Brain structures

Objective: Explain cerebral cortex and brainstem, distinguish their meanings, and apply them to a described case.

Cerebral cortex: The cortex is the outer cerebral tissue involved in distributed sensory, cognitive, and motor functions. Brainstem: The brainstem supports vital functions and communication pathways, among other roles. Behavior depends on interacting biological systems and experience. Neural communication includes electrical and chemical processes, while complex tasks involve distributed networks. No single brain region explains every instance of a broad emotion. Heritability describes variation in a studied population, not the genetic percentage of one person or an unchangeable destiny. Interpret biological findings at the level actually measured and consider environmental context. Application: A study examines activity across connected cortical areas. This most directly illustrates cerebral cortex. A lesson considers regulation of essential bodily processes. This most directly illustrates brainstem.

Objective: Explain cerebellum and hippocampus, distinguish their meanings, and apply them to a described case.

Cerebellum: The cerebellum contributes to coordination, timing, learning, and other functions. Hippocampus: The hippocampus is important for aspects of memory and spatial processing within wider networks. Behavior depends on interacting biological systems and experience. Neural communication includes electrical and chemical processes, while complex tasks involve distributed networks. No single brain region explains every instance of a broad emotion. Heritability describes variation in a studied population, not the genetic percentage of one person or an unchangeable destiny. Interpret biological findings at the level actually measured and consider environmental context. Application: A task requires adjusting movement accurately. This most directly illustrates cerebellum. A study examines formation of new episodic memories. This most directly illustrates hippocampus.

Objective: Explain amygdala and network perspective, distinguish their meanings, and apply them to a described case.

Amygdala: The amygdala contributes to salience and emotional learning rather than only fear. Network perspective: A network perspective treats behavior as involving interacting regions and systems. Behavior depends on interacting biological systems and experience. Neural communication includes electrical and chemical processes, while complex tasks involve distributed networks. No single brain region explains every instance of a broad emotion. Heritability describes variation in a studied population, not the genetic percentage of one person or an unchangeable destiny. Interpret biological findings at the level actually measured and consider environmental context. Application: Researchers investigate learning about emotionally significant signals. This most directly illustrates amygdala. A complex task activates and coordinates multiple regions. This most directly illustrates network perspective.