Sequencing Reactions for ALF (EMBL) Automated DNA Sequencer
Wilhelm J. Ansorge, Jürgen Zimmermann, Holger Erfle, Neil Hewitt, Thomas Rupp, Christian Schwager, Brian S. Sproat, Josef Stegemunn, Hartmut Voss
Abstract
Wilhelm J. Ansorge, Jürgen Zimmermann, Holger Erfle, Neil Hewitt, Thomas Rupp, Christian Schwager, Brian S. Sproat, Josef Stegemunn, Hartmut Voss
Abstract
Automated fluorescent DNA sequencing (, , ) has turned into a subject of great interest during the last few years, and has successfully been applied to large-scale sequencing projects, like sequencing of the human HPRT gene locus (). Most actual genome sequencing efforts, such as sequencing the C. elegans genome, are performed on automated devices.
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Automated fluorescent DNA sequencing (, , ) has turned into a subject of great interest during the last few years, and has successfully been applied to large-scale sequencing projects, like sequencing of the human HPRT gene locus (). Most actual genome sequencing efforts, such as sequencing the C. elegans genome, are performed on automated devices.
Key concepts: DNA sequencer, DNA sequencing, Computational biology, Human genome, Biology, Sequencing by ligation, DNA nanoball sequencing, Genome