Part II: Brain Structures--------Name the appropriate brain area, meninge, or space for the following: Flashcards
Contains the Substantia Nigra
Midbrain (Mesencephalon)
*The Substantia Nigra makes
dopami
Areas of the diencephalon
Thalamus, Hypothalamus, Pineal Gland
Innermost meninge directly touches the surface of the brain
and spinal cord)
Pia Mater
Structure that filters blood to form CSF
Choroid plexus
*Found in brain ventricles
Area that controls basic consciousness
Reticular formation
Cerebral lobe for hearing
Temporal lobe
Controls eating and drinking behaviors
Hypothalamus
*Hunger, Thirst, and Satiety Centers
Space above the arachnoid mater
Subdural space
Sends APs from the eye, ear, and mouth
to specific cerebral lobes so they can be
turned into visual, auditory, and taste
information
Thalamus
*Sensory Relay Center
Another name for the midbrain
Cerebral Peduncles
Controls sleep/wake cycle
Pineal gland
*Produces serotonin & melatonin
Meninge composed of two layers, one of
which is the periosteum
Dura Mater
Controls the sympathetic and
parasympathetic nerve effects on the
body
Hypothalamus
*Major Autonomic Control Center
Cerebral lobe for vision
Occipital lobe
Most important area for long-term
memory formation
Limbic System
*Specific part of limbic system for this
is the hippocampus
Meninge where the major blood vessels
that supply the brain are found
Pia Mater
*Highly vascularized=contains many
blood vessels
Two areas which control breathing
Medulla (most important), Pons
Four areas of the Brainstem
Medulla, Pons, Cerebellum,
Reticular formation
Overall emotional center of the brain
Limbic System
Meninge that contains villi which deliver
CSF to the dural sinus
Arachnoid Mater
Controls the release of pituitary gland hormones
Hypothalamus
*Endocrine System Control Center
Cerebral lobe for taste and smell
Parietal lobe
Cavity (space) where CSF is found
Subarachnoid space
*Space between arachnoid mater
and pia mater in vertebral cavity
and cranial (skull) cavity
Important pathway for action potentials
controlling skeletal muscle movements
Cerebral Peduncles