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Figure 45.0 A monarch butterfly just after emerging from its cocoon

Figure 45.0 A monarch butterfly just after emerging from its cocoon. Figure 45.1 An example of how feedback regulation maintains homeostasis. Figure 45.2 Hormonal regulation of insect development (Layer 1). Figure 45.2 Hormonal regulation of insect development (Layer 2).

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Figure 45.0 A monarch butterfly just after emerging from its cocoon

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  1. Figure 45.0 A monarch butterfly just after emerging from its cocoon

  2. Figure 45.1 An example of how feedback regulation maintains homeostasis

  3. Figure 45.2 Hormonal regulation of insect development (Layer 1)

  4. Figure 45.2 Hormonal regulation of insect development (Layer 2)

  5. Figure 45.2 Hormonal regulation of insect development (Layer 3)

  6. Figure 45.x1 Pupa

  7. Figure 45.3 Mechanisms of chemical signaling: a review

  8. Figure 11.5 Overview of cell signaling (Layer 1)

  9. Figure 11.5 Overview of cell signaling (Layer 2)

  10. Figure 11.5 Overview of cell signaling (Layer 3)

  11. Figure 11.6 The structure of a G-protein-linked receptor

  12. Figure 11.7 The functioning of a G-protein-linked receptor

  13. Figure 11.8 The structure and function of a tyrosine-kinase receptor

  14. Figure 11.9 A ligand-gated ion-channel receptor

  15. Figure 11.10 Steroid hormone interacting with an intracellular receptor

  16. Figure 11.11 A phosphorylation cascade

  17. Figure 11.13 cAMP as a second messenger

  18. Figure 11.14 The maintenance of calcium ion concentrations in an animal cell

  19. Figure 11.15 Calcium and inositol triphosphate in signaling pathways (Layer 1)

  20. Figure 11.15 Calcium and inositol triphosphate in signaling pathways (Layer 2)

  21. Figure 11.15 Calcium and inositol triphosphate in signaling pathways (Layer 3)

  22. Figure 11.16 Cytoplasmic response to a signal: the stimulation of glycogen breakdown by epinephrine

  23. Figure 11.17 Nuclear response to a signal: the activation of a specific gene by a growth factor

  24. Figure 11.18 The specificity of cell signaling

  25. Figure 11.19 A scaffolding protein

  26. Figure 45.4 One chemical signal, different effects

  27. Figure 45.5 Human endocrine glands surveyed in this chapter

  28. Table 45.1 Major Vertebrate Endocrine Glands and Some of Their Hormones (Hypothalamus–Parathyroid glands)

  29. Table 45.1 Major Vertebrate Endocrine Glands and Some of Their Hormones (Pancreas–Thymus)

  30. Figure 45.6a Hormones of the hypothalamus and pituitary glands

  31. Figure 45.6b Hormones of the hypothalamus and pituitary glands

  32. Figure 45.7 Two thyroid hormones

  33. Figure 45.8 Feedback control loops regulating the secretion of thyroid hormones T3and T4

  34. Figure 45.9 Hormonal control of calcium homeostasis in mammals

  35. Figure 45.10 Glucose homeostasis maintained by insulin and glucagon

  36. Figure 45.11 Derivation of endocrine cells of the adrenal medulla and neurons from neural crest cells

  37. Figure 45.12 The synthesis of catecholamine hormones

  38. Figure 45.13 Steroid hormones from the adrenal cortex and gonads

  39. Figure 45.14 Stress and the adrenal gland

  40. Figure 44.24 Hormonal control of the kidney by negative feedback circuits

  41. Figure 46.14 Hormonal control of the testes

  42. Figure 46.15 The reproductive cycle of the human female

  43. Figure 46.19 Hormonal induction of labor

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