The human genome is composed of some 3 billion subunits, called nucleotides, arranged in chains along threadlike structures called chromosomes.
The human genome has many different regulatory sequences which are crucial to controlling gene expression.
The human genome is comprised of about three billion building-blocks or residues.
The human genome comprises some 3000 million nucleotide base pairs forming about 30,000 genes.
The human genome consists of twenty-two pairs of chromosomes plus the X and Y sex chromosomes.
The human genome is composed of some 3 billion subunits, called nucleotides, arranged in chains along threadlike structures called chromosomes.

human genome project

Key Facts

  • The human genome is composed of some 3 billion subunits, called nucleotides, arranged in chains along threadlike structures called chromosomes.
  • The human genome has many different regulatory sequences which are crucial to controlling gene expression.
  • The human genome is comprised of about three billion building-blocks or residues.
  • The human genome comprises some 3000 million nucleotide base pairs forming about 30,000 genes.
  • The human genome consists of twenty-two pairs of chromosomes plus the X and Y sex chromosomes.
  • The human genome can then be compared to other known animal genomes to examine similarities and differences that may be useful in the creation of new genetic recombinations.
  • The human genome has 3 billion pairs of bases.
  • The human genome was first sequenced in 2000.
  • The Human Genome Project: a paradigm for information management in the life sciences.
  • The Human Genome Project produced the first complete sequences of individual human genomes.
  • The Human Genome Project has also raised many social and ethical issues with regard to the use of such information.
  • The Human Genome Project also has effects on other parts of biology.
  • The Human Genome Project has given rise to new fields of research.
  • Human genome sequencing The public Human Genome Project started by identifying unique marker sequences distributed throughout the genome.
  • The Human Genome Diversity Project was proposed in 1997 to catalog and study naturally occurring sequence variations among racial and geographic groups.
  • The Human Genome Project was a 13-year-long, publicly funded project initiated in 1990 with the objective of determining the DNA sequence of the entire euchromatic human genome within 15 years.
  • The Human Genome Project relied upon the physical map of the human genome established earlier, which served as a platform for generating and analyzing the massive amounts of DNA sequence data that emerged from the shotgun phase.
  • The human genome is organized into chromosomes (very large linear DNA molecules contained within the cell nucleus) and the small mitochondrial DNA (a comparatively tiny circular DNA molecule).
  • The Human Genome Project was declared complete in April 2003.
  • The Human Genome Project is the determination of the entire nucleotide sequence of all 3 billion + bases of DNA within the nucleus of a human cell.
  • International Human Genome Sequencing Consortium.
  • Human Genome Project (HGP), an international project to analyze the genome, or complete set of genetic material, of the human species.
  • The Human Genome Project: where did it come from, where is it going?
  • The Human Genome Diversity Project was proposed in 1997 to catalog such variations among racial and/or geographic groups.
  • The human genome The human genome, which is the entire collection of genes found in a single set of chromosomes (or all the DNA in an organism), consists of 3.2 billion nucleotide pairs or bases.
  • The Human Genome Project involved laboratories in the United States, France, Great Britain, Germany, and Japan.
  • In Human Genome Project Information.
  • "All human disease is genetic in origin,'' Nobel laureate Paul Berg of Stanford University told a cancer symposium a few years ago.
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  • About one-fifth of all protein-coding genes in our genome, most of them associated with specific diseases or predispositions, were defined, usually by positional cloning (Velįzquez and Bourges 1999).
  • 'Junk DNA' theory debunked conclusively At least 80 per cent of the human genome is involved in significant biological activity, even though most of it is not made up of genes that code for proteins.
  • But in recent years, scientists have discovered stretches of so-called junk DNA that don't make proteins but are nonetheless important.
  • "The part of [DNA] that doesn't code for proteins, which is about 98.5 percent of it, turns out to be much more rich in functional characteristics than I think a lot of people had imagined," NIH's Collins told National Geographic News.
  • Nobel Prize winner James Watson agreed to head the project at the NIH.
  • Additional goals of the new plan focus on comparing human DNA sequences with those from organisms such as the laboratory mouse and yeast, addressing the ethical, legal, and social issues surrounding genetic tools and data, developing the computational capability to collect, store, and analyze DNA data, and developing interdisciplinary training programs for future genomics scientists (Collins et al. 1998).
  • Collectively, the STS, DNA fingerprint, and FISH data allowed the IHGSC to generate contigs, which consisted of multiple overlapping bacterial artificial chromosome (BAC) library clones spanning each of the 24 different human chromosomes (i.e., 22 autosomes and the X and Y chromosomes).
  • Huntington disease and cystic fibrosis) either through prevention or cure (Gottesman and Collins 1994).
  • Comparisons of DNA sequences and the chromosomal organization of related genes and clusters of genes from different organisms are powerful tools for identifying the elements essential for their functions.
  • This discovery led Mullis to the Nobel Prize.
  • One effect is on the potential impact on length and quality of life as well as health care cost (Hoffman, 1994).
  • Researchers need to ensure informed consent from participants, Greely says, even if that means telling them it may not be possible to protect their privacy.
  • Because the number of DNA letters per gene is limited, the new, lower gene count made clear that about 98.5 percent of our DNA has nothing to do with genesā??junk DNA, some called it.
  • Proceedings of the National Academy of Sciences of the United States of America 100 (6): 3324-7.
  • One outcome of the genome project is a greater ability to predict certain health risks as a result of genetic screening.
  • I like the fact that this fundamental research is not limited to the U.S. only but instead links scientists, researchers, computer experts and other people from all over the world in the effort to learn more about ourselves.
  • He was replaced by Francis Collins in April 1993, and the name of the Center was changed to the National Human Genome Research Institute (NHGRI) in 1997.
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  • Automation is making the task of sequencing less laborious and costly, and powerful computer programs manage and analyze the data.
  • Additional goals of the new plan focus on comparing human DNA sequences with those from organisms such as the laboratory mouse and yeast, addressing the ethical, legal, and social issues surrounding genetic tools and data, developing the computational capability to collect, store, and analyze DNA data, and developing interdisciplinary training programs for future genomics scientists (Collins et al. 1998).
  • "The part of [DNA] that doesn't code for proteins, which is about 98.5 percent of it, turns out to be much more rich in functional characteristics than I think a lot of people had imagined," NIH's Collins told National Geographic News.
  • 06/09/12 Ten new diabetes gene links offer picture of biology underlying disease Ten more DNA regions linked to type 2 diabetes have been discovered, bringing the total to more than 60.
  • Human curiosity is one of the most powerful engines that drive new knowledge, development, advancements and life improvements today.
  • The information gained from the comparative mapping studies of other organisms will add greatly to human's understanding of evolutionary relationships due to the extensive homologies among different genomes and conservative nature of evolution, but they also significantly increase the scope and cost of the overall project (Clark 1999).
  • As the tenth anniversary of that achievement approaches, scientists weigh in on the scientific discoveries the Human Genome Project enabled, as well as some hopes and predictions for future advances that could be made using the project's data.
  • Significant information about the content of the human genome and differential expression in various tissues has been derived from partial cDNA sequences, called expressed sequenced tags (ESTs).
  • In addition to the United States, the international consortium comprised geneticists in the United Kingdom, France, Australia, Japan and a myriad of other spontaneous relationships.[8]
  • As church leaders respond responsibly to new developments in HGP, one thing can be confidently forecast: This affirmation of dignity will become decisive for thinking through the ethical implications of genetic engineering.
  • ^ U.S. Department of Energy Genome Programs.
  • For example, some regions of DNA appear to hold instructions for producing a DNA-like, but non-proteinaceous, molecule type called double-stranded RNA.
  • "A Bacterial Artificial Chromosome Library for Sequencing the Complete Human Genome".
  • Before the project In the 1970?s, the National Academy of Sciences asked Paul Berg to explore the safety of recombinant DNA technology.
  • Craig Venter is the president of Celera Genomics that is on its way of becoming one of the largest DNA sequencing center in the world.
  • Feature: Professor Mike Stratton - how I got into cancer genetics A pathologist drawn into molecular biology in the mid-1980s and now Director of the Wellcome Trust Sanger Institute, Professor Mike Stratton tells Chrissie Giles how he'll never stop being fascinated by cells.
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  • Gene expression analyses have shown that all six genes are ... > read more New Approach Improves Prioritization Of Disease-Associated SNPs (Dec.
  • The Human Genome Project has helped foster the creation of newer, faster, and cheaper methods of gene sequencing, said George Church, who heads the Personal Genome Project at Harvard University.
  • The written language of DNA uses four "letters," or nucleotides: A, T, C, and G. HapMap is a catalog of common SNPs that occur in human beings.
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  • Another technological breakthrough occurred in 1985, when the polymerase chain reaction method was developed by Dr. Kary Mullis and colleagues at Cetus Corp.
  • Additional goals of the new plan focus on comparing human DNA sequences with those from organisms such as the laboratory mouse and yeast, addressing the ethical, legal, and social issues surrounding genetic tools and data, developing the computational capability to collect, store, and analyze DNA data, and developing interdisciplinary training programs for future genomics scientists (Collins et al. 1998).
  • An international Human Genome Organization (HUGO) was founded in April, 1988 by an independent group of scientists initially for the purpose of assisting with coordinating national efforts, facilitating exchange of research resources, encouraging public debate, and providing information on the implications of human genome research.
  • Although some causal links have been made between genomic sequence variants in particular genes and some of these diseases, often with much publicity in the general media, these are usually not considered to be genetic disorders per se as their causes are complex, involving many different genetic and environmental factors.
  • In 1977, Allan Maxam and Walter Gilbert (pictured) at Harvard University and Frederick Sanger at the U.K. Medical Research Council independently developed these methods.
  • Largely due to his disagreement with his boss, Bernadine Healy, over the issue of patenting genes, Watson was forced to resign in 1992.
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  • The HGP should illuminate fundamental functions of the body and become invaluable basis for genomic technology, however it will primarily open a fascinating area for exploration.
  • Watson, who along with Francis Crick (b.
  • He claims that his team will finish the DNA sequence of the entire human genome in just 18 months, finishing it by the end of 2001 instead of 2005 and at a cost ten times less than the publicly funded project.
  • Nobel Prize winner James Watson agreed to head the project at the NIH.
  • In depth Resources [In depth: Alzheimers] [In depth: Asthma] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Asthma] [In depth: Cancer file] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Cancer file] [In depth: Chromosome disorders] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Chromosome disorders] [In depth: Crick papers] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Crick papers] [In depth: Diabetes file] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Diabetes file] [In depth: Gene therapy] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Gene therapy] [In depth: Human Evolution and History] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Human Evolution and History] [In depth: The Human Genome Project] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: The Human Genome Project] [In depth: Key legislation] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Key legislation] [In depth: Medicine chest] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Medicine chest] [In depth: Model organisms] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Model organisms] [In depth: Single gene disorders] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Single gene disorders] [In depth: Wellcome Trust Sanger Institute] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Wellcome Trust Sanger Institute] [In depth: Alzheimers] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Interactive Centre] [Resources: Technology Centre] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Technology Centre] [Resources: Bookshelf] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Bookshelf] [Resources: Biographies] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Biographies] [Resources: Film reviews] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Film reviews] [Resources: Interactive Centre] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections].
  • He was replaced by Francis Collins in April 1993, and the name of the Center was changed to the National Human Genome Research Institute (NHGRI) in 1997.
  • The resulting genome maps have already proven to be far more than a detailed list of the three billion letters that make up our genetic code.
  • In fact, two competing teams of scientists published two all-but-identical genome maps in different journals in the same week.
  • Even if the genetic disorder can not be treated, knowledge of one's risk can enable an individual to make important decisions in areas of family planning, reproduction, financial planning, and life-style choices.
  • In depth Resources [In depth: Alzheimers] [In depth: Asthma] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Asthma] [In depth: Cancer file] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Cancer file] [In depth: Chromosome disorders] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Chromosome disorders] [In depth: Crick papers] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Crick papers] [In depth: Diabetes file] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Diabetes file] [In depth: Gene therapy] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Gene therapy] [In depth: Human Evolution and History] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Human Evolution and History] [In depth: The Human Genome Project] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: The Human Genome Project] [In depth: Key legislation] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Key legislation] [In depth: Medicine chest] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Medicine chest] [In depth: Model organisms] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Model organisms] [In depth: Single gene disorders] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Single gene disorders] [In depth: Wellcome Trust Sanger Institute] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Wellcome Trust Sanger Institute] [In depth: Alzheimers] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Interactive Centre] [Resources: Technology Centre] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Technology Centre] [Resources: Bookshelf] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Bookshelf] [Resources: Biographies] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Biographies] [Resources: Film reviews] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Film reviews] [Resources: Interactive Centre] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections].
  • In depth Resources [In depth: Alzheimers] [In depth: Asthma] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Asthma] [In depth: Cancer file] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Cancer file] [In depth: Chromosome disorders] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Chromosome disorders] [In depth: Crick papers] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Crick papers] [In depth: Diabetes file] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Diabetes file] [In depth: Gene therapy] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Gene therapy] [In depth: Human Evolution and History] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Human Evolution and History] [In depth: The Human Genome Project] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: The Human Genome Project] [In depth: Key legislation] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Key legislation] [In depth: Medicine chest] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Medicine chest] [In depth: Model organisms] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Model organisms] [In depth: Single gene disorders] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Single gene disorders] [In depth: Wellcome Trust Sanger Institute] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Wellcome Trust Sanger Institute] [In depth: Alzheimers] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Interactive Centre] [Resources: Technology Centre] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Technology Centre] [Resources: Bookshelf] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Bookshelf] [Resources: Biographies] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Biographies] [Resources: Film reviews] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Film reviews] [Resources: Interactive Centre] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections].
  • In depth Resources [In depth: Alzheimers] [In depth: Asthma] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Asthma] [In depth: Cancer file] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Cancer file] [In depth: Chromosome disorders] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Chromosome disorders] [In depth: Crick papers] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Crick papers] [In depth: Diabetes file] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Diabetes file] [In depth: Gene therapy] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Gene therapy] [In depth: Human Evolution and History] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Human Evolution and History] [In depth: The Human Genome Project] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: The Human Genome Project] [In depth: Key legislation] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Key legislation] [In depth: Medicine chest] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Medicine chest] [In depth: Model organisms] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Model organisms] [In depth: Single gene disorders] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Single gene disorders] [In depth: Wellcome Trust Sanger Institute] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Wellcome Trust Sanger Institute] [In depth: Alzheimers] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Interactive Centre] [Resources: Technology Centre] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Technology Centre] [Resources: Bookshelf] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Bookshelf] [Resources: Biographies] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Biographies] [Resources: Film reviews] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Film reviews] [Resources: Interactive Centre] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections].
  • Great desire exists among biotechnology companies to acquire efficient technologies such as the genome-driven drug discovery.
  • By visiting the human genome database on the World Wide Web, this researcher can examine what other scientists have written about this gene, including (potentially) the three-dimensional structure of its product, its function(s), its evolutionary relationships to other human genes, or to genes in mice or yeast or fruit flies, possible detrimental mutations, interactions with other genes, body tissues in which this gene is activated, and diseases associated with this gene or other datatypes.
  • This remarkable news made headlines all over the world because it meant that finally disease researchers would have a full account of every base pair in the human genetic code on which to focus their search for genetic disease.
  • In depth Resources [In depth: Alzheimers] [In depth: Asthma] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Asthma] [In depth: Cancer file] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Cancer file] [In depth: Chromosome disorders] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Chromosome disorders] [In depth: Crick papers] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Crick papers] [In depth: Diabetes file] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Diabetes file] [In depth: Gene therapy] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Gene therapy] [In depth: Human Evolution and History] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Human Evolution and History] [In depth: The Human Genome Project] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: The Human Genome Project] [In depth: Key legislation] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Key legislation] [In depth: Medicine chest] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Medicine chest] [In depth: Model organisms] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Model organisms] [In depth: Single gene disorders] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Single gene disorders] [In depth: Wellcome Trust Sanger Institute] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Wellcome Trust Sanger Institute] [In depth: Alzheimers] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Interactive Centre] [Resources: Technology Centre] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Technology Centre] [Resources: Bookshelf] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Bookshelf] [Resources: Biographies] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Biographies] [Resources: Film reviews] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Film reviews] [Resources: Interactive Centre] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections].
  • Additional goals of the new plan focus on comparing human DNA sequences with those from organisms such as the laboratory mouse and yeast, addressing the ethical, legal, and social issues surrounding genetic tools and data, developing the computational capability to collect, store, and analyze DNA data, and developing interdisciplinary training programs for future genomics scientists (Collins et al. 1998).
  • James D. Watson, Ph.D., the famous codiscoverer of the DNA double helix, was recruited to direct the NIH effort.
  • By visiting the human genome database on the World Wide Web, this researcher can examine what other scientists have written about this gene, including (potentially) the three-dimensional structure of its product, its function(s), its evolutionary relationships to other human genes, or to genes in mice or yeast or fruit flies, possible detrimental mutations, interactions with other genes, body tissues in which this gene is activated, and diseases associated with this gene or other datatypes.
  • But in recent years, scientists have discovered stretches of so-called junk DNA that don't make proteins but are nonetheless important.
  • 06/09/12 Ten new diabetes gene links offer picture of biology underlying disease Ten more DNA regions linked to type 2 diabetes have been discovered, bringing the total to more than 60.
  • Wade, N. Dr. J. Craig Venter: The genome's combative entrepreneur.
  • "A Bacterial Artificial Chromosome Library for Sequencing the Complete Human Genome".
  • Wade, N. Dr. J. Craig Venter: The genome's combative entrepreneur.
  • In depth Resources [In depth: Alzheimers] [In depth: Asthma] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Asthma] [In depth: Cancer file] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Cancer file] [In depth: Chromosome disorders] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Chromosome disorders] [In depth: Crick papers] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Crick papers] [In depth: Diabetes file] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Diabetes file] [In depth: Gene therapy] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Gene therapy] [In depth: Human Evolution and History] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Human Evolution and History] [In depth: The Human Genome Project] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: The Human Genome Project] [In depth: Key legislation] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Key legislation] [In depth: Medicine chest] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Medicine chest] [In depth: Model organisms] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Model organisms] [In depth: Single gene disorders] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Single gene disorders] [In depth: Wellcome Trust Sanger Institute] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Wellcome Trust Sanger Institute] [In depth: Alzheimers] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Interactive Centre] [Resources: Technology Centre] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Technology Centre] [Resources: Bookshelf] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Bookshelf] [Resources: Biographies] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Biographies] [Resources: Film reviews] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Film reviews] [Resources: Interactive Centre] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections].
  • For example, the gene for histone H1a (HIST1HIA) is relatively small and simple, lacking introns and encoding mRNA sequences of 781 nt and a 215 amino acid protein (648 nt open reading frame).
  • By 1990 the Human Genome Project had received the additional endorsement of the National Academy of Sciences, the National Research Council, the DOE, the National Science Foundation, the U.S. Department of Agriculture, and the Howard Hughes Medical Institute.
  • From the start of the human genome project it was realized that a number of ethical and policy issues for both individuals and society would arise.
  • DNA is the genetic material that contains the code for all living things, and it consists of two long chains or strands joined together by chemicals called bases or nucleotides (pronounced NOO-klee-uh-tides), all of which are coiled together into a twisted-ladder shape called a double helix.
  • In depth Resources [In depth: Alzheimers] [In depth: Asthma] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Asthma] [In depth: Cancer file] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Cancer file] [In depth: Chromosome disorders] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Chromosome disorders] [In depth: Crick papers] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Crick papers] [In depth: Diabetes file] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Diabetes file] [In depth: Gene therapy] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Gene therapy] [In depth: Human Evolution and History] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Human Evolution and History] [In depth: The Human Genome Project] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: The Human Genome Project] [In depth: Key legislation] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Key legislation] [In depth: Medicine chest] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Medicine chest] [In depth: Model organisms] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Model organisms] [In depth: Single gene disorders] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Single gene disorders] [In depth: Wellcome Trust Sanger Institute] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [In depth: Wellcome Trust Sanger Institute] [In depth: Alzheimers] Click to scroll through the In depth section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Interactive Centre] [Resources: Technology Centre] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Technology Centre] [Resources: Bookshelf] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Bookshelf] [Resources: Biographies] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Biographies] [Resources: Film reviews] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections] [Resources: Film reviews] [Resources: Interactive Centre] Click to scroll through the Resources section [Scroll back through the sections, otherwise linearise to view all sections] [Scroll forward through the sections, otherwise linearise to view all sections].
  • The human mitochondrial DNA is of tremendous interest to geneticists, since it undoubtedly plays a role in mitochondrial disease.
  • Patients who can afford the expenditure for genetic testing can simply buy the service they desire even if it is not covered by their public or private insurance plan.
  • Further, deeper understanding of the disease processes at the level of molecular biology may determine new therapeutic procedures.
  • The U.S. National Center for Biotechnology Information (and sister organizations in Europe and Japan) house the gene sequence in a database known as GenBank, along with sequences of known and hypothetical genes and proteins.
  • In June 2000 scientists joined U.S. President Bill Clinton at the White House to unveil the Human Genome Project's "working draft" of the human genomeā??the full set of DNA that makes us human (quick human genetics overview).
  • It is likely that experiments with somatic cell nuclear transfer will be required to attain histocompatibility.
  • All forms of life farmed throughout the Universe may well be seen as an enormous molecular nanotech creation by a intelligent Creator using amino- acid -thoughts, expressed mathematically.

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Glossary

acid : An acid is something that has a pH less than 7
amino acid : In biology and biochemistry, Amino acids are seen as the building blocks of proteins
bacterial artificial chromosome : A bacterial artificial chromosome is a DNA construct, based on a functional fertility plasmid , use...
base pair : In molecular biology, two nucleotides on opposite complementary DNA or RNA strands that are connecte...
cancer : Cancer is a class of diseases or disorders
cell : In biology, the cell is the basic structure of organisms
chromosome : The chromosomes of a cell are in the cell nucleus
clones : A clone is any cell or individual which is identical to another
cloning : Cloning in biology is the process of similar producing populations of genetically identical individu...
collins : Collins may refer to:__NOTOC__==General==* Collins class submarine
computer program : A computer program is a list of instructions that tell a computer what to do
consortium : A consortium is an association of two or more individuals, companies, organizations or governments ...
craig venter : John Craig Venter is an American biologist and entrepreneur
cystic fibrosis : Cystic Fibrosis is a condition a person may get from their parents
database : A database is a system for organizing data
department of energy : The term Department of Energy is used by government departments in a number of countries
disease : A disease or medical condition is an abnormality of the body or mind that causes pain and discomfort...
dna : DNA profiling is a technique employed by forensic scientists to assist in the identification of ind...
dna sequence : A DNA sequence or genetic sequence is a succession of letters representing the primary structure of ...
dna sequencing : A DNA sequence or genetic sequence is a succession of letters representing the primary structure of ...
double helix : In geometry, a double helix is two helices with the same axis, but they differ by a translation alo...
evolution : Evolutionism refers to a theory of evolution, specifically to a widely held 19th century belief that...
francis crick : Francis Harry Compton Crick OM FRS was a British physicist and biologist
function : __FORCETOC__Decentralization or Decentralisation is the process of dispersing decision-making gover...
gene expression : Gene expression is the process by which the heritable information in a gene, the sequence of DNA bas...
gene therapy : Gene therapy is the insertion of genes into an individual's cells and tissues to treat diseases, suc...
genetic code : The genetic code is the set of rules by which information encoded in genetic material is translated...
genetic disorder : A single gene disorder is the result of a single mutated gene
genetic engineering : Genetic engineering, or GE, is a branch of biology
genetic screen : A genetic screen is a procedure or test to identify and select individuals who possess a phenotype ...
genetic testing : Genetic Testing : Gene tests , the newest and most sophisticated of the techniques used to test for ...
geneticist : A geneticist is a scientist who studies genetics, the science of heredity and variation of organisms
genetics : Genetics is a discipline of biology
genome : Genomics is the study of the genomes of organisms
genome project : Genome projects are scientific endeavours that ultimately aim to determine the complete genome seque...
health care : Health care is the preservation of mental and physical health by preventing or treating illnesses th...
human evolution : Human evolution is about the origin of the human beings
human genome : The human genome is the genome of Homo sapiens, which is stored on 23 chromosome pairs
institute : An institute is a permanent organizational body created for a certain purpose
jam : A slam dunk is a type of basketball shot that is performed when a player jumps in the air and manua...
japan : The is Japan's bicameral legislature
junk dna : In evolutionary biology and molecular biology, junk DNA is a provisional label for the portions of t...
mapping : A map is an image of an area, usually of the Earth or part of the Earth
medicine : Medicine is the science that deals with diseases in humans and animals, the best ways to prevent di...
method : Method may refer to:* How to do or make something* Scientific method, a series of steps taken to a...
model organism : A model organism is a non-human species that is studied over many years, building up a lot of knowle...
molecular biology : Molecular biology is the study of biology at a molecular level
molecule : A molecule is the smallest amount of a chemical substance that can exist
mouse : He formed Gnarls Barkley with Cee-Lo Green and produced their albums St
mutation : In biology, a mutation is a change in the genetic material
national science foundation : The National Science Foundation is a United States government agency that supports fundamental rese...
nucleotide : Nucleotides are molecules that, when joined together, make up the structural units of RNA and DNA
nucleus : Nucleus may refer to:*The atomic nucleus*Cell nucleus, the control center of a cell, which contain...
number : A number is a concept from mathematics, used to count or measure
patent : A chemical patent or pharmaceutical patent is a patent for an invention in the chemical or pharmaceu...
polymerase chain reaction : Polymerase chain reaction is a way to copy a sequence of DNA
privacy : Privacy is the ability of an individual or group to seclude themselves or information about themsel...
protein : Proteins are large molecules built from small units known as amino acids
region : Regional airlines are airlines that operate regional aircraft to provide passenger air service to co...
researcher : A researcher is a person that researches, looks for knowledge in general for any systematic investig...
rna : RNA is an acronym for ribonucleic acid, a nucleic acid
scientists : A scientist is a person who works in science
sequence : A sequence is a concept in ordinary language which was later adopted in mathematics
sequencing : In genetics and biochemistry, sequencing means to determine the primary structure of an unbranched ...
society : A learned society is an organization that exists to promote an academic discipline or group of disci...
somatic cell : All the cells in the body of an organism are somatic cells, except for the haploid gametes and othe...
states : In modern politics, a state is an association which has control over a geographic area or territory
team : A team is a group of people who have a certain task to complete
tool : Tool steel refers to a variety of carbon and alloy steels that are particularly well-suited to be ma...
united kingdom : A personal union is a relationship of two or more sovereign states, which, through law, share the sa...
walter gilbert : Walter Gilbert is an American physicist, biochemist, molecular biology pioneer, and Nobel laureate
yeast : Yeast are microorganisms


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