Figure 45'0 A monarch butterfly just after emerging from its cocoon

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Figure 45.0 A monarch butterfly just after
emerging from its cocoon
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Figure 45.1 An example of how feedback
regulation maintains homeostasis
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Figure 45.2 Hormonal regulation of insect
development (Layer 3)
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Figure 45.x1 Pupa
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Figure 45.3 Mechanisms of chemical signaling a
review
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Figure 11.13 cAMP as a second messenger
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Figure 11.15 Calcium and inositol triphosphate
in signaling pathways (Layer 3)
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Figure 11.16 Cytoplasmic response to a signal
the stimulation of glycogen breakdown by
epinephrine
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Figure 45.4 One chemical signal, different
effects
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Figure 45.5 Human endocrine glands surveyed in
this chapter
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Table 45.1 Major Vertebrate Endocrine Glands and
Some of Their Hormones (HypothalamusParathyroid
glands)
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Table 45.1 Major Vertebrate Endocrine Glands and
Some of Their Hormones (PancreasThymus)
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Figure 45.6a Hormones of the hypothalamus and
pituitary glands
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Figure 45.6b Hormones of the hypothalamus and
pituitary glands
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Figure 45.7 Two thyroid hormones
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Figure 45.8 Feedback control loops regulating
the secretion of thyroid hormones T3 and T4
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Figure 45.9 Hormonal control of calcium
homeostasis in mammals
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Figure 45.10 Glucose homeostasis maintained by
insulin and glucagon
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Figure 45.11 Derivation of endocrine cells of
the adrenal medulla and neurons from neural crest
cells
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Figure 45.12 The synthesis of catecholamine
hormones
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Figure 45.13 Steroid hormones from the adrenal
cortex and gonads
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Figure 45.14 Stress and the adrenal gland