Addressing a molecular medicine congress, Watson, co-discoverer of the structure of DNA and a founder of the Human Genome Project, urged Germany to overcome widespread hostility to genetics research and focus on the great benefits that
applying genome research can offer humankind.
Not exact matches
Science in the Obama years tilted the needle towards
applied research — from the launch of the ambitious Precision Medicine Initiative to sequence the
genomes of one million people, to the creation of a string of institutes to foster robotics and other innovative manufacturing technologies in partnership with private industry.
And in the United States, the National Human
Genome Research Institute in Bethesda, Maryland, recently funded three Mendelian Disorders Sequencing Centers that will apply genome sequencing to diagnosing thousands of patients with a wider range of rare diseases, including intellectual disability and developmental
Genome Research Institute in Bethesda, Maryland, recently funded three Mendelian Disorders Sequencing Centers that will
apply genome sequencing to diagnosing thousands of patients with a wider range of rare diseases, including intellectual disability and developmental
genome sequencing to diagnosing thousands of patients with a wider range of rare diseases, including intellectual disability and developmental delay.
The sequencing of the first
genome involving a cockroach species may one day serve as a model system comparable to how
research on mice can
apply to humans.
Applying the latest methods in ancient DNA
research, the researchers could sequence the
genome of 13 Scythian stallions.
The story of the disorder, she noted, is also the story of how the honeybee
genome went from basic
research to an
applied science in less than a decade.
By
applying an algorithm to anonymized
genomes from a
research database and doing some online sleuthing with popular genealogy Web sites, researchers were able to guess the true identities of DNA donors.
But in a new study published online in Nature Genetics, a
research team led by J.J. Emerson, assistant professor of ecology & evolutionary biology at the Ayala School of Biological Sciences,
applies new methods of
genome analysis to identify these complex mutations with unprecedented resolution.
To further investigate the genomic sources of passenger pigeon traits our
research team is
applying an evolutionary approach — looking for «hot spots» of selection in the
genome indicated by higher concentrations of differentiating mutations between band - tails and passenger pigeons.
The world of
genome research and bioinformatics is absolutely fascinating, so I am enthusiastic to
apply my skills and to broaden my knowledge as a dive deeper into this great domain and inspiring cause.
Under Dr. Mullikin's leadership, NISC has begun to
apply genome sequencing technologies to clinical
research, especially with its largest project, called ClinSeq, for which NISC has generated more than 500 whole - exome sequences to date.
The lab creates widely used software and databases, performs
applied analyses of
genome sequences, and partners with diverse
research teams on projects at the intersection of the computational and life sciences.
To further investigate the genomic sources of passenger pigeon traits our
research team is
applying an evolutionary approach — looking for «hot spots» of selection in the
genome indicated by higher concentrations of differentiating mutations between band - tails and passenger pigeons.