The Central Nervous System: Structure, Function, and Integration

{"type":"doc","content":[{"type":"heading","attrs":{"textAlign":null,"level":2},"content":[{"type":"text","text":"The Central Nervous System (CNS)"}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Overview of CNS Functions"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"The central nervous system (CNS) is responsible for integrating sensory information, making decisions, and coordinating motor output. It consists of the brain and spinal cord, which work together to maintain homeostasis and enable complex behaviors."}]},{"type":"bulletList","content":[{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Sensory Functions:"},{"type":"text","text":" Detection of sensations from inside and outside the body."}]}]},{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Integrative Functions:"},{"type":"text","text":" Decision-making processes, including interpretation and integration of sensory input."}]}]},{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Motor Functions:"},{"type":"text","text":" Stimulation of muscle contractions and glandular secretions."}]}]}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"While sensory and motor functions are performed by the peripheral nervous system (PNS), integrative functions are exclusive to the CNS."}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Basic Structure of the Brain and Spinal Cord"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"The brain is a soft, whitish-gray organ located in the cranial cavity, composed primarily of nervous tissue. It contains four main divisions and internal cavities called ventricles, which are filled with cerebrospinal fluid (CSF) for protection and support. The spinal cord is a long, tubular structure encased within the vertebral cavity, serving as a conduit for information between the brain and the rest of the body."}]},{"type":"bulletList","content":[{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Brain Weight:"},{"type":"text","text":" 1,250–1,450 g; receives about 20% of total blood flow at rest."}]}]},{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Spinal Cord:"},{"type":"text","text":" Begins at the foramen magnum and ends between the first and second lumbar vertebrae; central canal filled with CSF."}]}]}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_5.png","alt":"Divisions of the brain (lateral view)","title":null,"width":null,"height":null}}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Divisions of the Brain"}]},{"type":"bulletList","content":[{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Cerebrum:"},{"type":"text","text":" Responsible for higher mental functions such as learning, memory, personality, cognition, language, and conscience. Major role in sensation and movement."}]}]},{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Diencephalon:"},{"type":"text","text":" Processes, integrates, and relays information; maintains homeostasis; regulates movement and biological rhythms."}]}]},{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Cerebellum:"},{"type":"text","text":" Coordinates movement, especially complex activities."}]}]},{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Brainstem:"},{"type":"text","text":" Controls basic involuntary processes (e.g., breathing, heart rate), mediates reflexes, and relays information."}]}]}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"White and Gray Matter in the CNS"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"White matter consists of myelinated axons, while gray matter is composed of neuron cell bodies, dendrites, and unmyelinated axons. In the brain, gray matter forms the outer cortex and is scattered in deeper regions, while in the spinal cord, gray matter is internal and white matter is superficial."}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_6.png","alt":"White and gray matter in the CNS","title":null,"width":null,"height":null}}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Development of the CNS"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"The CNS develops from a neural tube, which forms primary brain vesicles (forebrain, midbrain, hindbrain) that further differentiate into secondary vesicles and mature brain structures."}]},{"type":"bulletList","content":[{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Forebrain:"},{"type":"text","text":" Telencephalon (cerebral hemispheres), Diencephalon"}]}]},{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Midbrain:"},{"type":"text","text":" Mesencephalon"}]}]},{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Hindbrain:"},{"type":"text","text":" Metencephalon (cerebellum, part of brainstem), Myelencephalon (medulla oblongata)"}]}]}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_7.png","alt":"Development of the brain","title":null,"width":null,"height":null}}]},{"type":"heading","attrs":{"textAlign":null,"level":2},"content":[{"type":"text","text":"The Cerebrum"}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Structure and Lobes"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"The cerebrum consists of two hemispheres, each divided into lobes: frontal, parietal, temporal, occipital, and insula. Surface features include gyri (ridges), sulci (shallow grooves), and fissures (deep grooves)."}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_8.png","alt":"Structure of the cerebrum","title":null,"width":null,"height":null}}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Cerebral Cortex and Functional Areas"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"The cerebral cortex (neocortex) is the site of conscious processes and is organized into six layers. It contains primary motor and sensory cortices, as well as association areas for integration."}]},{"type":"bulletList","content":[{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Primary Motor Cortex:"},{"type":"text","text":" Plans and executes movement (precentral gyrus)."}]}]},{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Primary Sensory Cortices:"},{"type":"text","text":" Process sensory input (e.g., somatosensory, visual, auditory)."}]}]},{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Association Areas:"},{"type":"text","text":" Integrate multiple types of stimuli."}]}]}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_9.png","alt":"Structure of the cerebral cortex","title":null,"width":null,"height":null}}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Basal Nuclei"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"Basal nuclei are clusters of cell bodies involved in the regulation of movement and behavior. They include the caudate nucleus, putamen, and globus pallidus. These structures inhibit involuntary movement and initiate voluntary movement."}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_10.png","alt":"Structure of the basal nuclei","title":null,"width":null,"height":null}}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Cerebral White Matter"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"White matter in the cerebrum consists of:"}]},{"type":"bulletList","content":[{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Commissural Fibers:"},{"type":"text","text":" Connect right and left hemispheres (e.g., corpus callosum)."}]}]},{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Projection Fibers:"},{"type":"text","text":" Connect cortex with other brain regions and spinal cord."}]}]},{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"bold"}],"text":"Association Fibers:"},{"type":"text","text":" Connect regions within the same hemisphere."}]}]}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_11.png","alt":"Structure of cerebral white matter","title":null,"width":null,"height":null}},{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_12.png","alt":"Pathway for conduction of an action potential in the brain","title":null,"width":null,"height":null}}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Limbic System"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"The limbic system is involved in memory, learning, emotion, and behavior. Key components include the limbic lobe, hippocampus, amygdala, and the fornix (a major output tract)."}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_13.png","alt":"Structures of the limbic system","title":null,"width":null,"height":null}}]},{"type":"heading","attrs":{"textAlign":null,"level":2},"content":[{"type":"text","text":"The Diencephalon"}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Major Components"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"The diencephalon is centrally located and includes the thalamus, hypothalamus, epithalamus, and subthalamus."}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_14.png","alt":"Structure of the diencephalon","title":null,"width":null,"height":null}}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Thalamus"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"The thalamus acts as the main relay station for sensory and motor information to the cerebral cortex. It contains specific relay, association, and nonspecific nuclei, each with distinct functions in processing and integrating information."}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_16.png","alt":"Nuclei of the thalamus","title":null,"width":null,"height":null}}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Hypothalamus"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"The hypothalamus regulates homeostatic functions such as temperature, hunger, thirst, and the sleep/wake cycle. It is the \"boss\" of the autonomic nervous system and connects to the pituitary gland, influencing hormone secretion."}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_17.png","alt":"Nuclei of the hypothalamus","title":null,"width":null,"height":null}}]},{"type":"heading","attrs":{"textAlign":null,"level":2},"content":[{"type":"text","text":"The Cerebellum"}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Structure and Function"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"The cerebellum coordinates voluntary movement and reduces motor error. It consists of two hemispheres connected by the vermis, with an outer cortex and deep nuclei of gray matter. White matter forms the arbor vitae."}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_18.png","alt":"Structure of the cerebellum","title":null,"width":null,"height":null}}]},{"type":"heading","attrs":{"textAlign":null,"level":2},"content":[{"type":"text","text":"The Brainstem"}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Major Divisions"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"The brainstem connects the brain and spinal cord and is divided into the midbrain, pons, and medulla oblongata. It controls basic life functions, mediates reflexes, and houses the reticular formation, which regulates arousal and consciousness."}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_19.png","alt":"External anatomy of the brainstem","title":null,"width":null,"height":null}},{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_21.png","alt":"Internal anatomy of brainstem divisions","title":null,"width":null,"height":null}},{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_22.png","alt":"The reticular formation","title":null,"width":null,"height":null}}]},{"type":"heading","attrs":{"textAlign":null,"level":2},"content":[{"type":"text","text":"Protection of the Brain"}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Cranial Meninges"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"The brain is protected by three layers of meninges: dura mater (outermost), arachnoid mater (middle), and pia mater (innermost). These layers provide structural support and contain spaces filled with CSF and blood vessels."}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_38.png","alt":"Structure of the cranial meninges and dural sinuses","title":null,"width":null,"height":null}}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Ventricles and Cerebrospinal Fluid (CSF)"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"The brain contains four ventricles filled with CSF, which cushions the brain, removes waste, and maintains a stable environment. CSF is produced by the choroid plexuses and circulates through the ventricles and subarachnoid space."}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_39.png","alt":"Ventricles of the brain","title":null,"width":null,"height":null}},{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_40.png","alt":"Formation and flow of cerebrospinal fluid (CSF)","title":null,"width":null,"height":null}}]},{"type":"heading","attrs":{"textAlign":null,"level":3},"content":[{"type":"text","text":"Blood Brain Barrier"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"The blood brain barrier is formed by endothelial cells with tight junctions, limiting the passage of substances from the blood to the brain. It protects the brain from toxins but also restricts drug delivery."}]},{"type":"bulletList","content":[{"type":"listItem","content":[{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"Structure and Function"}]}]}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","text":"The spinal cord serves as a relay and processing station for information between the brain and the body. It is protected by spinal meninges and contains both gray and white matter organized into horns and tracts."}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"https://static.studychannel.pearsonprd.tech/study_guide_files/anp/sub_images/a0332314_image_42.png","alt":"Structure of the spinal meninges","title":null,"width":null,"height":null}}]},{"type":"paragraph","attrs":{"textAlign":null}},{"type":"paragraph","attrs":{"textAlign":null}},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"textStyle","attrs":{"color":""}},{"type":"bold"}],"text":"Module 1: Core Functions & Structural Map"}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"text","marks":[{"type":"textStyle","attrs":{"color":""}}],"text":"The Central Nervous System (CNS) processes sensory input, makes decisions, and coordinates physical movement. While the peripheral nervous system (PNS) handles basic sensory and motor pathways, "},{"type":"text","marks":[{"type":"textStyle","attrs":{"color":""}},{"type":"bold"}],"text":"integrative functions belong exclusively to the CNS"},{"type":"text","marks":[{"type":"textStyle","attrs":{"color":""}}],"text":"."}]},{"type":"paragraph","attrs":{"textAlign":null},"content":[{"type":"image","attrs":{"src":"data:image/png;base64,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