In the postgenomic era, the availability
of human genome sequence for genome - wide analysis has revealed higher - order architectural features (i.e., beyond primary sequence information) that may cause genomic instability and susceptibility to genomic rearrangements.
«The availability
of the human genome sequence allows scientists to scan sequences to identify kinases, and the increased speed with which DNA can be sequenced enables us to rapidly search for mutations in those kinases in human cancers,» said Markowitz.
As of September 1998, we have identified the map positions of bacterial clones covering approximately 860 Mb for sequencing and completed > 98 Mb (approximately 3.3 %)
of the human genome sequence.
«The availability
of the human genome sequence, as well as other genomic resources, has profoundly affected biomedical research and thinking.
«But with the completion
of the human genome sequence and the availability of the kinome, one can begin to think about how to do this in a much wider and unbiased sense.»
Francis Collins, director of the National Human Genome Research Institute, predicts that 90 percent
of the human genome sequence will be available by the spring of 2000, with a complete human DNA sequence available in 2002 or 2003.
«During the early debates about the Human Genome Project, researchers had predicted that only a few percent
of the human genome sequence encoded proteins, the workhorses of the cell, and that the rest was junk.
In the post-genomic era, we are witnessing significant advances in the functional decipherment
of the human genome sequence that have been made possible by new technological developments in the field of genomic medicine.
«The availability
of the human genome sequence, as well as other genomic resources produced by our sequencing centers, has transformed biomedical research everywhere,» said NHGRI's Associate Director of Extramural Research Jane Peterson, Ph.D., who is also a program director for NHGRI's Large - Scale Sequencing Research Network.
If you took high school biology in the «00s, you probably heard about the completion
of the human genome sequence.
«This work is a great example of how knowledge
of the human genome sequence can lead to valuable insights into human diseases.
On 14 March, the two leaders announced that they enthusiastically support the rapid release
of human genome sequence data, a principle long advocated by Francis Collins, director of the National Human Genome Research Institute (NHGRI), and other scientists in the nonprofit sector.
Since the publication
of the human genome sequence in 2001, scientists have found that the so - called junk DNA that lies between genes actually carries out many important functions.
So declared President Bill Clinton in the East Room of the White House on June 26, 2000, at an event held to hail the completion of the first draft assemblies
of the human genome sequence by two fierce rivals, the publicly funded international Human Genome Project and its private - sector competitor Celera Genomics of Rockville, Md..
And with the recent unveiling
of the human genome sequence — to say nothing of the new drugs that are being tested every day — those working in the patent field are busier than ever.
«Most
of the human genome sequence is now known, but we still don't know what most of these sequences mean,» said Sheng Zhong, bioengineering professor at the UC San Diego Jacobs School of Engineering and the study's lead author.
Not exact matches
Venter, who is one
of the first people to
sequence the
human genome, co-founded the company in effort to discover early genetic markers for a variety
of disorders.
To do all this,
Human Longevity will build a human sequencing operation capable of processing 40,000 human genomes a
Human Longevity will build a
human sequencing operation capable of processing 40,000 human genomes a
human sequencing operation capable
of processing 40,000
human genomes a
human genomes a year.
The commercialization
of DNA
sequencing (the reading
of an organism's code) and synthesis (the writing
of that code) has accelerated since the mapping
of the
human genome was completed in 2003.
Aug. 30, 2012: The
genome of a recently discovered branch
of extinct
humans known as the Denisovans that once interbred with us has been
sequenced
The entire
genome of the tiny nematode (Caenorhabditis elegans) also has been
sequenced as a ta - ngen = tial study to the
human genome project.
The, members
of the workshop believe that knowledge gained from mapping and
sequencing the
human genome can have great benefit for
human health and well being.
Dec. 18, 2013 — The most complete
sequence to date
of the Neanderthal
genome, using DNA extracted from a woman's toe bone that dates back 50,000 years, reveals a long history
of interbreeding among at least four different types
of early
humans living in Europe and Asia at that time, according to University
of California, Berkeley, scientists.
Aug. 30, 2012: The
genome of a recently discovered branch
of extinct
humans known as the Denisovans that once interbred with us has been
sequenced Anyone find fossils
of Adam and Eve yet?
In June 2000 he and Craig Venter
of the rival commercial project were able jointly to announce the entire
sequencing of the
human genome.
A
human - chimp comparison revealed some 35 million mutations in the single units
of the overall
sequence and also found about 5 million additions to or subtractions from the
genome involving chunks
of DNA
sequence.
The point being that nobody knows how different the intron or non-protein coding
sequences are between
humans and other primates because the research quoted is only on the exons, or protein coding portions
of the
genome.
In
sequencing of the
human genome, we learned that diseases rarely correlated to specific
human genes.
To determine how the cells switch from one type to another, they took three
human uterine carcinosarcoma samples and
sequenced the
genomes of cells in two parts
of each tumor: the carcinoma and sarcoma components.
The newly
sequenced genome of the plague - causing bacterium Yersinia pestis suggests
human adaptations are what have kept this disease in check
An international team led by researchers with the Lawrence Berkeley National Laboratory (Berkeley Lab) has developed a new technique for identifying gene enhancers —
sequences of DNA that act to amplify the expression
of a specific gene — in the
genomes of humans and other mammals.
BOSTON — For bee researchers like May Berenbaum, 2006 was the year an international consortium
of researchers published the first full
sequence of the honeybee
genome, offering a unique and long - sought glimpse at the biological quirks
of an insect that shares a productive history with
humans.
In February, researchers published the first ancient American
human genome,
sequencing DNA from the remains
of a boy known as Anzick - 1, who was buried about 12,600 years ago in what is now western Montana.
Thanks to powerful gene -
sequencing techniques developed in the past two decades during the race to decode the
human genome, researchers are beginning to reconstruct what our ancestors» microbiomes looked like, potentially going back thousands
of years.
The estimate
of the number
of human genes has been repeatedly revised down from initial predictions
of 100,000 or more as
genome sequence quality and gene finding methods have improved, and could continue to drop further.
When the
human genome draft was announced 10 years ago, many researchers and policymakers anticipated using the newly
sequenced code to develop a wealth
of diagnostic and treatment capabilities.
The man responsible for one
of the original
sequences of the
human genome as well as the team that brought you the first living cell running on
human - made DNA now hopes to harness algae to make everything humanity needs.
Their work has made it increasingly clear that for all the popular attention devoted to
genome -
sequencing projects, the epigenome is just as critical as DNA to the healthy development
of organisms,
humans included.
Taking advantage
of the handful
of complete
human genome sequences now available, the pair looked at how alleles — the two copies
of each gene we inherit from our parents — differ within a
genome.
«Our work demonstrates that the generation
of genome sequences from a large number
of archaic
human individuals is now technically feasible, and opens the possibility to study Neandertal populations across their temporal and geographical range,» says Janet Kelso, the senior author
of the new study.
The
Human Genome Project, which sequenced the 3 billion pairs of nucleotide bases in human DNA, was a piece of cake in comparison: Epigenetic markers and patterns are different in every tissue type in the human body and also change over
Human Genome Project, which
sequenced the 3 billion pairs
of nucleotide bases in
human DNA, was a piece of cake in comparison: Epigenetic markers and patterns are different in every tissue type in the human body and also change over
human DNA, was a piece
of cake in comparison: Epigenetic markers and patterns are different in every tissue type in the
human body and also change over
human body and also change over time.
Human Genome Sequencing Center, Department
of Molecular and
Human Genetics, Baylor College
of Medicine, Houston, TX 77030, USA.
The
human genome contains millions
of sequences derived from so - called transposable elements, genetic units that «jump» around the entire
genome.
In addition to
sequencing the woolly mammoth
genome, Hendrik has reconstructed the diets
of extinct giant sloths, debunked a hypothesis about the origin
of human immunodeficiency virus (HIV) and
sequenced the
genome of the bacterium that caused Black Death.
An analysis
of the HPV16
genome from 5,570
human cell and tissue samples revealed that the virus actually consists
of thousands
of unique
genomes, such that infected women living in the same region often have different HPV16
sequences and variable risks to cancer.
Moreover, data collected from whole -
genome sequencing showed that Ata's molecular composition aligned with that
of a
human genome.
Now Pääbo and his colleagues have devised a new method
of genetic analysis that allowed them to reconstruct the entire Denisovan
genome with nearly all
of the
genome sequenced approximately 30 times over akin to what we can do for modern
humans.
The
sequencing of genomes of 48 bird species explains the evolutionary roots
of vocalization and could offer insight into
human speech disorders
New methods for the removal
of contaminating DNA from microbes and present - day
humans that were developed by the Leipzig group have now enabled the researchers to
sequence the
genomes of five Neandertals from Belgium, France, Croatia, and Russia that are between 39,000 and 47,000 years old.
Erwin compares the endeavor to the
Human Genome Project, in which scientists mapped the
sequence of our genes.