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9781587062131

Retroviruses And Primate Genome Evolution

by
  • ISBN13:

    9781587062131

  • ISBN10:

    1587062135

  • Format: Hardcover
  • Copyright: 2005-01-10
  • Publisher: CRC Press

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Summary

Table of Contents

Preface iv
Abbreviations xv
A Glance at Evolution through the Genomic Window
1(30)
Eugene D. Sverdlov
Abstract
1(1)
Introduction
2(1)
Towards the Understanding of ``The Mechanisms That Bring about Evolutionary Changes''
2(12)
Genome Structures and New Concepts of Evolution
14(7)
How Could Transposable Elements Contribute to Evolution?
21(4)
Concluding Remarks: What about Genes That Make Us Humans?
25(6)
Complex Genome Comparisons: Problems and Approaches
31(20)
Natalia E. Broude
Eugene D. Sverdlov
Abstract
31(1)
Introduction: Complex Genomes---The Ocean of Cryptic Information
31(1)
Classification of Comparative Techniques
32(2)
Information Content and Resolution Power of Different Methods for Complex Genome Comparisons
34(1)
Random Displays: From Fingerprinting to Flowthrough-Based Assays
35(3)
Display Methods Targeted at the Flanks of Interspersed Repetitive Elements
38(2)
DNA Microarrays As a New Tool to Display Genomic Differences
40(2)
Genomic Subtractive Hybridization
42(3)
Conclusion
45(6)
A Brief Introduction to Primate Evolution
51(17)
Hans Zischler
Christian Roos
Gerhard Hunsmann
Abstract
51(1)
Introduction
51(1)
The Problem of Primate Definition
52(1)
Linking Primates to Other Eutherian Orders
53(3)
The Major Groups of Primates
56(8)
Evolution of Anatomically Modern Humans
64(1)
Concluding Remarks
65(3)
How Different Is the Human Genome from the Genomes of the Great Apes?
68(25)
Eugene V. Nadezhdin
Eugene D. Sverdlov
Abstract
68(1)
Introduction
68(3)
First Human---Chimpanzee Molecular Comparisons: Changes in Regulatory Systems Are Most Important for Speciation
71(1)
General Characteristics of Interspecies Divergence and Intraspecies Polymorphisms in Hominoids
72(6)
Differences between Particular Elements of the Hominoid Genomes
78(6)
Conclusion: A Supercomplex Disease---To Be a Human
84(9)
Retroviruses, Their Domesticated Relatives and Other Retroinvaders: Potential Genetic and Epigenetic Mediators of Phenotypic Variation
93(11)
Eugene D. Sverdlov
Abstract
93(1)
Introduction: Continuum of The Retroworld
93(1)
Retroviral Particles
94(1)
Retroviral RNA Genome
95(2)
Retroviral Life Cycle
97(1)
Taxonomy of Retroviruses
98(1)
Endogenization of Exogenous Retroviruses
98(1)
Army of Retroelements in the Human Genome
99(1)
Some Traditionally Discussed Functional Potentials of Retroelements
100(1)
Stochastic Drivers of Organismal Epigenetic Mosaicism. All of Us Are Probably Complex Epigenetic Mosaics, and What?
101(1)
Concluding Remarks
102(2)
Genomic Distributions of Human Retroelements
104(19)
Dixie L. Mager
Louie N. van de Lagemaat
Patrik Medstrand
Abstract
104(1)
Introduction
104(1)
Types of Human Retroelements
104(2)
Effects of Transposable Elements on Genomes
106(1)
Integration Patterns of Exogenous Retroviruses
106(1)
Impact of Genetic Drift and Selection
107(1)
Insights from Other Species
107(2)
Experimental Determinations of Distributions
109(1)
Large Scale Analysis of Retroelement Distributions
110(3)
Retroelement Distributions Relative to Genes
113(3)
Retroelements and the Y Chromosome
116(2)
Genomic Clearance of Retroelements
118(1)
Concluding Remarks
118(5)
Influence of Human Endogenous Retroviruses on Cellular Gene Expression
123(21)
Christine Leib-Mosch
Wolfgang Seifarth
Ulrike Schon
Abstract
123(1)
Introduction
123(1)
Variations in LTR Structure and Activity of Different HERV Families
123(6)
Endogenous and Exogenous Factors Influencing HERV Expression
129(1)
Modulation of Cellular Gene Expression
130(9)
Concluding Remarks
139(5)
Genome-Wide Search for Human Specific Retroelements
144(18)
Yuri B. Lebedev
Abstract
144(1)
Introduction: Hypotheses Are Indispensable on the Way towards Understanding the Genetic Basis of Humankind Evolution
144(1)
Retroelement Families and Subfamilies in the Homo Sapiens Genome
145(1)
What Makes REs Possible Candidates for Evolutionary Pacemakers?
146(2)
Strategies and Approaches to the Genome-Wide Identification of Human-Specific RE Integrations
148(8)
Concluding Remarks
156(6)
Genome-Wide Analysis of Human Gene Expression: Application to the Expression of Human Endogenous Retroviruses
162(24)
Tatyana V. Vinogradova
Abstract
162(1)
Introduction: What Is the Function of a Genomic Constituent?
162(1)
Detection of Gene Expression and Comparative Analysis of the Expression Using Cross-Hybridization of the Samples Under Comparison
163(8)
Methods of Detection and Comparison of Transcripts Avoiding Denaturation-Renaturation Steps
171(11)
Concluding Remarks
182(4)
Phylogeny of Human Endogenous and Exogenous Retroviruses
186(18)
Aris Katzourakis
Michael Tristem
Abstract
186(1)
Introduction
186(2)
Identification and Phylogenetic Reconstruction of Endogenous Retroviruses in the Human Genome
188(1)
HERV Lineages within Retroviral Phylogeny
189(5)
Characterization of New Families
194(2)
Further Characterization of Previously Reported Families
196(1)
Relationships between HERVs and Exogenous Retroviruses
196(2)
Ancient and Modern HERV Families
198(2)
Concluding Remarks: Prospects for HERV Phylogenetics
200(4)
Evolutionary Aspects of Human Endogenous Retroviral Sequences (HERVs) and Disease
204(35)
Jonas Blomberg
Dmitrijs Ushameckis
Patric Jern
Abstract
204(1)
Introduction
204(1)
Animal ERVs and Disease
205(1)
Events following Endogenization of a Retrovirus
206(3)
Active HERVs, Expressed As Particles or As Proteins
209(6)
Diseases Where a Connection with HERVs Has Been Implicated
215(13)
What Can Be Done to Demonstrate a HERV-Disease Connection?
228(1)
Conclusions
229(10)
Index 239

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