Results 251 to 260 of about 95,109 (292)
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Endeavour, 1988
Abstract Significant progress has been made in the study of genetic factors in human blood in the last fifteen years. Current technology uses a wide range of hereditary antigenes and polymorphic protein markers, a considerable number of which can be found in liquid blood.
H, Logtenberg, E, Bakker
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Abstract Significant progress has been made in the study of genetic factors in human blood in the last fifteen years. Current technology uses a wide range of hereditary antigenes and polymorphic protein markers, a considerable number of which can be found in liquid blood.
H, Logtenberg, E, Bakker
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Nature, 1998
The birth of Dolly1 has raised considerable interest and debate over the potential for cloning mammals, including humans. However, there are concerns about the authenticity of Dolly, and whether she could have been derived not from an adult donor mammary cell, but instead from a contaminating sheep cell culture or from a fetal cell present in the udder
Signer, EN +6 more
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The birth of Dolly1 has raised considerable interest and debate over the potential for cloning mammals, including humans. However, there are concerns about the authenticity of Dolly, and whether she could have been derived not from an adult donor mammary cell, but instead from a contaminating sheep cell culture or from a fetal cell present in the udder
Signer, EN +6 more
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Animal Genetics, 1989
Summary. Human minisatellite probes crossâhybridize to DNA of several species of poultry (chicken, duck, turkey and goose), and detect high levels of polymorphism. The resulting DNA fingerprints are individual specific, and allow the discrimination even between closely related birds.
J, Hillel +5 more
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Summary. Human minisatellite probes crossâhybridize to DNA of several species of poultry (chicken, duck, turkey and goose), and detect high levels of polymorphism. The resulting DNA fingerprints are individual specific, and allow the discrimination even between closely related birds.
J, Hillel +5 more
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Nature, 1987
Several regions of the human genome are highly variable in populations because the number of repeats in these regions of a short 'minisatellite' sequence varies at high frequency. Different minisatellites have a core sequence in common, however, and probes made up of tandem repeats of this core sequence detect many highly variable DNA fragments in ...
T, Burke, M W, Bruford
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Several regions of the human genome are highly variable in populations because the number of repeats in these regions of a short 'minisatellite' sequence varies at high frequency. Different minisatellites have a core sequence in common, however, and probes made up of tandem repeats of this core sequence detect many highly variable DNA fragments in ...
T, Burke, M W, Bruford
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DNA fingerprinting: a new dimension
Trends in Genetics, 1990They've done it again! Those friendly people who brought you DNA fingerprinting have now revealed genetic variation on an extraordinarily fine scale. Not only that: in a recent paper describing DNA sequence differences between alleles at a minisatellite (fingerprint) locus, Alec Jeffreys, Rita Neumann and Victoria Wilson of Leicester University have ...
J, Pemberton, B, Amos
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Nature, 1989
In the rush to use the tremendous power of DNA fingerprinting as a forensic tool, the need for standards has been overlooked.
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In the rush to use the tremendous power of DNA fingerprinting as a forensic tool, the need for standards has been overlooked.
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DNA fingerprinting in leukemia
International Journal of Clinical & Laboratory Research, 1992The detection of polymorphic regions of the human DNA provides individual specific markers, DNA fingerprints (DNA-F), for the identification of individuals. DNA-F can also be used for the detection of cell clones and serve as molecular markers of malignant disease.
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