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9780878936175

An Introduction To Behavioral Endocrinology

by
  • ISBN13:

    9780878936175

  • ISBN10:

    0878936173

  • Edition: 3rd
  • Format: Hardcover
  • Copyright: 2005-04-30
  • Publisher: Sinauer Associates Inc

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Supplemental Materials

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Summary

Ohio State Univ., Columbus. Textbook provides an introduction to students in the behavioral endocrinology sciences utilizing animal models. Topics covered include sex difference in behavior, male/female reproductive behavior, hormones and social behavior, and biological rhythms. Updated edition includes a CD-ROM with animated tutorials and videos. Previous edition: c2000.

Table of Contents

The Study of Behavioral Endocrinology
1(40)
Historical Roots of Behavioral Endocrinology
2(6)
Box 1.1 The Hijras of India
4(1)
Berthold's Experiment
5(3)
What Are Hormones?
8(4)
Box 1.2 Frank A. Beach and the Origins of the Modern Era of Behavioral Endocrinology
8(2)
Box 1.3 Neural Transmission Versus Hormonal Communication
10(2)
The Study of Behavior
12(5)
Problems of Behavioral Research
12(1)
How Is Behavior Described?
13(1)
The Simple System Approach
13(1)
Levels of Analysis
14(3)
How Might Hormones Affect Behavior?
17(1)
How Might Behavior Affect Hormones?
18(2)
Classes of Evidence for Determining Hormone-Behavior Interactions
20(1)
Common Techniques in Behavioral Endocrinology
21(18)
Ablation and Replacement
21(1)
Bioassays
22(2)
Immunoassays
24(2)
Immunocytochemistry
26(1)
Autoradiography
27(1)
Blot Tests
28(1)
Autoradiography Using In Situ Hybridization
29(1)
Stimulation and Recording
29(1)
Pharmacological Techniques
30(1)
Microdialysis
30(1)
Brain Imaging
31(1)
Genetic Manipulations
32(4)
Gene Arrays
36(1)
A Case Study: Effects of Leptin on Behavior
36(3)
Summary
39(1)
Questions for Discussion
40(1)
Suggested Readings
40(1)
The Endocrine System
41(68)
Chemical Communication
42(2)
General Features of the Endocrine System
44(3)
The Endocrine Glands
47(17)
The Hypothalamus
49(1)
Box 2.1 Invertebrate Endocrinology
50(2)
The Pituitary Gland
52(2)
The Thyroid Gland
54(2)
The Pancreas
56(1)
The Gastrointestinal Tract
57(1)
The Adrenal Glands
57(2)
The Pineal Gland
59(1)
The Gonads
59(5)
The Placenta
64(1)
Cellular and Molecular Mechanisms of Hormone Action
64(7)
Hormone Receptor Types
64(6)
Transcription, Translation, and Post-Translational Events
70(1)
The Major Vertebrate Hormones
71(30)
Protein and Peptide Hormones
72(13)
Box 2.2 The Discovery of Secretin
85(4)
The Steroid Hormones
89(9)
The Monoamine Hormones
98(1)
The Lipid-Based Hormones
99(2)
How Hormones Are Regulated
101(2)
The Evolution of Hormones
103(2)
Summary
105(2)
Questions for Discussion
107(1)
Suggested Readings
107(2)
Sex Differences in Behavior: Sex Determination and Differentiation
109(60)
Sex Determination and Differentiation
112(5)
Ultimate Causes of Sex Differences
113(1)
Box 3.1 Behavioral Sex Role Reversals
114(2)
Proximate Causes of Sex Differences
116(1)
Mammalian Sexual Differentiation
117(13)
Anomalous Mammalian Sexual Differentiation
123(7)
Avian Sexual Differentiation
130(2)
Alternative Reproductive Tactics and Male Polymorphism
132(3)
Environmental Sex Determination in Reptiles and Fishes
135(5)
The Effects of Hormones on Sexually Dimorphic Behaviors
140(16)
The Organizational/Activational Hypothesis
140(2)
Box 3.2 William C. Young
142(9)
Sexual Differentiation and Behavior
151(2)
The Role of Steroid Receptors
153(2)
Conclusions
155(1)
Environmental Influences on Mammalian Sexual Differentiation of the Nervous System
156(8)
Box 3.3 Epigenetic Effects on Sexual Dimorphism: Direct Maternal Provisioning of Steroids to Offspring
158(6)
Summary
164(3)
Questions for Discussion
167(1)
Suggested Readings
168(1)
Sex Differences in Behavior: Animal Models and Humans
169(66)
Neural Bases of Mammalian Sex Differences
171(12)
Box 4.1 The Organization of Avian Copulatory Behavior
172(7)
Molecular Sex Differences in the Brain
179(4)
Animal Models for Sexually Dimorphic Behaviors
183(17)
Bird Song
184(6)
Courtship Behavior of the Plainfin Midshipman Fish
190(2)
Urinary Posture in Canines
192(3)
Courtship Behavior of Electric Fishes
195(2)
Rough-and-Tumble Play in Primates
197(3)
Sex Differences in Human Behavior
200(12)
Box 4.2 Ambiguous Genitalia: Which Course of Treatment?
202(3)
Gender Role
205(3)
Gender Identity
208(1)
Sexual Orientation/Sexual Preference
209(3)
Sex Differences in Cognitive Abilities
212(18)
Box 4.3 Hormonal Influences on Mate Choice
212(2)
Box 4.4 The Spinal Nucleus of the Bulbocavernosus Muscle
214(2)
Perception and Sensory Abilities
216(5)
Lateralization of Cognitive Function
221(1)
Verbal Skills
222(2)
Mathematical Reasoning and Visuospatial Abilities
224(4)
Box 4.5 Hormones, Sex Differences, and Art
228(1)
Conclusions
229(1)
Summary
230(2)
Questions for Discussion
232(1)
Suggested Readings
233(2)
Male Reproductive Behavior
235(84)
The Proximate Bases of Male Sexual Behavior
237(3)
Box 5.1 Battle of the ``Sexes''
237(3)
Historical Origins of Research on Male Sexual Behavior
240(5)
Male Sexual Behavior in Rodents
245(40)
Mating Behavior: A Description
245(4)
Hormonal Correlates of Male Mating Behavior
249(6)
Box 5.2 Anatomy of the Penis
255(2)
Brain Mechanisms of Male Mating Behavior
257(17)
Box 5.3 Erectile Dysfunction, Nitric Oxide, and Viagra
274(3)
Conclusions
277(1)
Social Influences on Male Mating Behavior
277(4)
Individual Differences in Male Mating Behavior
281(4)
Male Sexual Behavior in Primates
285(19)
The Strength of the Sex Drive in Human Males
285(2)
Human Male Sexual Behavior: A Description
287(2)
Nonhuman Primate Male Sexual Behavior: A Description
289(2)
Hormonal Correlates of Primate Male Sexual Behavior
291(5)
Brain Mechanisms of Primate Male Sexual Behavior
296(4)
Social Influences on Primate Male Sexual Behavior
300(1)
Individual Variation and Aging
301(1)
Peptide Hormones and Male Sexual Behavior
302(1)
Box 5.4 Sodefrin, a Female-Attracting Pheromone in Newts
303(1)
Male Reproductive Behavior in Birds
304(5)
Male Reproductive Behavior in Reptiles
309(4)
Conclusions
313(1)
Summary
314(2)
Questions for Discussion
316(1)
Suggested Readings
316(3)
Female Reproductive Behavior
319(68)
Early Discoveries about Female Sexual Behavior
322(7)
The Development of the Vaginal Cytological Assay
322(5)
Research in the ``Modern Era''
327(2)
Mammalian Female Mating Behavior: A Description
329(6)
Rodents
329(2)
Canines
331(1)
Primates
332(1)
Are Females Active Participants in Sexual Behavior?
333(2)
Components of Female Sexual Behavior
335(16)
Attractivity
338(2)
Box 6.1 Chemosignals and Courtship in the Red-Sided Garter Snake
340(3)
Proceptivity
343(1)
Receptivity
344(7)
Female Reproductive Cycles
351(10)
Types of Reproductive Cycles
352(1)
The Ecology of Reproductive Cycles
353(4)
Social and Environmental Effects on Reproductive Cycles
357(2)
Box 6.2 Human Pheromones
359(1)
Box 6.3 Illness Suppresses Female Sexual Behavior
360(1)
Experimental Analyses of Female Sexual Behavior
361(14)
Hormonal Correlates of Female Reproductive Cycles
362(5)
Neural Mechanisms Mediating Female Sexual Behavior
367(8)
Gene Knockout Studies
375(3)
A Neural Model of Lordosis
376(2)
Neural Models of Preceptive Behaviors
378(4)
Box 6.4 Nongenomic Behavioral Effects of Steroid Hormones
380(2)
Summary
382(3)
Questions for Discussion
385(1)
Suggested Readings
385(2)
Parental Behavior
387(68)
What Is Parental Behavior?
389(5)
Box 7.1 Parental Care Among Insects
392(2)
Sex Differences in Parental Behavior
394(1)
Parental Behavior in Birds
395(10)
Avian Parental Behavior: A Description
395(3)
Endocrine Correlates of Avian Parental Behavior
398(2)
Box 7.2 Daniel S. Lehrman
400(5)
Parental Behavior in Mammals
405(35)
Mammalian Maternal Behavior
405(6)
Mammalian Paternal Behavior
411(2)
Endocrine Correlates of Mammalian Parental Behavior
413(4)
The Onset of Maternal Behavior
417(5)
Maternal Aggression
422(1)
Box 7.3 Maternal Behavior in Sheep
423(2)
Maintenance and Termination of Maternal Behavior
425(3)
Box 7.4 Offspring Behavior and the Maintenance of Maternal Behavior
428(3)
Endocrine Correlates of Primate Maternal Behavior
431(6)
Endocrine Correlates of Paternal Behavior
437(3)
Neural Changes Associated with Parental Behavior
440(10)
Conclusions
450(1)
Summary
451(2)
Questions for Discussion
453(1)
Suggested Readings
454(1)
Hormones and Social Behavior
455(68)
Affiliation
456(11)
Imaging Studies of Humans
456(1)
Adaptive Function of Affiliation
457(1)
Hormones and Affiliation
458(9)
Aggression
467(6)
Seasonal Changes in Social Behavior
473(10)
Aggression and the Breeding Cycle: Red Deer
473(2)
Signals of Social Rank: Harris's Sparrows
475(3)
Aggression and Winter Survival: Rodents
478(3)
Testosterone and the Energetic Costs of Aggression: Lizards
481(1)
Do Seasonal Hormonal Changes in Primates Correlate with Aggression?
482(1)
Increases in Aggression at Puberty
483(5)
Social Influences on the Development of Aggressive Behavior
484(1)
Is It Adaptive for Rodents To Be Aggressive at Puberty?
485(1)
The Timing of Puberty: Birds
486(1)
Dispersal Strategies and Social Status in Primates
487(1)
Sex Differences in Social Behavior
488(10)
The Organization and Activation of Aggression: Mice
489(1)
Sex Differences in Dispersal: Ground Squirrels
490(2)
Hormones and Dominance Status: Canies
492(2)
Sex Differences in Play Behavior: Primates
494(1)
Sex Role Reversals
495(3)
Individual Differences in Aggression
498(1)
Social Experience Feeds Back to Influence Hormone Concentrations
499(13)
The Challenge Hypothesis: Birds
500(7)
Conditioned Social Defeat
507(1)
Hormones, Competition, and Violent Behavior: Humans
508(4)
Physiological Mechanisms Mediating Hormonal Effects on Aggressive Behavior
512(6)
Brain Regions Associated with Aggression
512(1)
Brain Steroid Hormone Receptors
513(2)
Brain Neurotransmitter Receptors
515(1)
Box 8.1 Nitric Oxide and Aggression
516(2)
Conclusions
518(1)
Summary
518(2)
Questions for Discussion
520(1)
Suggested Readings
520(3)
Homeostasis and Behavior
523(64)
Basic Concepts in Homeostasis
526(3)
Fluid Balance
529(17)
Box 9.1 Vertebrate Renal Function
530(6)
Endocrine Regulation of Fluid Balance and Thirst
536(4)
Sodium Balance
540(4)
How Do Hormones Regulate Drinking Behavior?
544(2)
Energy Balance
546(7)
Metabolism during the Well-Fed State
547(2)
Metabolism during the Fasting State
549(2)
Disordered Energy Metabolism
551(1)
Maintaining a Normal Energy Balance
552(1)
Control of Food Intake
553(21)
Peripheral Signals
554(2)
Central Signals: The Role of the Hypothalamus
556(3)
Central Anabolic Effectors: Peptides that Promote Food Intake (Orexigenic)
559(3)
Central Catabolic Effectors: Peptides that Inhibit Food Intake (Anorexigenic)
562(1)
Hindbrain and Brain Stem
563(1)
Protein Hormones that Stop Food Intake
563(6)
Box 9.2 Comfort Food
569(1)
Protein Hormones that Promote Food Intake
570(1)
The Role of the Liver
571(1)
Specific Hungers
572(2)
Food Intake and Body Mass
574(8)
Estrogens and Progestins
574(4)
Androgens
578(1)
Seasonal Body Mass Cycles
579(1)
Inhibition of Reproduction to Maintain Energy Balance
580(2)
Final Thoughts
582(1)
Summary
583(1)
Questions for Discussion
584(1)
Suggested Readings
585(2)
Biological Rhythms
587(82)
Exogenous versus Endogenous Control of Biological Clocks
590(1)
Types of Biological Clocks and Rhythms
591(17)
Box 10.1 Jet Lag
598(3)
Examples of Biological Rhythms in Behavior
601(5)
Usefulness of Biological Clocks
606(2)
Circadian Clocks
608(28)
Localization and Characterization of Circadian Clocks
608(2)
Molecular Mechanisms of Circadian Clocks
610(3)
The SCN as Master Circadian Clock
613(4)
SCN Inputs and Outputs
617(4)
Box 10.2 Effects of Light on Gene Transcription
621(5)
Effects of Hormones on the SCN
626(2)
Effects of the SCN on Hormones
628(6)
Circadian Regulation of Food Intake
634(2)
Circannual and Seasonal Rhythms
636(28)
Ultimate and Proximate Factors Underlying Seasonality
637(3)
Neuroendocrine Mechanisms Underlying Seasonality
640(1)
Timing Mechanisms
641(5)
Neural Mechanisms of Endogenous and Exogenous Seasonal Timekeeping
646(4)
Activational Mechanisms
650(14)
Conclusions
664(1)
Summary
665(1)
Questions for Discussion
666(1)
Suggested Readings
667(2)
Stress
669(52)
Stress and Its Consequences
670(11)
The Stress Response
672(1)
Box 11.1 Stress and Social Dominance in Nonhuman Primates
673(5)
General Adaptation Syndrome
678(1)
What Is ``Stress''?
679(1)
Box 11.2 Allostatic Load
680(1)
Physiological Effects of the Stress Response
681(4)
Pathological Effects of the Stress Response
685(4)
Factors that Affect Stress Responsiveness
689(18)
Perinatal Stress
689(11)
Reproductive Dysfunction
700(7)
Stress and Social Behavior
707(3)
Seasonal Fluctuations in Stress Responses
710(4)
Psychological Factors in Stress and Coping
714(3)
Control, Predictability, and Outlets for Frustration
715(2)
Stress and Drug Abuse
717(1)
Summary
718(1)
Questions for Discussion
719(1)
Suggested Readings
720(1)
Learning and Memory
721(52)
Components of Learning and Memory
722(7)
Non-Associative Learning
722(1)
Associative Learning
723(3)
Memory
726(3)
The Effects of Stress Hormones on Learning and Memory
729(20)
Epinephrine
729(11)
Glucocorticoids
740(9)
Sex Differences in Learning and Memory
749(9)
Effects of Estrogens
752(4)
Effects of Androgens
756(2)
The Effects of Peptide Hormones in Learning and Memory
758(10)
Adrenocorticotropic Hormone (ACTH)
758(3)
Vasopressin and Oxytocin
761(2)
Opioids
763(4)
Cholecystokinin
767(1)
Summary
768(2)
Questions for Discussion
770(1)
Suggested Readings
770(3)
Hormones and Affective Disorders
773(44)
Perimenstrual Syndrome
774(13)
The Social Context of PMS
774(2)
What Is PMS?
776(2)
Box 13.1 Diagnostic Criteria for Late Luteal Phase Dysphoric Disorder
778(2)
Hormonal Correlates of PMS
780(6)
Cognitive Features of PMS
786(1)
Hormones and Depression
787(16)
Endocrine Correlates of Depression
788(4)
Postpartum Depression
792(2)
Seasonal Affective Disorder
794(9)
Hormones and Eating Disorders
803(3)
Anorexia Nervosa
803(3)
Bulimia
806(1)
Androgens and Affective Disorders
806(7)
Box 13.2 Anabolic Steroids: An Edge That Cuts Two Ways
808(5)
Summary
813(2)
Questions for Discussion
815(1)
Suggested Readings
816(1)
Appendix: Hormones 817
Glossary 1(1)
Illustration Credits 1(1)
References 1(1)
Index 1

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The New copy of this book will include any supplemental materials advertised. Please check the title of the book to determine if it should include any access cards, study guides, lab manuals, CDs, etc.

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