Figure 30.1 Sexually dimorphic anatomy in the hawk moth, Manduca sexta

Figure 30.1 Sexually dimorphic anatomy in the hawk moth, Manduca sexta (Part 1)

Figure 30.1 Sexually dimorphic anatomy in the hawk moth, Manduca sexta (Part 2)

Figure 30.2 Chromosomal sex and primary sex determination in humans

Figure 30.3 Gonadal sex steroids and their organizational influence

Figure 30.3 Gonadal sex steroids and their organizational influence (Part 1)

Figure 30.3 Gonadal sex steroids and their organizational influence (Part 2)

Figure 30.4 Sex steroid effects on neurons

Figure 30.4 Sex steroid effects on neurons (Part 1)

Figure 30.4 Sex steroid effects on neurons (Part 2)

Figure 30.5 Sex differences in innervation of the perineal muscles

Figure 30.5 Sex differences in innervation of the perineal muscles (Part 1)

Figure 30.5 Sex differences in innervation of the perineal muscles (Part 2)

Figure 30.5 Sex differences in innervation of the perineal muscles (Part 3)

Figure 30.6 Hypothalamic nuclei are sexually dimorphic and their neuronal activity is associated with sexual behaviors

Figure 30.6 Hypothalamic nuclei are sexually dimorphic and their neuronal activity is associated with sexual behaviors (Part 1)

Figure 30.6 Hypothalamic nuclei are sexually dimorphic and their neuronal activity is associated with sexual behaviors (Part 2)

Figure 30.7 Hypothalamic regulation of lactation in nursing mothers

Figure 30.7 Hypothalamic regulation of lactation in nursing mothers (Part 1)

Figure 30.7 Hypothalamic regulation of lactation in nursing mothers (Part 2)

Figure 30.8 Cortical representation of the chest wall in the rat primary somatic sensory cortex during lactation

Figure 30.8 Cortical representation of the chest wall in the rat primary somatic sensory cortex during lactation (Part 1)

Figure 30.8 Cortical representation of the chest wall in the rat primary somatic sensory cortex during lactation (Part 2)

Figure 30.8 Cortical representation of the chest wall in the rat primary somatic sensory cortex during lactation (Part 3)

Figure 30.8 Cortical representation of the chest wall in the rat primary somatic sensory cortex during lactation (Part 4)

Box 30A The Good Mother

Figure 30.9 Estrogen and testosterone influence neuronal growth and differentiation

Figure 30.9 Estrogen and testosterone influence neuronal growth and differentiation (Part 1)

Figure 30.9 Estrogen and testosterone influence neuronal growth and differentiation (Part 2)

Figure 30.9 Estrogen and testosterone influence neuronal growth and differentiation (Part 3)

Figure 30.10 Estrogen influences synaptic transmission

Figure 30.10 Estrogen influences synaptic transmission (Part 1)

Figure 30.10 Estrogen influences synaptic transmission (Part 2)

Figure 30.11 Distribution in the rat brain of the three major receptor/transcription factors that bind sex hormones

Figure 30.11 Distribution in the rat brain of the three major receptor/transcription factors that bind sex hormones (Part 1)

Figure 30.11 Distribution in the rat brain of the three major receptor/transcription factors that bind sex hormones (Part 2)

Figure 30.12 Sex-specific splice isoforms of the Drosophila fruitless gene correlate with sex-specific courtship and mating behaviors

Figure 30.12 Sex-specific splice isoforms of the Drosophila fruitless gene correlate with sex-specific courtship and mating behaviors (Part 1)

Figure 30.12 Sex-specific splice isoforms of the Drosophila fruitless gene correlate with sex-specific courtship and mating behaviors (Part 2)

Figure 30.12 Sex-specific splice isoforms of the Drosophila fruitless gene correlate with sex-specific courtship and mating behaviors (Part 3)

Figure 30.13 Distinct patterns of activation of estrogen and androgen in women and men

Figure 30.14 Brain regions that differ in size in females versus males

Figure 30.15 Sex-specific activation of the amygdala in response to memory of images with defined emotional content