for Responsive Controlled Drug Delivery,” Sensors & Actuators B 67: 149-60 (2000).
  • Ehrick, et al., “Artificial Muscle-Based Microactuators for Reversible Controlled Release,” ACS Abstracts, No. 22, 222nd ACS Nat'l Meeting (Chicago, 2001).
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