AUTOMATIC CONTINUOUS RANDOM ACCESS ANALYTICAL SYSTEM AND ITS COMPONENT

PROBLEM TO BE SOLVED: To provide an automatic continuous random access analytical system having a device and a method capable of performing simultaneous assays in a plurality of liquid samples by using different assay methods respectively for allowing continuous random access and carrying out a plur...

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Hauptverfasser: RAYMOURE WILLIAM J, MERRIAM RICHARD A, WINTER GARY E, SCHRIER PAUL R, VAUGHT JAMES A, WATKINS WILLIAM E III, SCHMIDT LINDA S, RUMBAUGH WILLIAM D, WALKER EDNA S, CLARK FREDERIC L, WOHLFORD ROBERT A, SPRONK ADRIAN M, KANEWSKE WILLIAM J III, PENNINGTON CHARLES D, HENDRICK KENDALL B, CLOONAN KEVIN M, CLIFT GILBERT, MITCHELL JAMES E, MCDOWELL DOUGLAS D, MOORE LARRY W, SMITH B JANE, HANCE ROBERT B, CLEMENS JOHN M, TAYI APPARAO, YOST DAVID A, HILLS DAVID B, MARTIN RICHARD R, OLEKSAK CARL M, LAGOCKI PETER A, VICKSTROM RICHARD L, STANTON ALYN K, WALKER DONNY RAY
Format: Patent
Sprache:eng
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Zusammenfassung:PROBLEM TO BE SOLVED: To provide an automatic continuous random access analytical system having a device and a method capable of performing simultaneous assays in a plurality of liquid samples by using different assay methods respectively for allowing continuous random access and carrying out a plurality of different assays in the same sample or different samples during the same period and to provide a method for operating the automatic random access system capable of performing a plurality of assays in a plurality of liquid samples. SOLUTION: In this method, a plurality of various assays in the liquid samples are scheduled, and then, a unit dose disposable is generated without starting an assay reaction sequence, and a first liquid sample and an agent are transferred to a reaction vessel separately. Subsequently, the unit dose disposable is physically transferred to a treatment workstation, and in this way, the unit dose disposable agent and the sample are mixed together in incubation. COPYRIGHT: (C)2007,JPO&INPIT