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· 분류 : 외국도서 > 과학/수학/생태 > 과학 > 생명과학 > 진화
· ISBN : 9781605353449
· 쪽수 : 576쪽
· 출판일 : 2015-06-23
목차
PART I: ENVIRONMENTAL MODES OF NORMAL DEVELOPMENT .- 1. Plasticity: The Environment as a Normal Agent in Producing Phenotypes.- 1.1. Honeybee Queen Determination.- 1.2. Mechanisms of Fish and Turtle Sex Determination.- 2. Environmental Epigenetics: How Agents in the Environment Effect Molecular Changes in Development.- 2.1. Mechanisms of DNA Methylation and Epimutation l Inheritance of Non-coding RNAs.- 2.2. Alteration of Chromatin State by Metabolism.- 2.3. Toxoplasma-induced Changes in Host Behavior Through DNA Methylation.- 2.4. Environment-induced Gene Expression of Hormones Through Invertebrate and Vertebrate Life Cycles.- 2.5. Environmentally induced Changes in Genes Involved in Behaviors.- 2.6. Alteration of Chromatin State by Exercise.- 2.7. Mechanisms of Transgenerational Inheritance of Epialleles.- 3. Developmental Symbiosis: Co-Development as a Strategy for Life.- 3.1. Tidal Seagrass Symbioses.- 3.2. Global Climate Change and Symbioses.- 3.3. Acoustic Signaling of Larval Development.- 3.4. Holobiont Perspective on Developmental Individuality.- 3.5. Symbionts Critical for Early Development.- 3.6. Symbionts in Salamander Development.- 3.7. Mechanisms of Developmental Symbiosis in Euprymna Squids.- 3.8. Symbionts as Determinants of Reproductive Isolation and Speciation.- 3.9. Symbionts and the Evolution of Social Insects.- 3.10. Birth as Continuation of Symbiotic Associations.- 3.11. Alteration of Immune and Brain Development by Gut Bacteria.- 3.12. Symbionts and the Development of Behaviors.- 3.13. Symbionts and the Induction of Transcription Factors.- 3.14. Co-metabolism: Symbionts and Bone Disease and Kwashiokor.- 3.15. New Data on the Hygiene Hypothesis.- PART II: ECOLOGICAL DEVELOPMENTAL BIOLOGY AND DISEASE STATES.- 4. Developmental Physiology for Survival in Changing Environments.- 4.1. Mutational Robustness.- 4.2. Parental Protection.- 4.3. Redox Protection and Signaling.- 4.4. Maternal Protection Against Pathogens.- 4.5. Innate/Chemical Immunological Defense.- 4.6. Symbiosis and Pathogen Defenses.- 4.7. Larval Defenses.- 4.8. Climate Change: Temperature.- 4.9. Climage Change: Ocean Acidification.- 5. Teratogenesis: Environmental Assaults on Development.- 5.1. Mechanisms of Thalidomide Pathology.- 5.2. Heavy Metals and Fish Development.- 5.3. Neurons and Neural Tract Development and Fetal Alcohol Syndrome.- 5.4. Mechanisms of Retinoic Acid Teratogenesis.- 5.5. Glyphosate Pesticide Teratogenicity.- 5.6. Teratogens and Behavioral Conditions.- 5.7. Systems Biology and Teratogenesis.- 5.8. Teratogenesis from Oil Spills.- 6. Endocrine Disruptors.- 6.1. New Estrogen Receptors and EDC Binding Patterns.- 6.2. Phytoestrogens and Hormonal Disruption.- 6.3. Phthalates and Genital Morphology.- 6.4. Mechanisms of Obesogen Action in EDCs.- 6.5. Bisphenol-A in Human Infertility and Cancer.- 6.6. Bisphenol-A, the Nervous System and Behavior.- 6.7. Transcriptome Analyses of BPA Targets.- 6.8. Tricosan and Thyroid Inhibition.- 6.9. Fracking and Endocrine Disruptive Compounds.- 6.10. Transgenerational Effects of Endocrine Disruptors.- 7. The Developmental Origin of Adult Diseases.- 7.1. Developmental Stress Hormones and Adult Disease.- 7.2. Gene Expression Differences Caused by Intrauterine Diets.- 7.3. Paternal Epigenetic Effects.- 7.4. Gene Differences in Vitro Fertilization.- 8. Developmental Models of Cancer and Aging.- 8.1. Integration of Insulin-dependent, TOR Aging Pathways.- 8.2. The Epigenetic Aging Clock.- 8.3. Aging, Senescent Cells, and the Origins of Cancer.- 8.4. Paracrine and Field Hypotheses of Cancer.- 8.5. Criticality of the Stroma to Epithelial Cancers.- 8.6. Context-dependent Cancer Cells and Paracrine Environments.- 8.7. Cancer and Epimutations.- PART III: TOWARD A DEVELOPMENTAL EVOLUTIONARY SYNTHESIS .- 9. The Modern Synthesis: Natural Selection of Allelic Variation.- 9.1. Global Climate Change and Selection.- 9.2. Development and Sexual Selection.- 9.3. Developmental Mechanisms of Rapid Speciation.- 10. Evo