We are developing a laser-based technique for the rapid sequencing of large DNA fragments (several kb in size) at a rate of 100 to 1000 bases per second. Our approach relies on fluorescent labeling of the bases in a single fragment of DNA, attachment of this labeled DNA fragment to a support, movement of the supported DNA into a flowing sample stream, sequential cleavage of the end nucleotide from the DNA fragment with an exonuclease, and detection of the individual fluorescently labeled bases by laser-induced fluorescence
Microarray technology is playing an increasingly important role in biology and medicine and its appl...
A single-molecule method for sequencing DNA that does not require fluorescent labelling could reduce...
Next generation sequencing methods that can be applied to both the resequencing of whole genomes and...
We are developing a laser-based technique for the rapid sequencing of 40-kb or larger fragments of D...
The completion of the human genome draft has taken several years and is only the beginning of a peri...
A method for sequencing DNA by using a difluoresceinated primer and laser excitation is described. D...
We describe progress towards sequencing DNA at the single molecule level. Our technique involves inc...
To sequence long strands of DNA, cloned strands having lengths longer than 100 bases are, in one emb...
DNA sequencing is used in a vast array of applications including pharmacogenetics, cancer research, ...
The present invention provides compounds, methods and systems for sequencing nucleic acid using sing...
Cancer has been linked to mutations within specific codons in genes that code for critical biomolecu...
We have developed the first fully integrated microfluidic system for DNA sequencing-by-synthesis. Us...
The present invention provides compounds, methods and systems for sequencing nucleic acid using sing...
The quality and the speed for genome sequencing has advanced at the same time that technology bounda...
Genome sequencing technologies are in high demand for applications such as gene expressions, the stu...
Microarray technology is playing an increasingly important role in biology and medicine and its appl...
A single-molecule method for sequencing DNA that does not require fluorescent labelling could reduce...
Next generation sequencing methods that can be applied to both the resequencing of whole genomes and...
We are developing a laser-based technique for the rapid sequencing of 40-kb or larger fragments of D...
The completion of the human genome draft has taken several years and is only the beginning of a peri...
A method for sequencing DNA by using a difluoresceinated primer and laser excitation is described. D...
We describe progress towards sequencing DNA at the single molecule level. Our technique involves inc...
To sequence long strands of DNA, cloned strands having lengths longer than 100 bases are, in one emb...
DNA sequencing is used in a vast array of applications including pharmacogenetics, cancer research, ...
The present invention provides compounds, methods and systems for sequencing nucleic acid using sing...
Cancer has been linked to mutations within specific codons in genes that code for critical biomolecu...
We have developed the first fully integrated microfluidic system for DNA sequencing-by-synthesis. Us...
The present invention provides compounds, methods and systems for sequencing nucleic acid using sing...
The quality and the speed for genome sequencing has advanced at the same time that technology bounda...
Genome sequencing technologies are in high demand for applications such as gene expressions, the stu...
Microarray technology is playing an increasingly important role in biology and medicine and its appl...
A single-molecule method for sequencing DNA that does not require fluorescent labelling could reduce...
Next generation sequencing methods that can be applied to both the resequencing of whole genomes and...