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1. Verfasser:	Çabej, Nelson R. ca. 20./21. Jh (VerfasserIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	Amsterdam [u.a.] Elsevier 2012
Ausgabe:	1. ed.
Schriftenreihe:	Elsevier insights
Schlagworte:	Evolution Epigenetik
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	XLII, 804 S. Ill., graph. Darst.
ISBN:	9780124158313

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Datensatz im Suchindex

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adam_text	Epigenetic Principles of Evolution Nelson R Cabej Department of Biology University of Tirana Tirana, Albania AMSTERDAM • BOSTON • HEIDELBERG • LONDON • NEW YORK • OXFORD ELSEVIER PARIS • SAN DIEGO • SAN FRANCISCO • SINGAPORE • SYDNEY • TOKYO Contents Introduction xix Part I: Epigenetic Basis of Metazoan Heredity 1 1 Control Systems and Determination of Phenotypic Traits in Metazoans 3 The Thermodynamic Enigma of Living Systems 3 On the Meaning of Biological Information 4 Genetic Versus Epigenetic Information 4 Novel Properties of the Biological Information 5 The Control System in Metazoans and the von Neumann s Machine 6 Central Control of Animal Physiology 9 Neural Control of Water Content 9 Neural Control of Glucose and Insulin Biosynthesis 10 Neural Control of Thermoregulation 12 Central Control of Animal Behavior 16 Neural Control of Locomotion 17 Neural Determination of Monogamy in Prairie Voles 17 Central Control of Metazoan Morphology 18 Control of Expression of Nonhousekeeping Genes 20 Chromatin Remodeling in Control of Gene Expression 21 Extracellular Control of Signal Transduction Pathways and Transcription Factors 22 Hormonal Control of Secreted Proteins and Growth Factors 23 Neural Control of the Endocrine Function 24 Examples of Central Control of Metazoan Morphology 27 Development of the Mammary Gland 27 Central Determination of Body Mass 28 Central Determination of Normal Obesity 29 The Integrated Control System 31 The Hypothesis of the Epigenetic System of Heredity and its Predictions 32 2 Neural Manipulation of Gene Expression 39 Predetermined Versus Manipulative Expression of Genes 39 Processing of External/Internal Stimuli in the CNS Generates Information for Adaptive Phenotypic Responses 41 Molecular Mechanisms of Manipu lative Expression of Genes in the CNS 49 Contents Epigenetic Manipulation of Genetic Information in the CNS 51 Selective Elimination of Genetic Information in the CNS 56 Neural Circuits Generate Epigenetic Information 57 Neural Processing of Stimuli Generates Information for Postphylotypic Development 61 Processing-Dependent Expression of Genes and the Blood-Brain Barrier 66 Generation of Information for Adaptive Camouflage in Xenopus 66 What Do Neural Circuits Do: Sum Up Stimuli or Figure Out Adaptive Responses? 69 3 Epigenetic Control of Reproduction 81 Epigenetic Control of Reproductive Physiology and Behavior 81 Neuroendocrine Regulation of the Gonadal Function in Insects 81 Local Neural Control of the Reproductive Function in Insects 84 Neuroendocrine Regulation of Reproductive Function in Vertebrates 84 Local Neural Control of the Reproductive Function in Vertebrates 88 Epigenetic Control of Gametogenesis 89 Neural Control of Oogenesis in Insects and Gastropod Molluscs 89 Neural Control of Oogenesis in Vertebrates 93 Neural Control of Spermato-/Spermiogenesis 94 Neural Control of Deposition of Parental Epigenetic Information in Gametes 96 Neural Control of Deposition of Maternal Factors in Insect Oocytes 97 Neural Control of the Squeezing of Nurse Cell Content into the Oocyte 98 Other Modes of Neural Control of Deposition of Parental Epigenetic Information in Vertebrate Eggs 106 Role of the Ovarian Innervation in the Ovarian Function 110 Paternal Cytoplasmic Factors in the Sperm Cell 111 Neural Control of Gene Imprinting 112 4 Epigenetic Control of Early Development 127 Epigenetic Control of Formation of Primordial Germ Cells and Formation of Zygote 127 Epigenetic Control of Migration of PGCs 128 Epigenetic Control of Early Development in Insects 129 Epigenetic Control of Early Development in Vertebrates 130 Epigenetic Control of Early Development in Mammals 132 Epigenetic Control of Formation of Embryonic Germ Layers 136 Maternal Control of Endoderm Formation 136 Maternal Control of Mesoderm Formation 137 Epigenetic Control of Neural Induction and Formation of the CNS 137 5 Neural Control of Postphylotypic Development 147 Neural Control of Metamorphosis 148 Apoptosis in Invertebrates 148 Contents ix Neural Control of Metamorphosis in Vertebrates 153 Neural Control of Metamorphosis in Amphibians 153 Postphylotypic Development in Vertebrates 154 The Embryonic CNS Controls the Postphylotypic Development in Vertebrates—Empirical Evidence 154 Development of the Dermomyotome and Sclerotome 156 Neural Control of the Primary Sex Determination 184 Neural Control of Sex Conversion 186 Osteogenesis 187 Neural Control of the Development of the Mammary Gland 193 Neural Control of the Development of Body Mass 194 Neural Control of the Life Span 198 Neural Control of the Onset of Puberty 198 Neural Control of Apoptosis 201 Neural Control of Regeneration 204 6 The Epigenetic System of Inheritance—An Outline 229 The Epigenetic System of Inheritance 229 Gametogenesis and Provision of Maternal Epigenetic Information to Oocytes 232 Biphasic CNS Control of Reproduction 238 The Parental CNS-Controlled Phase of Reproduction: Formation of Bauplan and the CNS 238 The Embryonic CNS-Controlled Phase: The Postphylotypic Development 241 The Binary Neural Control of Gene Expression 243 Novel Features of the Epigenetic System of Inheritance 247 Part II: Neural-Developmental Premises of Evolutionary Adaptation 255 7 Evolution and Stress Responses to Changes in Environment 257 Evolution of Animal Kingdom Is Related to Changes in Environment 257 Neuroendocrine System 259 Stress and Stressors in Vertebrates 262 Neuroendocrine Response to Stress 263 Environmental Stress as a Cue for Adaptive Developmental Plasticity 267 Environmental Stress Induces Evolutionary Changes Without Changes in Genes 268 8 Behavioral Adaptation to Changed Conditions of Living 275 Adaptation to Changed Conditions of Living 275 Neural Basis of Animal Behavior 275 Neural Basis of Learned Behavior 282 Animal Behavior Is Not Determined by Genes 286 Learned Behaviors Evolve into Innate Behaviors 290 x Contents Behavioral Atavisms—Activation of Ancestral Behavioral Circuitries 294 Developmental and Evolutionary Relationship Between Behavior and Morphology 297 9 Ontogeny: The Workshop of Evolutionary Change 307 Ontogeny and the Phylotypic Stage—Why Do All Developmental Pathways Converge to the Common Bauplan? 309 Ontogeny May Change Without Changes in Genes 312 Generation of Epigenetic Information for Organogenesis After the Phylotypic Stage 315 Stress-Induced Developmental Instability and Evolution 319 Developmental Constraints and Adaptive Evolutionary Innovations 321 10 Intragenerational Developmental Plasticity 327 Developmental Plasticity: Beyond the Reaction Norm 327 Developmental Plasticity and Possible Evolutionary Implications 331 Adaptive Intragenerational Developmental Plasticity 332 Camouflage (Adaptive Coloration, Cryptic Coloration, and Crypsis) 332 Polyphenisms in Invertebrates 338 Polyphenisms in Vertebrates 350 Predator-Induced Defenses 355 Inborn Developmental Plasticity 357 Developmental Polymorphisms Are Not Genetic Polymorphisms 357 Part III: Epigenetics of Circumevolutionary Phenomena and the Mechanism of the Evolutionary Change 367 11 Transgenerational Developmental Plasticity—An Epitome of Evolutionary Change 369 TDP—Inherited Changes Without Changes in Genes 370 TDP in Nature 370 Phase Transition in Locusts 374 TDP in Experiments 379 Reconstructing the Chain of Events in Transgenerational Plasticity 383 The Mechanism of Induction of Sexually Reproducing Generation in D magna 383 Insect Diapause 385 A Neurotransmitter Coding for a Life History Character 386 The Mechanism of Transgenerational Phase Transition in Locusts 387 The Origin of the Information for TDP 393 12 Evolution of Metazoans and Their Control System 405 Principles of Organization of the Multicellular Structure 405 Unicellular Antecedents of Metazoan Life 407 Contents Unicellular Premises of Coordination of Cell Activity in Metazoans 408 Unicellular Precursors of the Metazoan Epigenetic Informational Structure 411 Impulse Conduction and Sensory-Motor Properties in Protozoans 412 Epigenetic Information in Unicellulars 413 The Origin of Eumetazoan Life 416 Precambrian Metazoans: An Obscure Control System 418 The Diffuse Control System and the Neural Controller: The Eumetazoan s Eureka 423 Centralization of the Neural Control System 432 Evolution of the Neuroendocrine Control System 435 Neuroendocrine Control System in Invertebrates 435 Evolution of the Neuroendocrine Control in Vertebrates 439 Part IV: Epigenetics of Metazoan Evolution 447 13 Origins of Evolutionary Novelty 449 The Epigenetic Hypothesis of Evolution and its Predictions 449 The Nature of the Evolutionary Change 450 Interactions Organism-Environment in Evolution: The Causal Relationship 452 Behavioral Prelude of Evolutionary Modifications of Animal Morphology 458 Epigenetic Determination of Modifications of Existing Phenotypes 459 Evolution of Body Size in Manduca sexta 461 The Growth Rate 462 Critical Weight 463 PTTH Delay Time 463 Evolution of Wings in Insects 465 Neural Control of Developmental Pathways and Gene Regulatory Networks of Insect Wings 466 Neo-Darwinian Explanation 470 Epigenetic Explanation 471 Evolution of Caste Developmental Polymorphisms in Insects 472 Neo-Darwinian Explanation of the Caste-Specific Wing Developmental Polymorphism in P megacephala 479 Epigenetic Explanation of Caste-Specific Wing Developmental Polymorphism in P megacephala 480 Evolution of the Seasonal Diphenism in the Butterfly Bicyclus anynana 481 Neo-Darwinian Explanation 482 Epigenetic Explanation 482 Evolution of Horns in Beetles 483 Neo-Darwinian Explanation 487 Epigenetic Explanation 488 Evolution of Appendages and Tetrapod Limbs 488 From Fish Fins to Tetrapod Limbs 494 Evolution of Digits 497 Role of the Nervous System in Limb Development 497 Contents Neo-Darwinian Explanation 502 Epigenetic Explanation 502 Evolution of Wings in Bats 503 Neo-Darwinian Explanation 505 Epigenetic Explanation 505 Evolution of Blood Circulatory System 506 Evolution of Air-Breathing and Surfactant System in Vertebrates 506 Neo-Darwinian Explanation 510 Epigenetic Explanation 510 Evolution of Dentition in Vertebrates 510 Role of the Nervous System in Tooth Development 513 Neo-Darwinian Explanation 516 Epigenetic Explanation 517 Sudden Evolution of Morphology in the Threespine Stickleback, Gasterosteus aculeatus 518 Evolution of the Auditory System 519 Evolution of Ears and Ultrasonic Echolocation in Insects 520 Evolution of Ears in Vertebrates 522 Neo-Darwinian Explanation 524 Epigenetic Explanation 524 Evolution of Eyes 524 Evolution of Feathers 525 Molecular Mechanism of Feather Development 525 Successive Stages in Evolution of Feathers 528 Neo-Darwinian Explanation 528 Epigenetic Explanation 528 Evolution of Sexual Dichromatism in Birds 529 Neo-Darwinian Explanation 529 Epigenetic Explanation 532 Evolution of Life Histories 535 Evolution of Sexual Reproduction and Alternation of Asexual and Sexual Modes of Reproduction 535 Neo-Darwinian Explanation 538 Epigenetic Explanation 539 Evolution of Paedomorphosis in a Salamander Species 540 Evolution of Viviparity 542 Neo-Darwinian Explanation 547 Epigenetic Explanation 549 Evolution of Behavioral Characters in Insects 550 Evolution of Flight in Insects 550 Evolution of Avoidance Behavior in the Green Tree- and Red-Bellied Snakes 553 Neo-Darwinian Explanation 554 Epigenetic Explanation 554 Evolution of a New Ovulation Character in House Finches 555 Contents xiii Evolution of the Circadian System in Blind Moles 555 Neural Mechanisms of Metazoan Migration 556 Light-Dependent Magnetic Orientation 556 Trigeminal System of Geomagnetic Orientation 558 Experimental Induction and Evolution of New Characters 560 Rapid Evolution of Physiological Characters in Drosophila 560 Neo-Darwinian Explanation 560 Epigenetic Explanation 560 Evolution of Life History Characters in D melanogaster 561 14 Evolution by Loss 579 Vestigialization of Metazoan Structures 579 Vestigialization of Limbs in Squamates 580 Simplification of the Brain and Morphology in Plethodontid Salamanders 581 Loss of Animal Structures in Nature 581 Loss of Wings in Insects 582 Loss of Wings in Phasmids 582 Loss of the Gasbladder in Fish 583 Loss of Teeth in Birds 583 Loss of Tetrapod Limbs 585 Loss of Limbs in Amphibians and Reptiles 585 Loss/Reduction of Limbs in Aquatic Mammals 588 Loss of Lungs in Salamanders 595 Loss of Eyes in the Mole Rat Spalax ehrenbergi 596 Loss of Characters in Cave-Dwelling Animals 596 Loss of Eyes in Astyanax fasciatus (mexicanus): Epigenetics of an Evolutionary Event 598 Loss of Pigmentation in the Cavefish A mexicanus 607 Loss of the Male Conspicuous Coloration in Lizards 609 Loss of Sexual Dichromatism in Birds 609 Loss of Stages in Complex Life Cycles in Insects 610 Loss of Adult Stage of Development—Paedomorphosis in Insects 610 Loss of Terrestrial Mature Stage in Amphibians—Paedomorphosis 611 Neo-Darwinian Explanation 614 Epigenetic Explanation 614 Loss of Physiological Characters in Drosophila melanogaster 615 Loss of Resistance to Environmental Stressors in D melanogaster 615 Loss of Behaviors 615 Loss of the Acoustic Startle Response in Moths Endemic to Bat-Free Habitats 615 15 Evolution by Reverting to Ancestral Characters 623 Evolutionary Reversions: The Course of Evolution Is Not Unidirectional 623 Atavisms: Ancestral Developmental Pathways May Be Conserved and Reactivated 627 xiv Contents Neo-Darwinian Explanation of Atavisms 629 Epigenetic Explanation of Atavisms 629 Evolutionary Reversions in Nature 629 Reversion of Shell Coiling in Gastropods 629 Reversion of Cartilaginous Skeleton in Fish 630 Reversion of the Hydrodynamic Body Shape in Marine Mammals 631 Reversion of Wings in Stick Insects 632 Reversion of Mandible in a Collembolan Insect 633 Reversion of Eyes in Ostracods 633 Reversion of Limbs in Snakes 633 Reappearance of Musculus IFE in the Bowerbird Loria loriae and the New Zealand Thrush, Turnagra capensis 633 Reversion of an Ancestral Digit in Guinea Pigs 634 Evolutionary Reversion of Life Histories 634 Evolutionary Reversions in Experiments 634 Experimental Reversion of Teeth in Birds 634 Neo-Darwinian Explanation 636 Epigenetic Explanation 636 Reversion of Ancestral Genetic Systems in Insects 636 Reversion of Life History Characters 637 Reversion of Ancestral Modes of Development in Gastropods 637 Reversion of Direct and Biphasic Development in Plethodontid Salamanders 637 Neo-Darwinian Explanation 638 Epigenetic Explanation 638 Reversion of Ancestral Reproductive Modes in Vertebrates 638 Reversion to Ancestral Oviparity in Sharks and Rays 640 Reversion of Viviparity in Reptiles 640 Re-Evolution of Oviparity in Bovides 641 Reversion of Arboreal Carabides to the Ground-Dwelling Habitat 641 Experimental Reversion of Ancestral Characters 642 Experimental Reversion of Ancestral Characters in Drosophila 642 Neo-Darwinian Explanation 642 Epigenetic Explanation 643 Experimental Reversion of Hip Glands in Voles 644 Neo-Darwinian Explanation 645 Epigenetic Explanation 645 Reversion of Sexuality in Parthenogenetic Lizards 645 Modified Ancestral Structures Reappear Stepwise 646 16 Neural Crest-Determined Evolutionary Novelties 651 Neural Crest-Determined Evolution in Vertebrates 651 Origin of the Neural Crest 652 Development of the Neural Crest 654 Migration of Neural Crest Cells to Target Sites 656 Contents xv The Source of Epigenetic Information of Neural Crest Cells 657 Neural Crest and Vertebrate Morphogenesis 658 Neural Crest-Determined Evolutionary Novelties in Vertebrates 662 The Vertebrate Head 662 Evolution of the Vertebrate Jaw 664 Paleontological Evidence of the Evolution of the Middle Ear Ossicles 666 Ontogeny of the Middle Ear Ossicles 667 Neural Crest in Evolution of Dentition in Vertebrates 670 An Evolutionary Event in Darwin s Finches 670 The Role of the Neural Crest in Beak Development 671 Evolution of the Adult Pigment Patterns in Danio Fish 679 Evolution of the Cardiac Tract Outflow 680 Evolution of the Forebrain Vasculature 681 Neural Crest-Determined Development of Feathers in Bird s Head 681 17 Evolutionary Convergences: The Trend Toward Sameness in Metazoan Evolution 687 Predictability in Metazoan Evolution: Evolutionary Sameness 687 Evolutionary Convergences in the Animal Kingdom 688 Convergent Evolution of Eyes 689 Convergence of Electrical Organs and Electroreception in Fish 689 Evolutionary Convergences of the Nervous System 691 Convergence of Cerebellum-Like Structures 693 Convergence of Ear Asymmetry in Owls 693 Convergence of the Ballistic Tongue 693 Convergence of Plumage Patterns in Orioles 696 Convergence of the Tribosphenic Molar Teeth 697 Multifaceted Convergence in Tunas and Lamnid Sharks 698 Convergence to a Common Mode of Reproduction in Frogs 698 Convergence of Overall Body Form in Aquatic Mammals and the Reptilian Ichthyosaurus 698 Convergence of Placental Mammals and Australian Marsupials 701 Paleontological Evidence for Convergence 701 Neo-Darwinian Explanation of Convergent Evolution 703 Epigenetic Explanation of Evolutionary Convergences 703 18 Species and Allopatric Speciation 707 The Concept of Species 707 The Neo-Darwinian Theory and the Problem of Speciation 709 Speciation Modes According to the Spatial Occurrence 712 Allopatric Speciation 712 Verification of Allopatric Models of Speciation 714 The Basic Allopatric Model 714 The Reinforcement Model 716 Divergence-with-Gene-Flow Model 718 xvi Contents Peripatric Speciation 718 The Founder Effect Model 719 The Bottleneck Model 720 Ecological Speciation 720 19 Epigenetics of Sympatric Speciation—Speciation as a Mechanism of Evolution 725 Recognition of the Reality of Sympatric Speciation 725 Sympatric Speciation: No Changes in Genes Are Involved 726 Natural Selection and Sexual Selection in Sympatric Speciation 729 Neurocognitive Populational Breakup 731 Reproductive Isolation via Mate Choice 732 Evolution of Mating Preferences 733 Fisher s Runaway Hypothesis 734 The Good Gene Hypothesis 734 Sensory Exploitation Hypothesis 736 Neurocognitive Mechanisms of Sympatric Reproductive Isolation 737 Evolution of Receiver Biases 737 Evolution of Sender s Signaling 742 Mate Recognition System 745 Neurocognitive Mechanism of Reproductive Isolation 751 Visual-Cognitive Mechanism of Reproductive Isolation 751 Neural Reception of Visual Signaling 751 Neural Reception and Processing of Bioluminescent Signals 752 Olfactory-Cognitive Mechanism of Reproductive Isolation 755 Neural Reception and Processing of Olfactory Signals 755 Olfactorily Determined Reproductive Isolation in Sympatry 757 Auditory-Cognitive Reproductive Isolation 759 Neural Reception and Processing of Acoustic Signals 759 The Song Circuit in the Brain of Birds 761 Acoustically Determined Reproductive Isolation in Sympatry 762 Electrocognitive Mechanism of Reproductive Isolation 766 Electrogenesis in Fish 766 The Structure of the System of Electroreception in Fish 767 Electrosensory Communication in Social and Reproductive Behavior 769 Evolution of Electrosignals, Electrocognitive Isolation of Populations, and Sympatric Speciation in Fish 774 Neo-Darwinian Explanation of Sympatric Reproductive Isolation and Speciation of Brienomyrus spp 776 Epigenetic Explanation of Sympatric Reproductive Isolation and Speciation of Brienomyrus spp 776 Brain, Behavior, and Evolution 777 Behavioral Drive or Brain Size-Environmental Change Hypothesis 778 Neo-Darwinian Explanation of the Correlation Between the Brain Size and Evolutionary Rates 779 Contents Epigenetic Explanation of the Correlation Between the Brain Size and Evolutionary Rates 780 Neurocognitive Sympatric Speciation 781 Neurocognitive Basis of Sympatric Speciation 782 Neurocognitive Sympatric Speciation in Nature 783 Neurocognitive Sympatric Speciation in Insects 783 Neo-Darwinian Explanation of Sympatric Speciation by Host Plant Shifting 787 Epigenetic Explanation of Sympatric Speciation by Host Plant Shifting 788 Neurocognitive Sympatric Speciation in Fish 790 Neurocognitive Sympatric Speciation in Salamanders 792 Neurocognitive Sympatric Speciation in Birds 793 Despeciation or Fusion of Species 793
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spelling	Çabej, Nelson R. ca. 20./21. Jh. Verfasser (DE-588)1023628295 aut Epigenetic principles of evolution Nelson R. Cabej 1. ed. Amsterdam [u.a.] Elsevier 2012 XLII, 804 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Elsevier insights Evolution (DE-588)4071050-6 gnd rswk-swf Epigenetik (DE-588)7566079-9 gnd rswk-swf Evolution (DE-588)4071050-6 s Epigenetik (DE-588)7566079-9 s b DE-604 HEBIS Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=024478492&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Çabej, Nelson R. ca. 20./21. Jh Epigenetic principles of evolution Evolution (DE-588)4071050-6 gnd Epigenetik (DE-588)7566079-9 gnd
subject_GND	(DE-588)4071050-6 (DE-588)7566079-9
title	Epigenetic principles of evolution
title_auth	Epigenetic principles of evolution
title_exact_search	Epigenetic principles of evolution
title_full	Epigenetic principles of evolution Nelson R. Cabej
title_fullStr	Epigenetic principles of evolution Nelson R. Cabej
title_full_unstemmed	Epigenetic principles of evolution Nelson R. Cabej
title_short	Epigenetic principles of evolution
title_sort	epigenetic principles of evolution
topic	Evolution (DE-588)4071050-6 gnd Epigenetik (DE-588)7566079-9 gnd
topic_facet	Evolution Epigenetik
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=024478492&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT cabejnelsonr epigeneticprinciplesofevolution

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