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Current Opinion in Chemical Biology, 2001
More than a million genetic markers in the form of single nucleotide polymorphisms are now available for use in genotype-phenotype studies in humans. The application of new strategies for representational cloning and sequencing from genomes combined with the mining of high-quality sequence variations in clone overlaps of genomic and/or cDNA sequences ...
C S, Carlson +2 more
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More than a million genetic markers in the form of single nucleotide polymorphisms are now available for use in genotype-phenotype studies in humans. The application of new strategies for representational cloning and sequencing from genomes combined with the mining of high-quality sequence variations in clone overlaps of genomic and/or cDNA sequences ...
C S, Carlson +2 more
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Organization of the human genome
Journal of Inherited Metabolic Disease, 1994SummaryThe human genome contains about 3×109 base pairs which, based on average estimates for the size of coding regions, might suggest an upper limit of about 3 million genes. Evidence from a variety of approaches indicates a much lower figure — in the range 40 000–100 000 genes.
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Current Protocols in Human Genetics, 2002
AbstractThe majority of the sequence for the human genome is now available. Regardless of the researcher's area of interest, it is quite likely that they will want to use some aspect of this data. This unit helps researchers achieve that goal. It presents the gene models available at NCBI, the UCSC Genome Browser, and Ensembl.
Deanna, Church, Kim D, Pruitt
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AbstractThe majority of the sequence for the human genome is now available. Regardless of the researcher's area of interest, it is quite likely that they will want to use some aspect of this data. This unit helps researchers achieve that goal. It presents the gene models available at NCBI, the UCSC Genome Browser, and Ensembl.
Deanna, Church, Kim D, Pruitt
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The Hastings Center Report, 1989
Mapping the Human Genome From early morning until late afternoon of the 24th through the 26th of October, 1988, scientists from some twenty-four countries met in Valencia to discuss the present status and future prospects of the Human Genome Project. The media's extensive coverage of the meeting at the time gave an indication of the widespread interest
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Mapping the Human Genome From early morning until late afternoon of the 24th through the 26th of October, 1988, scientists from some twenty-four countries met in Valencia to discuss the present status and future prospects of the Human Genome Project. The media's extensive coverage of the meeting at the time gave an indication of the widespread interest
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On parameters of the human genome
Journal of Theoretical Biology, 2011There are mathematical constants that describe universal relationship between variables, and physical/chemical constants that are invariant measurements of physical quantities. In a similar spirit, we have collected a set of parameters that characterize the human genome. Some parameters have a constant value for everybody's genome, others vary within a
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1994
Publisher Summary This chapter discusses genomic imprinting in humans, which is a recently recognized phenomenon. It has already been implicated in a number of developmental and pathological processes. However, it is still unclear in terms of its functions in normal development, although there is evidence that some imprinted genes are important in ...
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Publisher Summary This chapter discusses genomic imprinting in humans, which is a recently recognized phenomenon. It has already been implicated in a number of developmental and pathological processes. However, it is still unclear in terms of its functions in normal development, although there is evidence that some imprinted genes are important in ...
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Comptes Rendus de l'Académie des Sciences - Series III - Sciences de la Vie, 1998
Human genome diversity studies analyse genetic variation among individuals and between populations in order to understand the origins and evolution of anatomically modern humans (Homo sapiens sapiens). The availability of thousands of DNA polymorphisms (genetic markers) brings analytic power to these studies. Human genome diversity studies have clearly
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Human genome diversity studies analyse genetic variation among individuals and between populations in order to understand the origins and evolution of anatomically modern humans (Homo sapiens sapiens). The availability of thousands of DNA polymorphisms (genetic markers) brings analytic power to these studies. Human genome diversity studies have clearly
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Nature, 1991
A meeting next month in London should give a clear view of where the Human Genome Project is now, and where it is likely to be heading in the years that follow. The project (which is several) continues to gather momentum. The strategic questions have been settled, but there will be endless arguments on tactics.
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A meeting next month in London should give a clear view of where the Human Genome Project is now, and where it is likely to be heading in the years that follow. The project (which is several) continues to gather momentum. The strategic questions have been settled, but there will be endless arguments on tactics.
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American Journal of Physical Anthropology, 2012
AbstractFor much of the 20th century, the predominant view of human evolutionary history was derived from the fossil record. Homo erectus was seen arising in Africa from an earlier member of the genus and then spreading throughout the Old World and into the Oceania. A regional continuity model of anagenetic change from H.
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AbstractFor much of the 20th century, the predominant view of human evolutionary history was derived from the fossil record. Homo erectus was seen arising in Africa from an earlier member of the genus and then spreading throughout the Old World and into the Oceania. A regional continuity model of anagenetic change from H.
openaire +2 more sources