Concepts in Reproduction integrates the principal mechanisms of reproduction among eukaryotes, with a focus on animals and plants. The text emphasizes processes and approaches that evolved to address specific problems inherent in reproduction using examples from morphology, functional studies, and genetic studies. The many high-quality figures complement the text and provide visual storyboards. Footnotes and boxes are used throughout to provide depth and to enrich understanding. Information is compartmentalized to guide new readers through complex material while offering in-depth coverage of…mehr
Concepts in Reproduction integrates the principal mechanisms of reproduction among eukaryotes, with a focus on animals and plants. The text emphasizes processes and approaches that evolved to address specific problems inherent in reproduction using examples from morphology, functional studies, and genetic studies. The many high-quality figures complement the text and provide visual storyboards. Footnotes and boxes are used throughout to provide depth and to enrich understanding. Information is compartmentalized to guide new readers through complex material while offering in-depth coverage of significant and impactful topics for experts. Key Features ¿ Accessibility for a broad audience, using figures that complement the text to explain key concepts and mechanisms ¿ Integrative presentation that emphasizes the science behind the story ¿ Breadth of coverage to promote comparative thought ¿ Rich multiple-choice questions that span the content Concepts in Reproduction is recommended for advanced undergraduate students, new graduate students, and investigators or clinicians seeking breadth in their knowledge in the field. The book provides foundational knowledge of fertilization, gametogenesis, primordial germ cell formation, and ontogeny of reproductive organs. Key principles of developmental biology, genetics, endocrinology, protein biochemistry, and molecular and cellular biology are included to tell holistic stories of reproduction among eukaryotes. Later chapters tackle how the field applies these findings to address societal issues.
Gary M. Wessel, Ph.D., Professor of Biology at Brown University is an experienced researcher in the field of reproduction and early development. He served as Editor-in-Chief and as a member of the editorial board of several journals in the area of reproduction and development. Julian L. Wong, Ph.D., is an active Scientist working to find therapeutics. He previously worked on fertilization, from the perspectives of the animal egg and plant sperm, and cellular reprogramming and served for a decade as the managing editor for a reproduction journal. Carmen J. Williams, M.D., Ph.D., Senior Investigator at the National Institute for Environmental Health Sciences, studied basic and clinical reproductive biology for over 35 years and published extensively in the field. She was an associate editor for two reproduction journals and co-directed the Frontiers in Reproduction summer research course at the Marine Biological Laboratory (Woods Hole, MA). Mark A. Johnson, Ph.D., Professor of Biology at Brown University, studied plant reproduction for 25 years. He is on the Board of the International Association of Sexual Plant Reproduction Research and hosted the 27th International Congress on Sexual Plant Reproduction in 2024. Harvey Florman, Ph.D., is Professor Emeritus of Cell and Developmental Biology at the University of Massachusetts Medical School. His research focused on aspects of fertilization and sperm physiology in mammals. He was Editor-in-Chief of journals in the field and directed the Frontiers in Reproduction summer research course at the Marine Biological Laboratory (Woods Hole, MA).
Inhaltsangabe
Preface Acknowledgements 1. Eukaryotes and Sexual Reproduction 2. Meiosis 3. Diversity in Reproduction 4. Hormones and Signaling 5. The Egg 6. Sperm 7. Supporting Cells 8. Sperm-Egg Interaction 9. The Egg-to-Embryo Transition 10. Formation of Primordial Germ Cells 11. Primordial Germ Cells Migrate to the Gonad 12. Germ-line Stem Cells 13. Sex Determination 14. The Ovary: Where Female Gametes are Made 15. Making Male Gametes 16. Hermaphroditism & Sex Transitioning 17. Neuroendocrine Control of Reproduction 18. A Lifetime of Reproduction 19. Mechanisms of Mate Attraction 20. Development of Permanent Reproductive Structures 21. Reproductive Structures and their Functions 22. The Female Reproductive Tract: A Zone of Sexual Conflict 23. Orchids 24. Cnidaria 25. A Bird's View 26. Primates 27. Human Infertility 28. Assisted Reproductive Techniques 29. Technologies to Constrain Reproduction 30. Reproduction in a Changing World Glossary Index
Preface Acknowledgements 1. Eukaryotes and Sexual Reproduction 2. Meiosis 3. Diversity in Reproduction 4. Hormones and Signaling 5. The Egg 6. Sperm 7. Supporting Cells 8. Sperm-Egg Interaction 9. The Egg-to-Embryo Transition 10. Formation of Primordial Germ Cells 11. Primordial Germ Cells Migrate to the Gonad 12. Germ-line Stem Cells 13. Sex Determination 14. The Ovary: Where Female Gametes are Made 15. Making Male Gametes 16. Hermaphroditism & Sex Transitioning 17. Neuroendocrine Control of Reproduction 18. A Lifetime of Reproduction 19. Mechanisms of Mate Attraction 20. Development of Permanent Reproductive Structures 21. Reproductive Structures and their Functions 22. The Female Reproductive Tract: A Zone of Sexual Conflict 23. Orchids 24. Cnidaria 25. A Bird's View 26. Primates 27. Human Infertility 28. Assisted Reproductive Techniques 29. Technologies to Constrain Reproduction 30. Reproduction in a Changing World Glossary Index
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