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[Genetic processes and the problem of the target in chromosomal mutagenesis].
Based on analysis of literature data and the data of the authors, it is assumed that there are two main mechanisms of formation of structural chromosome mutations in eukaryotic cells: 1) homologousExpand
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[Chromosome aberrations, chromatin diminution and their significance in understanding the molecular genetic organization of eukaryotic chromosomes].
The paper analyzes the significance of new data obtained in the study of mechanism of formation of radiation-induced chromosome aberrations and in the investigation of chromatin diminution forExpand
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[The biological aspects of chromatin diminution].
The chromatine diminution (CD), first discovered by Boveri (1887) in ascarids, represents programmed elimination of a part of genetic material in the nuclei of the somatic cells in cyclops andExpand
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[Mutagenesis and genetic homeostasis in higher organisms].
Structural genes and genetic regulatory sites occupy merely a small space in the eukaryotic genome; the remaining space presents various uncoding sequences. Genomic reorganizations, i.e. changes inExpand
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[Nuclear genetic material as an initial substrate for animal aging].
General properties of aging in animals are considered on the basis of the literature evidence and the results obtained by the authors of this paper. The existence of a specific aging mechanism isExpand
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[Molecular mechanisms of formation of chromosome aberrations].
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