This module provides a broad overview of neuroscience, outlining its relation to human biology.
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This module serves as an introductory overview of Human Behavioral Biology, emphasizing the importance of understanding behavior from a biological perspective.
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This module delves into the biology of behavioral evolution, exploring how behaviors have adapted over time. Key discussions revolve around:
In this continuation of the previous module, we explore individual and kin selection, behavioral logic, and various evolutionary strategies that shape behavior.
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This module connects behavioral biology with molecular genetics, discussing how genetic factors influence behavior.
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This second part of the behavioral genetics series focuses on the complex relationship between genes and behavior.
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This module continues the discussion on molecular genetics, diving deeper into mutation and natural selection.
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This module introduces classical techniques in behavioral genetics, addressing how behavior can be linked to genetics.
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This module discusses how animals and humans recognize their relatives through various biological mechanisms.
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This module examines animal behavior through an ethological lens, observing behavior in natural environments.
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This module provides a broad overview of neuroscience, outlining its relation to human biology.
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This module elaborates on memory formation and the autonomic nervous system's functions.
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This module introduces endocrinology, focusing on the endocrine system's role in behavior and biology.
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This advanced module continues discussions on endocrinology and neurology, focusing on complex communication systems.
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This module emphasizes the limbic system's role as the emotional core of the nervous system, crucial for decision-making.
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This module explores human sexual behavior, including motivations and physiological aspects common to both humans and animals.
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This module continues the exploration of human sexual behavior, discussing its evolution and complexity over time.
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This module wraps up the discussions on human sexual behavior while introducing human aggression and its cultural evolution.
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This module continues the exploration of aggression, focusing on emotions and their neurobiological underpinnings.
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This final module examines the intricacies of aggression, focusing on neurotransmitters and societal factors.
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In this concluding discussion on aggression and violence, Professor Robert Sapolsky delves into the intricate relationship between hormones and evolutionary biology. He explores how these factors influence human behavior and interactions today. The lecture covers:
By the end of this module, students will grasp how historical contexts shape contemporary aggression and will be equipped to analyze behaviors critically.
This lecture by Professor Robert Sapolsky tackles the challenging concepts of chaos and reductionism. Through a detailed analysis, he emphasizes the importance of understanding complex systems by breaking them down into simpler components. Key points include:
Students will engage with the material through critical thinking, enhancing their grasp of how reductionist approaches can illuminate broader scientific inquiries.
In this engaging lecture, Professor Robert Sapolsky elaborates on the themes of emergence and complexity. He introduces the idea of fractal magnification, illustrating how minor changes within a system can lead to significant outcomes over time. The lecture covers:
Students will develop a deeper appreciation for the unpredictable nature of complex systems and how small variations can lead to substantial effects.
Professor Robert Sapolsky presents an enlightening lecture on language, exploring the nuances of communication across species. He analyzes the similarities and differences between human and animal languages, emphasizing:
By the end of the module, students will develop a broader understanding of the role language plays in social interactions, both human and animal.
In this pivotal lecture, Professor Robert Sapolsky examines schizophrenia, a complex mental health disorder characterized by disordered thinking and emotional responses. The discussion encompasses:
Students will gain insights into the multifaceted nature of schizophrenia, fostering a holistic understanding of mental health issues.
In this final lecture of the Human Biology 160 class, Professor Robert Sapolsky synthesizes the course themes, connecting complex ideas to more accessible concepts. Key components of the wrap-up lecture include:
Students will leave with a cohesive understanding of human behavioral biology and its relevance to real-world issues.