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061123t2011- engado||r|||| 001 0 rpa d |
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|a 9781405186582
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|a WAA
|c WAA
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| 041 |
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|a spa
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| 082 |
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|a 575.8
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| 100 |
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|9 26080
|a Wallace, Arthur
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| 245 |
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|a Evolution
|b : A developmental approach /
|c Arthur, Wallace
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| 250 |
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|a 1a. ed. ;
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| 260 |
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|a Chichester
|b ; Wiley-Blackwell
|c ,2011
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| 300 |
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|a 404p. ;
|b il. ; fot. ;
|c 25 cm.;
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| 505 |
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|a Part I. Foundations. 1. Introduction --1.1 Fom Darwin to development -- 1.2 Development: and evolutionary changes in developmnet -- 1.3 Development and the realm of multicellularity. 2. What iS Evo.Devo?: 2.1 Forerunners of Evo-Devo -- 2.2 Nineteenth-century comparative Embryology-- 2.3 Diverse Antecedentts-1900-1980 -- 2.4 Conclusions from history; messages for the present -- 2.5 The advent pf Evo- Devo in the 1980s -- 2.6 Broad and Narrow views of Evo-Devo -- 2.7 Too Few Laws, too many facts? 3. Develo`pment, cells and molecules: 3.1 Analysing the developing organism -- 3.2 Cells and development: the basics -- 3.3 Gnes: structure, expression and developmental function-- 3.4 Signalling pathways hitin and whithin and between cells -- 3.5 Signalling: from cell to Embryo -- 3.6 Long-range signalling and developmental processes.- 4 Natial Populations: 4.1 The ecological theatre and the evolutionary play -- 4.2 Types of creature; types of population -- 4.3 Spatial structure -- 4.4 Spatial structure -- 4.4 Age structure -- 4.5 Genetic structure -- 4.6 Natual selection.-
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| 505 |
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|a Part II: Developmental Repatterning. 5. Mutation and developmenal rpatterning -- 5.1 Mutation in terms of altered DNA sequence -- 5.2 Mutation in Terms of proxmate functional consequencies -- 5.3 Developmental repatterninig at moleculat and higher levels--5.4 Developmental Repatterning at the level of the whole oranism -- 5.5 Developmentall Repatterning and fitness.- 6. Heterochrony: 6.1 What is heterochrony -- 6.2 Types and levels of heterochrony -- 6.3 Heterochrny at the organismic level -- 6.4 Heterochrony at the molecular level -- 6.5 Heterochtony and fitness.- 7. Heterotopy: 8.1 What is heterotopy? -- 7.2 Heterotopic processes involving Left-Right Asymmetry -- 7.3 Heteroyopic processes involving the A-P and D-V Axes -- 7.4 Other types of heterotopy -- 7.5 Concluding Remarks. 8. Heterometry_-8.1 What is heterometry? -- 8.2 Increasing relative size -- 8.3 Decreasing relative size -- 8.4 Bi-directional heterometry -- 8.5 Heterometric compensation- 9. Heterotypy--9.1 What is heterotypy? -- 9.2 Altered products of developmental genes -- 9.3 Altered pigmentation -- 9.4 Altered morphology and the origin of Novelty -- 9.5 The origin of New Cell types.- 10. The integrative nature of repatterning: 10.1 Repatterning is a complex process -- 10.2 Different kinds of repatterning can produce a similar result -- 10.3 Compound repatterning can change between levels of organisation -- 10.5 Categories and subcategories of repatterning-- 10.6 The causes of repatterning .- 11. Mapping repaterning to trees: 11.1 Pattern, process, homology and trees -- 11.2 The origin(s) of animal degmentation -- 11.3 The vertebrate fin-to-limb transition -- 11.4 The origin of flowers -- 11.5 General conclusions on repatterning and selection.-
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| 505 |
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|a Part III. The direction of evolution. 12. Adaptation, coadaptation and exaptation. 12.1 Natural selection on a continuously variable character -- 12.2 Natural selection on two Characters; and idea of an adaptative Lanscape --12.3 Developmental and functional coadaptation -- 12.4 Morphological geomety and selection -- 12.5 long-Term Evolution and exaptation.- 13. Devlopmental Bias and constraint. 13.1 A key question about evolution`s direction -- 13.2 Making sure the question is about processes, not terminology -- 13.3 Dependence versus independence of different characters -- 13.4 Evo-Devo meets quantitative genetic -- 13.5 Developmental Bias and "Routine" evolution -- 13.6 Developmental Bias and the origin of evolutionary novelties.- 14. Developmental genes and evolution. 14.1 The direction of evolution at the developmental/ genetic level -- 14.2 Developmental genes: An overview -- 14.3 Developmental genes: examples -- 14.4 The hox genes -- 14.5 Gene-level forms of developmental bias and coadaptation -- 14.6 Changes in regulatory ersus coding regions of genes.- 15. Gene Co-option as an evolutionary Mechanism-- 15.1 What is gene Co-option? --15.2 Co-option in the evolution of segments and eyes -- 15.3 ppendage evolution and gene Co-option-- 15.4 Co-option in the evolution of Zygomorphic flowers -- 15.5 Evolution of the "Genetic Toolkit" -- 15.6 Co-option, exaptaton and developmental Bias.- 16. Developmenatl plasticity and evolution -- 16.1 Types of developmental plasticity-- 16.2 Discrete variants: winged and qingless forms of insects-- 16.3 Meristic variation; the number of segments in centipedes-- 16.4 Continuous Variation: plan Growth -- 16.5 Plasticity and developmental Genes -- 17. The origin f species, novelties and body plans. 17.1 Is evolution scale-dependent? -- 17.2 Speciation -- 17.3 The origin of Novelties -- 17.4 Body plans I: Overviw-- 17.5 Body plans II: the origin of the vertebrates -- 17.6 Body Plans III: The "cambrian explotion".- 18.The evolution of complexity. 18.1 Defining complexity -- 18.2 The lack of a "Law of increasing Complexity" -- 18.3 Changes in the Complexity of adults -- 18.4 Changes in the complexity of life-histories-- 18.5 Complexity at the molecular level.-
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| 505 |
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|a Part IV. Conclusions. 19. Key concepts and connections -- 19.1 Introduction: from original idea to Mature -- 19.2 A list of the boock`s Main Points, and the Emergence of Key concepts -- 19.3 How do They Inter-connect? -- 20. Prospects. 20.1 Introduction: from the present into the future -- 20.2 Molecular Evo-Devo -- 20.3 Integrative Evo-Devo and General Evolutionary Theory -- 20.4 Wider challenges.-
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| 650 |
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4 |
|9 1454
|a Evolución
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| 650 |
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4 |
|9 4681
|a Embriología
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| 650 |
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0 |
|9 4832
|a Desarrollo Embrionario
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| 942 |
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