All Articles Tagged As: sequencers
Mercyhurst University has acquired what is believed to be the only DNA seqeuncer of its kind in the Erie, Pa., area, creating the opportunity to advance biological and medical research, not only at the university but within the region at large.
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Researchers at Oak Ridge National Laboratory and Yale University have developed a new concept for use in a high-speed genomic sequencing device that may have the potential to substantially drive down costs.
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 | Researchers have devised a nanoscale sensor to electronically read the sequence of a single DNA molecule, a technique that is fast and inexpensive and could make DNA sequencing widely available. ...> Full Article |
 | Richard Cronn and colleagues have published an overview of newly developed, up-and-coming DNA sequencing techniques. The authors summarize "targeted enrichment" strategies that can be used to obtain specific DNA sequences from complex plant genomes. ...> Full Article |
Scripps Research Institute Professor Reza Ghadiri, Ph.D., has been awarded a four-year, $5.1 million grant as part of a National Institutes of Health initiative to spur the development of the next generation of DNA sequencing technologies, which could enable biomedical researchers and health care workers to routinely sequence a person's DNA.
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More than $18 million in grants to spur the development of a third generation of DNA sequencing technologies was announced today by the National Human Genome Research Institute. The new technologies will sequence a person's DNA quickly and cost-effectively so it routinely can be used by biomedical researchers and health care workers to improve the prevention, diagnosis and treatment of human disease.
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 | Researchers in Canada have combined DNA microarrays with microfluidic devices, which are used for the precise control of liquids at the nanoscale. An article in an upcoming issue of the journal Biomicrofluidics, describes how the first combined device can be used for sorting DNA. ...> Full Article |
Boston University researchers show the viability of a novel, more efficient method to sequence DNA using nanopores. By doing it fast and inexpensively, this method brings routine use of DNA sequencing in medical diagnostics closer to reality.
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 | Mitchell Sogin of the Marine Biological Laboratory has been awarded the Dr. Gordon Moore Environmental Grant from Ion Torrent of Guilford, Conn., and San Francisco. ...> Full Article |
 | Arizona State University scientists have come up with a new twist in their efforts to develop a faster and cheaper way to read the DNA genetic code. They have developed the first, versatile DNA reader that can discriminate between DNA's four core chemical components -- the key to unlocking the vital code behind human heredity and health. ...> Full Article |
 | Boston University biomedical engineers have devised a method for making future genome sequencing faster and cheaper by dramatically reducing the amount of DNA required, thus eliminating the expensive, time-consuming and error-prone step of DNA amplification. ...> Full Article |
 | Scientists from the US Department of Energy Joint Genome Institute and Berkeley Lab have developed a set of molecular tools that provide important insight into the complex genomes of multicellular organisms. The strategy promises to clarify the longstanding mystery of the role played by vast stretches of DNA sequence that do not code for the functional units -- genes -- that nevertheless may have a powerful regulatory influence. The research is described in the Feb. 12 Nature. ...> Full Article |
Data corroborate the company's promise to deliver high-quality, high-throughput commercial human DNA sequencing at a low cost
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Using new "lab on a chip" technology may eventually allow physicians, crime scene investigators, pharmacists, even the general public, to quickly and inexpensively conduct DNA tests from almost anywhere, without need for a complex and expensive central laboratory.
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Two universities are pooling their resources to significantly enhance both institutions' genetic research capabilities.
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Joint venture acquires two new instruments that provide an enhanced ability to sequence genomes more quickly and broadly.
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Rapid comparative genomic analysis for clinical microbiology
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Researcher describes a mathematical simulation to show how a new type of nanoscale transistor might be coupled to a DNA sensor system to produce a characteristic signal for specific DNA fragments in a sample
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Cancer center receives donation to buy new genetic sequencer
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