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Method and apparatus for screening flowable separation media for electrophoresis and related applications

Research output: Patent

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Method and apparatus for screening flowable separation media for electrophoresis and related applications. / McWaid, Thomas Harding (Inventor); Kolosov, Oleg (Inventor); Klaerner, Gerrit (Inventor); Petro, Miroslav (Inventor); Nguyen, Son Hoai (Inventor); Kuebler, Sigrid (Inventor).

Patent No.: US 2003/0196896 A1. Oct 23, 2003.

Research output: Patent

Harvard

McWaid, TH, Kolosov, O, Klaerner, G, Petro, M, Nguyen, SH & Kuebler, S Oct. 23 2003, Method and apparatus for screening flowable separation media for electrophoresis and related applications, Patent No. US 2003/0196896 A1. <http://www.google.com/patents/US20030196896>

APA

McWaid, T. H., Kolosov, O., Klaerner, G., Petro, M., Nguyen, S. H., & Kuebler, S. (2003). Method and apparatus for screening flowable separation media for electrophoresis and related applications. (Patent No. US 2003/0196896 A1). http://www.google.com/patents/US20030196896

Vancouver

McWaid TH, Kolosov O, Klaerner G, Petro M, Nguyen SH, Kuebler S, inventors. Method and apparatus for screening flowable separation media for electrophoresis and related applications. US 2003/0196896 A1. 2003 Oct 23.

Author

McWaid, Thomas Harding (Inventor) ; Kolosov, Oleg (Inventor) ; Klaerner, Gerrit (Inventor) ; Petro, Miroslav (Inventor) ; Nguyen, Son Hoai (Inventor) ; Kuebler, Sigrid (Inventor). / Method and apparatus for screening flowable separation media for electrophoresis and related applications. Patent No.: US 2003/0196896 A1. Oct 23, 2003.

Bibtex

@misc{f191d3dcea7143a5807219ae4b38daa3,
title = "Method and apparatus for screening flowable separation media for electrophoresis and related applications",
abstract = "A method and apparatus are disclosed for screening separation media for performance in capillary electrophoresis. In one aspect the invention comprises concurrently loading a plurality of capillaries from one corresponding end of each with a respective plurality of separation media, adding a sample to each capillary, advancing the samples through the capillaries under an applied electric field, measuring a property of the samples or components thereof as they advance through the capillaries, and using the measured properties to identify one or more preferred sets of separation media. At least one of the steps of loading or advancing are carried out simultaneously over the plurality of capillaries.",
keywords = "high throughput screening, combinatorial materials discovery, liquids, fluids, parallel measurements",
author = "McWaid, {Thomas Harding} and Oleg Kolosov and Gerrit Klaerner and Miroslav Petro and Nguyen, {Son Hoai} and Sigrid Kuebler",
year = "2003",
month = oct,
day = "23",
language = "English",
type = "Patent",
note = "US 2003/0196896 A1; GOiN 27/26; G01N 27/447",

}

RIS

TY - PAT

T1 - Method and apparatus for screening flowable separation media for electrophoresis and related applications

AU - McWaid, Thomas Harding

AU - Kolosov, Oleg

AU - Klaerner, Gerrit

AU - Petro, Miroslav

AU - Nguyen, Son Hoai

AU - Kuebler, Sigrid

PY - 2003/10/23

Y1 - 2003/10/23

N2 - A method and apparatus are disclosed for screening separation media for performance in capillary electrophoresis. In one aspect the invention comprises concurrently loading a plurality of capillaries from one corresponding end of each with a respective plurality of separation media, adding a sample to each capillary, advancing the samples through the capillaries under an applied electric field, measuring a property of the samples or components thereof as they advance through the capillaries, and using the measured properties to identify one or more preferred sets of separation media. At least one of the steps of loading or advancing are carried out simultaneously over the plurality of capillaries.

AB - A method and apparatus are disclosed for screening separation media for performance in capillary electrophoresis. In one aspect the invention comprises concurrently loading a plurality of capillaries from one corresponding end of each with a respective plurality of separation media, adding a sample to each capillary, advancing the samples through the capillaries under an applied electric field, measuring a property of the samples or components thereof as they advance through the capillaries, and using the measured properties to identify one or more preferred sets of separation media. At least one of the steps of loading or advancing are carried out simultaneously over the plurality of capillaries.

KW - high throughput screening

KW - combinatorial materials discovery

KW - liquids

KW - fluids

KW - parallel measurements

M3 - Patent

M1 - US 2003/0196896 A1

ER -