Visual association cortex
Primary visual cortex
Primary auditory cortex
Primary motor cortex
Primary somatosensory cortex
Metencephalon
Telencephalon
Myelencephalon
Diencephalon
Mesencephalon
Temporal from parietal
Frontal from parietal
Frontal from temporal
Parietal from occipital
Hypothalamus
Frontal Lobe
Midbrain
Medulla
Thalamus
Microglial cells
Ventricular zone cells
Oligodendrocytes
Radial glial cells
.Anterior cerebral artery
.Posterior cerebral artery
.Posterior communicating artery
.Middle cerebral artery
.Anterior communicating artery
.Lateral aperature
.Arachnoid granulations
.Median aperature
.Interventricular foramen (of Monroe)
.Cerebral aqueduct
.Straight, transverse, and superior sagittal sinuses
.Superior sagittal, occipital, and sigmoid sinuses
.Straight, occipital, and transverse sinuses
.Superior sagittal, straight, and occipital sinuses
.Sigmoid, straight, and transverse sinuses
.Median aperature
.Interventricular foramen (of Monroe)
.Lateral aperature
.Cerebral aqueduct
.Arachnoid granulations
.Rhombencephalon, prosencephalon, diencephalon
.Myelencephalon, metencephalon, mesencephalon
.Prosencephalon, mesencephalon, rhombencephalon
.Telencephalon, rhombencephalon, metencephalon
.Voltage-gated potassium channel
.Potassium leakage channel
.Voltage-gated sodium channel
.Sodium leakage channel
.Myelinated, large diameter
.Myelinated small diameter
.Unmyelinated, small diameter
.Unmyelinated, large diameter
.A result of sodium ion influx
.Sodium channel inactivation
.Because of potassium ion influx
.Potassium channel inactivation
.Sodium gates will open first, and then close as potassium gates open
.Specific sodium gates will open
.Both sodium and potassium gates will open
.Sodium and potassium will flow through the same channel
.Specific potassium gates will open
.Potassium leakage channel
.Sodium leakage channel
.Voltage-gated potassium channel
.Voltage-gated sodium channel
.Microglia
.Oligodendrocytes
.Ependymal cells
.Schwann cells
.Astrocytes
.Oligodendrocytes
.Microglia
.Schwann cells
.Ependymal cells
.Fire an action potential
.Depolarize
.Repolarize
.Hyperpolarize
.Generate an excitatory postsynaptic potential
.Voltage-gated potassium channel
.Voltage-gated sodium channel
.Voltage-gated calcium channel
.Voltage-gated chloride channel
.Dopamine
.Glutamate
.GABA
.Serotonin
Glycine
.lateral sulcus
.parietooccipital sulcus
.premotor gyrus
.calcarine sulcus
.occipital lobe
.frontal lobe
.temporal lobe
.parietal lobe
Occipital lobe
.frontal lobe
.temporal lobe
.parietal lobe
.parietooccipital sulcus
.lateral sulcus
.central sulcus
.calcarine sulcus
Longitudinal fissure
.formation of memories
.processing visual information
.processing somatosensory information
.processing auditory information
Initiation of voluntary movements
Wait!
Here's an interesting quiz for you.