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01.The Closing Chapters of Long Lives: Results from the 10-Year Swilsoo Study on the Oldest Old
02.Alzheimer's Disease in the Middle-Aged
03.Aging and Age-Related Diseases: The Basics
04.Foucault and Aging
05.New Research on Nutrition for the Middle-Aged and Elderly
06.Progress in Cell Cycle Control Research
07.Handbook of Cognitive Aging: Causes, Processes and Effects
08.Handbook of Type 2 Diabetes in the Middle Aged and Elderly
09.Old Age and Agency
10.Aging and the Elderly: Psychology, Sociology, and Health
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Human Chromosomes and Aging: From 80 to 114 Years
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Authors: Teimuraz Lezhava (Tbilisi State University, Georgia) 
Book Description:
This book presents a comprehensive review of the morphology and function of chromosomes in elderly people. The wide range of topics includes cyclical chromosome properties, mutations, repair, progressive chromosome heterochromatinization with increasing age, roles of nucleolar organizer regions, sister chromatid exchanges, homolog relationships, heterochromatin regions and other chromosomal features in very old age. This ground-breaking book focuses on heterochromatinization as a key determinant of the genetic apparatus function during senescence and an area to seek life-prolonging interventions. The book illustrates and updates progress in the field of cytogenetics of aging. The book contains 16 tables and 25 figures.

Table of Contents:
Chapter Availability

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CHAPTER 1 - Genetic Basis of Aging
1.1- General Considerations
1.2- Theory of Aging
CHAPTER 2 - Mutation
2.1- Aneuploidy
2.1.1- Aneuploidy in Peripheral Lymphocyte Cultures
2.1.2- Relationship Between ‘Natural’ and ‘Artifactual’ Aneuploidy
2.1.3- Premature Disjunction of Centromeres
2.1.4- Polyploidy (Endoreduplication)
2.2- Aberrations
2.2.1- Incidence of Aberrant Cells and Chromosome Aberrations
2.2.2- Types of Chromosome Aberrations
2.2.3- Chromosome Aberrations Induced by Heavy Metal Salts Discussion
CHAPTER 3 - Repair
3.1- Repair of DNA
3.1.1- Repair in Human Congenital Diseases
3.2- Unscheduled DNA Synthesis
3.3- Sister Chromatid Exchanges
Chromosome Modification
4.1- Functional Differentiation of Chromatin
4.1.1- Variability of Condensed Chromatin
4.2-Heat Absorption of Condensed Chromatin
4.3-Centromeric Heterochromatin
4.3.1- Y-Chromosome Centromeric Heterochromatin in Longeval Families
4.4- Telomeric Heterochromatin
Acrocentric Chromosomes
5.1- Nucleolar Organizer Regions 5.1.1-The Short Arm of the Human Acrocentric Chromosomes: Morphology
5.2- Human Acrocentric Chromosome Associations
5.2.1-Relationship Between the Incidence of Recognizable Satellites, Associations and Age in Group D and G Acrocentric Chromosomes
5.2.2- Satellite Associations and Ag-staining Patterns
5.2.3- Cis- and Trans-types of Chromatid Association
5.3- Transcriptional Activity of Ribosomal Cistrones
Chromosome Arrangement
6.1-Chromosome Arrangement in Metaphase Somatic Cells
6.1.1-Distribution of Homologous Chromosome Pairs
1, 2, 3 and 16
Deheterochromatinization of Chromosomes
7.1- Peptide Bioregulators Induced Reactivation of Chromatin
7.1.1- Denaturation of Total Heterochromatin
7.1.2- Transcriptional Activity of Ribosomal Genes
7.1.3- Heteromorphism of Structural C-Heterochromatin
7.1.4- Variability of Facultative Heterochromatin (Condensed Euchromatin Regions) Based on SCE Test
General Conclusions
8.1- Heterochromatinization of Chromosomes
8.2- Heterochromatinization As a Key Factor in Aging
8.3- Possible Mechanisms of Aging Pathologies References

   Binding: Hardcover
   Pub. Date: July 2006
   ISBN: 1-60021-043-0
   Status: AV
Status Code Description
AN Announcing
FM Formatting
PP Page Proofs
FP Final Production
EP Editorial Production
PR At Prepress
AP At Press
AV Available
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Human Chromosomes and Aging: From 80 to 114 Years