Invention Grant
- Patent Title: Solid phases optimized for chemiluminescent detection
- Patent Title (中): 为化学发光检测优化的固相
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Application No.: US10046730Application Date: 2002-01-17
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Publication No.: US07368296B2Publication Date: 2008-05-06
- Inventor: Brooks Edwards , Timothy G. Geiser , Steven M. Menchen , Alison L. Sparks , John C. Voyta
- Applicant: Brooks Edwards , Timothy G. Geiser , Steven M. Menchen , Alison L. Sparks , John C. Voyta
- Applicant Address: US CA Foster City
- Assignee: Applied Biosystems
- Current Assignee: Applied Biosystems
- Current Assignee Address: US CA Foster City
- Agency: Merchant & Gould, P.C.
- Agent Christopher W. Raimund
- Main IPC: G01N33/545
- IPC: G01N33/545 ; G01N33/533 ; C07C211/62

Abstract:
Solid supports for chemiluminescent assays are provided. The solid support includes a plurality of probes covalently or physically attached to the support surface and a chemiluminescent enhancing moiety incorporated onto the surface or into the bulk of the support. The solid support can be a multi-layered support including an upper probe binding layer (e.g., an azlactone polymer layer or porous functional polyamide layer) adjacent to a cationic microgel layer. The azlactone-functional polymer can be a copolymer of dimethylacrylamide and vinylazlactone crosslinked with ethylenediamine. The cationic microgel layer can be a cross-linked quaternary onium salt containing polymer. A method and a kit for conducting chemiluminescent assays using the solid supports is also provided. The kit comprises a dioxetane substrate, a biopolymer probe-enzyme complex, and a solid support. The solid support can be an azlactone functional polymer layer adjacent to a cationic microgel layer; a porous polyamide functional layer adjacent to a cationic microgel layer; or a quaternized azlactone functional polymer layer.
Public/Granted literature
- US20030134286A1 Solid phases optimized for chemiluminescent detection Public/Granted day:2003-07-17
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