Results 251 to 260 of about 8,958,760 (291)
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Localization of heterochromatin in human chromosomes.
Cytogenetics, 1971Heterochromatic regions in chromosomes of man, mainly at the centromeric areas, can be demonstrated with consistency using a special staining procedure.
F. Arrighi, T. Hsu
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Chromosomes and Chromosomal Instability in Human Cancer [PDF]
, 2016 Human cancers show chromosome abnormalities, some of which are frequent and specific cytogenetic changes associated with certain forms of cancer. The most striking findings are nonrandom chromosomal changes in human hematologic neoplasia. Specific cytogenetic changes are associated with the diagnosis of leukemia, clinical implications, and prognosis ...
Kazuma Ohyashiki +2 more
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Distribution of spontaneous chromosome breaks in human chromosomes
Human Genetics, 1976Localization of chromosome breaks in human chromosomes was analyzed in 264 peripheral lymphocyte cultures. Three hundred and sixty-nine chromosome breaks could be exactly localized to a chromosome band or region of the Paris Conference nomenclature. The distribution of breaks in the chromosome regions was found to be nonrandom.
Pertti Aula, von Koskull H
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Mapping of Human Chromosomes [PDF]
, 1980 The mapping of human chromosomes is progressing so rapidly that it is no longer possible to maintain an up-to-date catalog in book form. The standard listing of human genes, Victor A. McKusick’s Mendelian Inheritance in Man, has been published in nine editions since its first appearance in 1966.
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Chromosome Abnormalities in Human Sperm
1985The ability to analyze human sperm chromosome complements after penetration of zona pellucida-free hamster eggs provides the first opportunity to study the frequency and type of chromosomal abnormalities in human gametes. Two large-scale studies have provided information on normal men.
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A rapid banding technique for human chromosomes.
The Lancet, 1971M. Seabright
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Domain organization of human chromosomes revealed by mapping of nuclear lamina interactions
Nature, 2008L. Guelen +10 more
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2001
A central problem in cytogenetics is mapping the location of each gene. This involves determining their linear order and the physical distance and frequency of meiotic recombination between all components of each chromosome, especially the genes. The rate of progress in mapping the human chromosomes has increased rapidly.
Eeva Therman, Orlando J. Miller
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A central problem in cytogenetics is mapping the location of each gene. This involves determining their linear order and the physical distance and frequency of meiotic recombination between all components of each chromosome, especially the genes. The rate of progress in mapping the human chromosomes has increased rapidly.
Eeva Therman, Orlando J. Miller
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1999
Advancements in methodology and discovery of the diploid human chromosome number invigorated further research in human cytogenetics (1,2). The eventful years that followed witnessed the birth of a new specialty—human cytogenetics—which provided answers to many intriguing phenomena in medicine.
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Advancements in methodology and discovery of the diploid human chromosome number invigorated further research in human cytogenetics (1,2). The eventful years that followed witnessed the birth of a new specialty—human cytogenetics—which provided answers to many intriguing phenomena in medicine.
openaire +2 more sources