Results 151 to 160 of about 417,958 (204)
Some of the next articles are maybe not open access.
1999
Abstract In this chapter we consider gonadal maldevelopment caused by X-chromosome aberrations. As in Chapter 5, “gonadal maldevelopment” is defined broadly so that it includes defective spermatogenesis due to an extra X chromosome in XXY males and gonadal dysgenesis due to accelerated oocyte attrition in XO females. These two conditions,
Leonard Pinsky +2 more
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Abstract In this chapter we consider gonadal maldevelopment caused by X-chromosome aberrations. As in Chapter 5, “gonadal maldevelopment” is defined broadly so that it includes defective spermatogenesis due to an extra X chromosome in XXY males and gonadal dysgenesis due to accelerated oocyte attrition in XO females. These two conditions,
Leonard Pinsky +2 more
openaire +1 more source
Interpreting Chromosome Aberration Spectra
Journal of Computational Biology, 2007Ionizing radiation can damage cells by breaking both strands of DNA in multiple locations, essentially cutting chromosomes into pieces. The cell has enzymatic mechanisms to repair such breaks; however, these mechanisms are imperfect and, in an exchange process, may produce a large-scale rearrangement of the genome, called a chromosome aberration ...
Dan Levy +6 more
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Food Additives & Contaminants, 1984
Three points related to the subject of chromosome-aberration tests and carcinogenicity screening are dealt with in this paper. First, the relation between chromosome rearrangements and oncogenesis is briefly discussed, to stress the relevance of cytogenetic assays to assessment of the carcinogenic potential of drugs.
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Three points related to the subject of chromosome-aberration tests and carcinogenicity screening are dealt with in this paper. First, the relation between chromosome rearrangements and oncogenesis is briefly discussed, to stress the relevance of cytogenetic assays to assessment of the carcinogenic potential of drugs.
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Chromosomal Aberrations and Aneuploidies of Spermatozoa
2013Chromosomal abnormalities are relevant causes of human infertility, affecting 2 -14 % of infertile males. Patients with seminal anomalies could be affected by improper meiotic recombination and increased sperm chromosome aneuploidy. Since the transmission of a haploid chromosomal asset is fundamental for embryo vitality and development, the study of ...
Piomboni, P., Stendardi, A., Gambera, L.
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CHROMOSOME ABERRATIONS AND METRONIDAZOLE
The Lancet, 1976F, Mitelman, B, Hartley-Asp, B, Ursing
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CHROMOSOMAL ABERRATIONS IN MALNUTRITION
The Lancet, 1973G, Sadasivan, T C, Raghuram
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AUTOIMMUNITY AND CHROMOSOMAL ABERRATIONS
The Lancet, 1964P R, BURCH, R G, BURWELL, N R, ROWELL
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On the fate of stable chromosomal aberrations
Mutation Research, 1975A V, Carrano, J, Minkler, D, Piluso
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