81. GNF SymAtlas Database covering the genomes of humans and mice. Includes integrated publishing datasets software and FAQ maintained by the genomics Institute of the Novartis Research Foundation. http://symatlas.gnf.org/SymAtlas/

This web-application currently requires a frames-capable browser.

82. BBC NEWS | In Depth | Human Genome human genome Monday, 6 January, 2003, 1130 GMT The sequencing of the human genome will be finished by next year, a leading scientist says at a http://news.bbc.co.uk/hi/english/in_depth/sci_tech/2000/human_genome/default.stm

CATEGORIES TV RADIO COMMUNICATE ... INDEX SEARCH You are in: In Depth: Human genome News Front Page World ... Programmes SERVICES Daily E-mail News Ticker Mobile/PDAs Text Only ... Help EDITIONS Change to World Monday, 6 January, 2003, 11:30 GMT Complete genome map 'in 2003' The sequencing of the human genome will be finished by next year, a leading scientist says at a conference in China. Row over 'Book of Life' Genome 'treasure trove' The essence of maleness Nature or nurture? ... 'The end of the beginning' JUNE 2000 ANNOUNCEMENT Scientists crack human code Researchers produce a rough draft of the three billion letters of genetic code that describe human life. Gene row is over What they said: Genome in quotes G-Day for biology GENOME ISSUES What the genome can do for you All the rows and all the money spent in pursuing the human code for life will be well worth it if it fulfils even some of its medical promise. Morality and a code of conduct Employment and insurance How the code was cracked Nature versus nurture ... The history of genetics ARCHIVE: GENOME MILESTONES Scientists detail rice code Researchers read the genetic code of rice - a major achievement that will have a huge impact on world food production.

83. BBC NEWS | Science/Nature | Human Genome Finally Complete The biological code crackers uncovering the DNA blueprint for human life say the job has been finished two years early. http://news.bbc.co.uk/1/hi/sci/tech/2940601.stm

Home TV Radio Talk ... Newswatch Last Updated: Monday, 14 April, 2003, 16:01 GMT 17:01 UK Email this to a friend Printable version Human genome finally complete By Ivan Noble BBC News Online science staff The biological code crackers sequencing the human genome have said they have finished the job - two years ahead of schedule. Decoding using the power of robotics and computers ( Image by The Wellcome Trust Sanger Institute Their announcement came less than three years after a "rough draft" was published to worldwide acclaim. When UK Prime Minister Tony Blair and then US President Bill Clinton hailed the publication of the draft in June 2000, 97% of the "book of life" had been read. The decoding is now close to 100% complete. The remaining tiny gaps are considered too costly to fill and those in charge of turning genomic data into medical and scientific progress have plenty to be getting on with. The Wellcome Trust Sanger Institute, the only British institution taking part in the international effort, completed almost a third of the sequence - the biggest contribution by a single institution. Its director, Professor Allan Bradley, said that completing the human genome was a vital step on a long road, but that the eventual health benefits could be phenomenal.

84. HGM2004 - Human Genome Meeting 2004 Home Page The home page for the HUGO human Genome Meeting 2004, HGM2004, to be held in Berlin Germany. http://hgm2004.hgu.mrc.ac.uk/

HGM Human Genome Meeting Berlin, Germany 4th - 7th April 2004 Skip to Call for HUGO Lecturers Welcome Programme Abstracts ... More... ** Available Now - Abstracts On-line Don't miss in Kyoto, Japan Genomes to Systems - The Consortium for Post-Genome Science 2nd Conference Manchester, UK, 1-3 Sep 2004 HUGO and HGM would like to thank the following organisations and companies for their support: GENOSCOPE - Novartis Pharma - Irish Health Research Board - Netherlands NWO Top Home Contents Site Search This page maintained by webperson.hgm2004@hgu.mrc.ac.uk Last updated 07 Apr 2004

85. A Brief History Of The Human Genome Project Thus was initiated the detailed mapping of the human genome. The dramatic proposition was made that the entire human genome should not only be mapped http://www.dartmouth.edu/~cbbc/courses/bio4/bio4-1997/16-HumanGenome.html

A Brief History of the Human Genome Project by George Cahill This is chapter 1 from: Gert, Bernard et al. 1996. "Morality and the New Genetics: A Guide for Students and Health Care Providers.". Boston, MA: Jones and Bartlett, Publishers . Used with permission of the author. topics in these notes Summary Let's Even Consider Sequencing! Antiquity Enter the Department of Energy ... DNA and Genetics Unite Summary This chapter summarizes human genetics and its history with simple descriptions of modes of inheritance using the commonly-used terms from the genetic literature. It also describes current efforts to create genetic maps and to sequence the 3 billion bases in the human genome. An Appendix in the back of this volume summarizes the genetic principles of inheritance in humans. Antiquity Awareness of the inheritance of both human appearance and behavioral characteristics dates from ancient times. In a similar vein, selective breeding of domestic animals and plants, both for greater yields and for ease of management, produced strains which maintained these better characteristics in subsequent generations. The evolution of today's corn from the minuscule wild maize of pre-Colombian America is one excellent example. Others include the draft horse, both beef and dairy cattle, and especially the various breeds of dogs for different uses such as herding, retrieving, pointing or simply companionship. These represent what can be done with intentional genetic manipulation employing appropriate selection for physical and behavioral traits.

86. USDOE Office Of Biological & Environmental Research Thus, GenomicsGTL is a joint program with the Office of Advanced Scientific the risks to human health from exposures to low levels of radiation. http://www.sc.doe.gov/ober/lsd_top.html

BER Life Sciences Research Programs DNA Sequencing ELSI ... Privacy/Security The Life Sciences Division manages a diverse portfolio of research to develop fundamental biological information and to advance technology in support of DOE's missions in biology, medicine, and the environment. Specific research areas include: Genomics: GTL research - to underpin the development of biotechnology solutions for energy, the environment, and carbon sequestration. This timely and forward looking program will develop high throughput, genome-scale technologies needed to understand the workings of biological, primarily microbial, systems from proteomics to metabolomics to regulatory networks to ecogenomics, including the development of scientific user facilities. A central element of Genomics:GTL is the development of the computational capabilities and systems needed to model complex biological systems. Thus, Genomics:GTL is a joint program with the Office of Advanced Scientific Computing Research DNA sequencing - annual invitation for suggestions of microbial targets for merit reviewed genomic sequencing to address mission needs in carbon sequestration, energy production, and bioremediation. DOE

87. Howard University - National Human Genome Center The National human Genome Center at Howard University is a comprehensive resource for genomic research on African Americans and other African Diaspora http://www.genomecenter.howard.edu/intro.htm

MICROBIOLOGY HOME MEDICINE HOME HOWARD HOME You are at: Research Translational Genomics in the African Diaspora (TgRIAD Research Units Directory ... College of Medicine 520 W. Street, NW Washington, DC Vision Statement The National Human Genome Center at Howard University is a comprehensive resource for genomic research on African Americans and other African Diaspora populations, distinguished by a diverse social context for framing biology as well as the ethical, legal, and social implications of knowledge gained from the human genome project and research on genome variation. The vision for the NHGC is founded upon Howard University’s history of providing leadership for America and the global community in the critical areas of education, health, and social justice. Mission The mission of the National Human Genome Center is to explore the science of and teach the knowledge about DNA sequence variation and its interaction with the environment in the causality, prevention, and treatment of diseases common in African American and other African Diaspora populations.

88. The Human Genome Projects the International human Genome Sequencing Consortium (IHGSC) in the 15 February Neither group had determined the complete sequence of the human genome. http://users.rcn.com/jkimball.ma.ultranet/BiologyPages/H/HGP.html

Preliminary Findings of The Human Genome Projects Index to this page What was not found What was found 1. The number of genes will turn out to be much smaller than once predicted. 2. Gene diversity and density. ... What remains to be done? Shortly after their press conferences, the two groups that had been striving for several years to map the human genome published their findings: the International Human Genome Sequencing Consortium (IHGSC) in the 15 February 2001 issue of Nature Celera Genomics , a company in Rockville, Maryland, in the 16 February issue of Science These achievements were monumental, but before we examine them, let us be clear as to what they were not. What was not found Neither group had determined the complete sequence of the human genome. Each of our chromosomes is a single molecule of DNA. Some day the sequence of base pairs in each will be known from one end to the other. But in 2001, thousands of gaps remained to be filled. What they had done was present a series of draft sequences that represented about 90% (probably the most interesting 90%) of the genome. Even taken together, the results did not provide an accurate count of the number of protein-encoding genes in our genome (in contrast to such genomes as those of

89. B200 Human Genome Lectures Molecular Biology and the human Genome Project Introduction Cloning cDNA The last thirty years have seen the study of the human genome grow from a http://www.ucl.ac.uk/~ucbhjow/b200/b200.html

Molecular Biology and the Human Genome Project These are the last three lectures of the Biology B200 course, given by Dr Jonathan Wolfe Chapters 3, 4, 5 and 15 of Human genetics: the molecular revolution by Edwin McConkey, pub. Jones and Bartlett, 1993 are recommended reading. An excellent (though slightly out of date) web site to visit for relevant information is The US Department of Energy's Primer of Molecular Genetics . (The Department of Energy is a big mover in the Genome World.) Table of Contents Molecular Biology and the Human Genome Project Introduction Cloning cDNA clones ... Sequencing Introduction The last thirty years have seen the study of the human genome grow from a minority academic interest into a mega-industry. During this time it has ceased to be solely an academic province but has become the object of study of the major pharmaceutical companies, for example, in the US and UK SmithKline Beecham are very active in the field of human genome research. This is a link to their publicity . In addition research has moved out of small laboratories and into a few heavily funded genome factories (for want of a better word). The principal UK effort is at the Sanger Centre in Cambridgeshire.

90. Human Genome - Wikipedia, The Free Encyclopedia The human Genome Project produced a reference sequence of the In addition to protein coding genes, the human genome contains several thousand RNA genes, http://en.wikipedia.org/wiki/Human_genome

Human genome From Wikipedia, the free encyclopedia. The human genome is the genome of Homo sapiens . It is made up of 23 chromosome pairs with a total of about 3 billion DNA base pairs . The Human Genome Project produced a reference sequence of the euchromatic human genome, which is used worldwide in all of the biomedical sciences. Contents Features Chromosomes Genes Regulatory sequences ... edit Features edit Chromosomes The human genome is composed of 46 chromosomes , each of which contain thousands of genes seperated by intergenic regions . Intergenic regions may contain both functionally important regulatory sequences and unimportant "junk DNA". There are 24 distinct human chromosomes , numbers 1-22 plus the sex-determining X and Y chromosomes. Chromosomes 1-22 are numbered roughly in order of decreasing size. Each somatic cell in a healthy individual has one copy of chromosomes 1-22 from each parent, plus an X chromosome from the mother, and either an X or Y chromosome from the father, for a total of 46. edit Genes It is currently estimated that there are 20,000-25,000 human protein-coding genes . Surprisingly, this is comparable (within a factor of 2) to the number of genes in several much simpler organisms, such as the

91. Human Genome Project - Wikipedia, The Free Encyclopedia The human Genome Project (HGP) endeavored to map the human genome down to the The human genome project is one of a number of international genome http://en.wikipedia.org/wiki/Human_Genome_Project

Human Genome Project From Wikipedia, the free encyclopedia. The Human Genome Project (HGP) endeavored to map the human genome down to the nucleotide (or base pair ) level and to identify all the genes present in it. Contents History Goals Benefits References ... edit History The Project was launched in by Charles DeLisi , who was then Director of the US Department of Energy's Health and Environmental Research Programs. The goals and general strategy of the Project were outlined in a two-page memo to the Assistant Secretary in April 1986, which helped garner support from the DOE, the OMB and Congress, especially Senator Pete Dominici . A series of Scientific Advisory meetings, and complex negotiations with senior Federal officials resulted in a line item for the Project in the Presidential budget submission to the Congress. Initiation of the Project was the culmination of several years of work supported by the US Department of Energy, in particular a feasibility workshop in 1986 and a subsequent detailed description of the Human Genome Initiative in a report that led to the formal sanctioning of the initiative by the Department of Energy . This 1987 report stated boldly, "The ultimate goal of this initiative is to understand the human genome" and "Knowledge of the human genome is as necessary to the continuing progress of medicine and other health sciences as knowledge of human anatomy has been for the present state of medicine". Candidate technologies were already being considered for the proposed undertaking at least as early as 1985

92. CGC - Columbia Genome Center $11 million grant from the National human Genome Research Institute (NHGRI) of the Research at the CGC CGC Research is focused in five areas human http://genome4.cpmc.columbia.edu/

About the CGC: From its conception in 1995, the Columbia Genome Center (CGC) was envisioned as a bridge between the biomedical and science/engineering communities of the two main Columbia University campuses...( read more NEWS: Center of Excellence in Genomic Science: Columbia University has been designated a Center of Excellence in Genomic Science and will receive a three year, $11 million grant from the National Human Genome Research Institute (NHGRI) of the National Institutes of Health ( read more Research at the CGC: CGC Research is focused in five areas: human disease mapping, bioinformatics approaches to enhancing disease gene discovery, improvement in the chemistry and engineering of genomic technologies, whole genome sequencing and characterization, and post-genomic technologies... ( read more Quick Link to Research Pages Select an Investigator Dimitris Anastassiou Stuart Fischer T. Conrad Gilliam Barry Honig Jingyue Ju Hank Juo Sergey Kalachikov Bill Noble Paul Pavlidis Jim Russo Andrey Rzhetsky Kenneth Smith Joe Terwilliger Denong Wang An Suei Yang Peisen Zhang Russ Berrie Pavilion 1150 St. Nicholas Avenue

93. NCGR database of human genome sequences from Los Alamos National Laboratory. NCGR has continued to design and maintain publically accessible genomic http://www.ncgr.org/

News NCGR Releases Open Source Version of ISYS more NCGR and USDA-ARS Announce Support for Continued Development of the Legume Information System more NCGR, USDA-ARS and CCGB announce collaboration to initiate a Legume Information Network more NCGR Archives The National Center for Genome Resources (NCGR) in Santa Fe, New Mexico, is an independent, nonprofit research institution that develops and uses informatics for biological discovery. Scientists at NCGR study the influence of genetic variability of both host and pathogen on infectious disease progression and its subsequent impact on human health. Computational biologists, population geneticists, and mathematicians are developing and using novel algorithms and statistical approaches to model complex biological systems. Particular emphasis is placed on meeting the challenges presented in systems biology today, including sparse experimental datasets, poorly defined biological networks, and data collected on disparate timescales. NCGR is a unique provider of professionally engineered software and computational discovery platforms for the scientific community. At its inception in 1994, NCGR's mandate was to develop the Genome Sequence Data Base (GSDB), the first publicly accessible, relational database of human genome sequences from Los Alamos National Laboratory. NCGR has continued to design and maintain publically accessible genomic information resources, such as TAIR and LIS, as well as novel bioinformatic tools, such as Gene-X Lite, ISYS, and XGI, used at research institutions worldwide. Software engineers and developers at NCGR are experienced at creating bioinformatics platforms, incorporating automated annotation and visualization tools, for genome mapping and pathway analysis based on data obtained from high-throughput biotechnologies.

94. Genome Research Web site for Genome Research. GeneBreaking by human Retrotransposons 1073. Enhancer Activity in Vertebrate Iroquois Clusters 1061 http://www.genome.org/

ISSN (print) 1088-9051 ISSN (online) 1549-5469 About Genome Research Subscriptions Advertising Information Instructions to Authors ... Feedback Other Journals Published by CSHL Press PROTEIN SCIENCE RNA In This Issue: A Focus on Primate Evolution GR-in-Advance Select an Issue from the Archive August 1991 - September 2005 Search for Articles August 1991 - September 2005 Online Supplement Information Sign Up for eTOCS and Announcements Current Issue: September 2005 (Next: October 3) SELECTIONS FROM THE CURRENT ISSUE Zebrafish Gene Map and Vertebrate Genome Evolution ATG Deserts Define a Novel Core Promoter Subclass Comparative Genomics of Gossypium and Arabidopsis Focus on Primate Evolution For faster access to Genome Online from these locations use this URL: http://intl.genome.org Australia, Brazil, China, France, Germany, Hong Kong, Ireland, Israel, Italy, Japan, Mexico, Russia, Singapore, South Africa, South Korea, Spain, Sweden, Switzerland, Taiwan, The Netherlands, UK. (More Information)

95. The Human Genome Browser At UCSC -- Kent Et Al. 12 (6): 996 -- Genome Research A unification of mosaic structures in the human genome Hum. Mol. Identification of Promoter Regions in the human Genome by Using a Retroviral Plasmid http://www.genome.org/cgi/content/abstract/12/6/996

QUICK SEARCH: [advanced] Author: Keyword(s): Year: Vol: Page: Published online before print May 16, 2002, 10.1101/gr.229102. Article published online before print in May 2002 This Article Full Text Full Text (PDF) All Versions of this Article: GR-2291Rv1 most recent Alert me when this article is cited Alert me if a correction is posted Citation Map Services Email this article to a friend Similar articles in this journal Similar articles in PubMed Alert me to new issues of the journal ... Cited by other online articles PubMed PubMed Citation Articles by Kent, W. J. Articles by Haussler, a. D. Vol. 12, Issue 6, 996-1006, June 2002 RESOURCES The Human Genome Browser at UCSC W. James Kent, Charles W. Sugnet, Terrence S. Furey, Krishna M. Roskin, Tom H. Pringle

96. NOVA Online | Cracking The Code Of Life From Pythagoras to the human Genome Project and beyond, find out in this timeline how our understanding of heredity has changed throughout history. http://www.pbs.org/wgbh/nova/genome/

Welcome to the companion Web site to "Cracking the Code of Life," originally broadcast on April 17, 2001. This two-hour special, hosted by ABC "Nightline" correspondent Robert Krulwich, chronicles the race to capture one of the biggest prizes in scientific history: the complete letter-by-letter sequence of genetic information that defines human life the human genome. Here's what you'll find online: Watch the Program Here Beginning April 18, watch the entire two-hour NOVA program "Cracking the Code of Life" online, available in both QuickTime and RealVideo, and closed captioned for deaf and hard-of-hearing viewers. Our Genetic Future (A Survey) Would you want to know if you had a genetic predisposition to a terminal disease, even if that disease was incurable? Should genes be patentable? Who, if anyone, should have access to your genomic information? We'd like to hear your thoughts on these and other questions. Manipulating Genes: How Much is Too Much? Few have given more thought to the moral and ethical implications of molecular medicine than Dr. Philip Kitcher, a philosopher at Columbia University and author of The Lives to Come: The Genetic Revolution and Human Possibilities.

97. Online NewsHour: Breaking The Code -- December 2, 1999 If you printed out the whole human genome on pages and I don t know if we ll ever do that but if you did and bound it into volumes and piled them on top http://www.pbs.org/newshour/bb/health/july-dec99/dna_12-2.html

BREAKING THE CODE December 2, 1999 Today, scientists announced the completion of a major step in breaking the human genetic code. The Health Unit is a partnership with the Henry J. Kaiser Family Foundation. Focus: Internet Rx Nov. 30, 1999: Medical Errors Nov. 11, 1999: Hope for the Heart Nov. 9, 1999: What the Doctor Ordered Nov. 1, 1999: Patient Privacy Browse the NewsHour's coverage of health. Nature University of Oklahoma National Institutes of Health SUSAN DENTZER: For nearly a decade, scientists have been attempting to decipher the so-called book of life, the sequence of billions of molecules of DNA that constitute humans' genetic makeup. Yesterday, researchers yesterday, researchers involved in the international human genome project announced that one chapter of the book was now essentially complete. Dr. Harold Varmus, director of the National Institutes of Health, described the accomplishment. DR. HAROLD VARMUS: As this chart indicates, there are, of the 24 volumes of the human encyclopedia that we mentioned earlier, chromosome 22, volume 22, is now filled in. In each of these volumes there are many chapters that tell us profound information about essentially the entire human body plan and the diseases that affect all those organs.

98. Human Genome Sequencing: Nearing The End Of The Beginning - 03-01 The February 2001 issues of em Science /em (Feb. 16) and em Nature /em (Feb. 15) contain detailed analyses of the human genome sequence working draft. http://www.pnl.gov/energyscience/03-01/art1.htm

This issue... News in Brief View from the Inside Human Genome Sequencing Magnetic Moment Scintimammography People About ... Subscribe Free This issue... News in Brief View from the Inside Human Genome Sequencing Magnetic Moment Scintimammography People About ... Subscribe Free Human Genome Sequencing: Nearing the End of the Beginning by Sallie J. Ortiz The long-awaited first analyses of working draft sequences of the human genome were published in special issues of Science (Feb. 16) and Nature (Feb. 15). Nature published the sequence generated by the publicly sponsored U.S. Human Genome Project (HGP), while Science published the draft sequence reported by the private company Celera Genomics. Ari Patrinos, head of the DOE's Human Genome Program , led a series of meetings in 2000 between leaders of the public and private sectors of the human genome sequencing project that resulted in their historic agreement to announce the completion of a draft genome in June 2000, and a promise to later publish their analyses concurrently. They kept that promise in February 2001 in special issues of the Science and Nature journals.

99. HUGO: Chromosome 22 *human Chromosome 22 Project, Sanger Centre Chromosome Resources *Integrated maps *NCBI Entrez *NCBI LocusLink *OMIM *human Genome Project Info. http://www.gdb.org/hugo/chr22/

Chromosome Specific Sites Human Chromosome 22 Project, Sanger Centre Chromosome Resources Integrated maps Genetic maps Radiation hybrid maps FISH maps ... Search by cytogenetic band DNA Sequencing DNA Sequencing Progress DNA Sequencing Specific Sites DNA Sequence Annotation Gene Summary Tables Ensembl The Genome Channel Golden Path at UCSC ... Incyte Genomics Disease Loci Specific Sites Disease loci and genes Disease and Mutation Databases Cancer Cytogenetics Model Organism Synteny Maps Mouse Return to Human Chromosomes Designed by Alexander K Hudek Steve Scherer Editors Blin, Nikolaus Dumanski, Jan Emanuel, Beverly S. Meese, Eckhart U. Medical Information (For Parents and Doctors) Support Groups Education General Resources GeneCards Genome Database NCBI Entrez NCBI LocusLink ... Human Genome Project Info

100. Blending The Human Genome With Art | CNET News.com Blending the human genome with art An unusual collaboration between scientists and artists leads to the creation of a human search tool. http://news.com.com/Blending the human genome with art/2100-7337_3-5805639.html

CNET News.com CNET tech sites: Product reviews Shop Tech news Downloads ... Advertising Track thousands of Web sites in one place: Newsburst Enterprise Hardware Blending the human genome with art Published: July 27, 2005, 10:00 AM PDT By Stefanie Olsen Staff Writer, CNET News.com TrackBack Print E-mail TalkBack "What is the nature of life?" and "Who am I?" are questions that cut across science, religion, art, philosophy and even computer science. Yet type those questions into a search engine like Google or Yahoo and, interspersed with academic papers, you're likely to find a site selling nutritional supplements or one like HotOrNot.com that evaluates your looks. In the name of art and science, a group of Southern California-based academics have tapped into a specialized search database used widely by the scientific community to shed a more meaningful light on the subject. News.context What's new: A collaboration between artists and scientists has led to a "human search tool" that they hope will shed more meaningful light on how one becomes what one is. Bottom line: The project relies on search tools that use Blast, a standard mathematical algorithm in comparative genomics, to illuminate and visualize the links between human genes and those of other organisms.

Page 5     81-100 of 133    Back | 1  | 2  | 3  | 4  | 5  | 6  | 7  | Next 20