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Gerontology research in Georgia
Authors:Teimuraz Lezhava  Jamlet Monaselidze  Tina Jokhadze  Nona Kakauridze  Nodar Khodeli  Mamanti Rogava  Tamara Bochorishvili  Maia Gorgoshidze  Dato Khachidze  Eteri Lomidze  Jaba Tkemaladze  Kote Chichinadze  Marina Koridze  Rusudan Khukhuneishvili  Nato Zosidze  Marina Nagervadze  Tamara Buadze  Maia Gaiozishvili
Affiliation:1. Department of Genetics, Tbilisi State University, Chavchavadze ave.1, 0128, Tbilisi, Georgia
2. Institute of Physics, Tamarashvili, 6, 0177, Tbilisi, Georgia
3. Georgian National Centre of Therapy, Chachava 3, Tbilisi, Georgia
5. Gergian Sistemic Research Center, pr. Vaja Pshavela 18A, 0160, Tbilisi, Georgia
6. Institute of Physiology, Gotua 14, 0160, Tbilisi, Georgia
4. Batumi State University, Ninoshvili 35, Tbilisi, Georgia
Abstract:Gerontology research carried out in different scientific centers of Georgia follows the basic directions of most work in this field: epidemiology, investigation of the mechanisms of aging, and finding ways to prevent senile pathologies and to prolong life. The genealogy and epidemiology of long-living peaple have been studied in areas with high occurrence of these people by considering the sex ratio and social status of the long-living, the influence of environmental factors, and the development of senile pathologies. According to the centrosome (centriole) model of aging, the centrosomes and the cytoskeleton, important structures in cellular differentiation and morphogenesis, may be involved in the initiation of the replication senescence mechanism. Our analysis of genetic studies shows that progressive chromosome heterochromatinization (condensation of eu- and heterochromatin regions) occurs in aging. Decreases in the repair processes and increases in the frequency of chromosome aberrations during aging are secondary to this progressive chromosome heterochromatinization. Chromosome heterochromatinization is a key factor in aging but may be reversible under the influence of bioregulators, some chemical substances, and heavy metal salts. The study of chromosome heterochromatinization may provide clues to the potential for prolonging the human lifespan.
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