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11 Emerging role of neuroendocrine programming in obesity

  • Sophie M. Steculorum and Sebastien G. Bouret
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Perinatal Programming
This chapter is in the book Perinatal Programming

Chapters in this book

  1. Frontmatter I
  2. Contents V
  3. Foreword XI
  4. Abbreviations XIII
  5. 1 The past and future of perinatal medicine 1
  6. 2 Perinatal brain programming and functional teratology 5
  7. 3 Experimental models of low birth weight – insight into the developmental programming of metabolic health, aging and immune function 11
  8. 4 Cardiovascular consequences of IUGR: Experimental aspects 27
  9. 5 Fetal programming of endocrine function in IUGR offspring depends on the cause of low birth weight: Evidence from animal models and the human FIPS-study 41
  10. 6 Intrauterine corticosteroids for lung maturation: Observations of HPA axis function and cardiac autonomic balance in the neonate 51
  11. 7 Feast or Famine: In the fast lane to puberty 59
  12. 8 Early life origins of diabetes and obesity: General aspects and the thin – fat baby paradigm 69
  13. 9 The outcome in offspring of obese mothers: Clinical and experimental aspects 83
  14. 10 Short and long term effects of gestational obesity : Clinical observations 97
  15. 11 Emerging role of neuroendocrine programming in obesity 107
  16. 12 Genetic influences on the long-term effects of the perinatal environment on energy homeostasis and offspring obesity 129
  17. 13 Perinatal programming in offspring of diabetic mothers: Clinical data 141
  18. 14 Experimental observations on perinatal programming in offspring of diabetic mothers 153
  19. 15 Prenatal infections and long-term mental outcome: Modeling schizophrenia-related dysfunctions using the prenatal Polyl:C model in mice 171
  20. 16 Prenatal programming of cognition and emotion in humans: From birth to age 20 199
  21. 17 Perinatal programming of allergy 207
  22. 18 Perinatal origin of testicular germ cell cancer: Possible involvement of developmental reprogramming 219
  23. 19 Epigenetic adaptation during early life 229
  24. 20 Toward a unifying concept on perinatal programming: Vegetative imprinting by environment-dependent biocybernetogenesis 243
  25. Author index 283
  26. Index 287
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