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Publication
Featured researches published by Robert J. Kaiser.
Journal of Laboratory Automation | 2001
Douglas A. Spicer; Lisa R. Booth; Karin A. Hughes; Robert J. Kaiser; Amy L. Springer
Prolinx,® Inc. of Bothell, WA has developed the RapXtract™ 384 Dye Terminator Removal Kit for full automation of DNA sequencing reaction purification. The RapXtract product line is based upon proprietary superparamagnetic particle technology that eliminates the need for centrifugation, vacuum filtration, or modified primers to achieve purification of sequencing reactions. The kit described here is pre-dispensed in a 384-well microtiter plate and run on the TECAN GENESIS Workstation 150 (Tecan U.S. Inc., Research Triangle Park, NC). This system enables rapid purification of up to 384 sequencing reactions in a single run.As the completion of the Human Genome Project nears, it is imperative for biotechnology and pharmaceutical companies to increase throughput of DNA sequencing in order to be competitive in the drug discovery and validation process. The “race to market” requires a shift from standard DNA sequencing processes-including DNA sequencing reaction purification-towards complete walk-away automation ...
Journal of Laboratory Automation | 2002
Douglas A. Spicer; Thomas W. Astle; Lisa R. Booth; Russell House; Karin A. Hughes; Robert J. Kaiser; Amy L. Springer
We have developed a method for the automated purification of DNA sequencing reactions using the RapXtract(tm) 384 Dye Terminator Removal Kit and the Quadra 3(tm) Workstation. The process enables purification of 384 reactions in five minutes, significantly impacting the throughput potential of sequencing laboratories. The RapXtract technology utilizes superparamagnetic particles, (i.e., particles that are not themselves magnetic but that respond to a magnetic field) and eliminates the need for centrifugation, vacuum filtration, or modified primers. The Quadra 3 Workstation is a 384-channel liquid handling system, fitted with a retractable magnetic nest designed to incorporate a 384 magnetic separator. The combined technologies result in reduced variability associated with manual methods for sequencing reaction purification.
Bioconjugate Chemistry | 2001
Mark L. Stolowitz; Clarence N. Ahlem; Karin A. Hughes; Robert J. Kaiser; Edward A. Kesicki; Guisheng Li; Kevin P. Lund; Steven M. Torkelson; Jean P. Wiley
Archive | 1997
Mark L. Stolowitz; Robert J. Kaiser
Archive | 1996
Mark L. Stowolitz; Robert J. Kaiser; Kevin P. Lund; Steven M. Torkelson
Archive | 1997
Mark L. Stolowitz; Robert J. Kaiser
Bioconjugate Chemistry | 2001
Jean P. Wiley; Karin A. Hughes; Robert J. Kaiser; Edward A. Kesicki; Kevin P. Lund; Mark L. Stolowitz
Archive | 2003
Robert J. Kaiser; Carl H. D. Weissman; Irving L. Weissman
Archive | 2000
Douglas A. Spicer; Karin A. Hughes; Robert J. Kaiser; James E. Mahoney; Amy L. Springer; Mark L. Stolowitz; Carl H. D. Weissman
Archive | 1996
Mark L. Stowolitz; Robert J. Kaiser; Kevin P. Lund