Notes in Anatomy of the Brain

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Published	09/04/2024	{{c1::Afferents}} come into the spinal cord on the {{c2::dorsal side}}
Published	09/04/2024	{{c1::Efferents}} come into the spinal cord on the {{c2::ventral side}}
Published	09/04/2024	{{c1::Midbrain}}: cranial nerve nuclei {{c2::III, IV, part of V}}; mediates {{c3::visual, auditory reflexes}}; contains nu. important to l{{c4::evels …
Published	09/04/2024	{{c1::Pons}}: cranial nerve nuclei for {{c2::VI, VII, parts of V, VIII}}; also {{c3::reticular formation, pontine nuclei projecting to cerebellum}}
Published	09/04/2024	{{c1::Medulla Oblongata}}: contains cranial nerve nuclei related to {{c2::IX, X, XII, parts of V, VIII}}. {{c3::Inferior olive, pyramids}}. Important …
Published	09/04/2024	Rostral to caudal – pons, medulla oblongata, midbrain: {{c1::midbrain, pons, medulla oblongata}}
Published	09/04/2024	Superior cerebellar peduncle is {{c1::leaving the cerebellum}}
Published	09/04/2024	Middle cerebellar peduncle is {{c1::entering the cerebellum from the brain}}
Published	09/04/2024	Inferior cerebellar peduncle is {{c1::entering the cerebellum from the spinal cord}}
Published	09/04/2024	{{c1::Basal Ganglia}}: {{c2::motor-related nuclei involved in initiating behavior}}
Published	09/04/2024	{{c1::Thalamus}}: {{c2::relay hub with projection nuclei which send sensory and motor info. to cerebral cortex}}
Published	09/04/2024	{{c1::Hypothalamus}}: {{c2::endocrine function, emotions, feeding-drinking}}
Published	09/04/2024	{{c1::Cerebral Hemispheres}}: {{c2::layers of sensory, motor and association areas. Higher cognitive functions.}}
Published	09/04/2024	Caudal to rostral – hypothalamus, thalamus, cerebral hemispheres, basal ganglia: {{c1::basal ganglia, thalamus, hypothalamus, cerebral hemispheres}}
Published	09/04/2024	{{c2::Basal ganglia}} are within the base of the {{c1::telenchephalon}}
Published	09/04/2024	{{c1::Thalamus}} is a part of the {{c2::diencephalon}}
Published	09/04/2024	{{c1::Mulligan cell stain}} stains only the {{c2::cell bodies}} and not {{c2::the axons}}
Published	09/04/2024	{{c1::Weigert}} stain stains the {{c2::fibers}} and not {{c2::the cell bodies}}
Published	09/04/2024	{{c1::Frontal Lobe}}: {{c2::motor, prefrontal}}
Published	09/04/2024	{{c1::Parietal Lobe}}: {{c2::somatosensory and Attention}}
Published	09/04/2024	{{c1::Occipital Lobe}}: {{c2::visual}}
Published	09/04/2024	{{c1::Temporal Lobe}}: {{c2::auditory, visual, speech}}
Published	09/04/2024	{{c1::Limbic Lobe}}: {{c2::emotions, memory}}
Published	09/04/2024	{{c1::Two Lateral Ventricles}}: {{c2::within the cerebral hemispheres}}
Published	09/04/2024	{{c1::Third Ventricle}}: {{c2::at midline, adjacent to thalamus and hypothalamus}}
Published	09/04/2024	{{c1::Fourth Ventricle}}: {{c2::on dorsal surface of brainstem, below cerebellum; V shaped.}}
Published	09/04/2024	{{c1::CSF}} flows {{c2::from the lateral ventricles to the third ventricle to the fourth ventricle to the subarachnoid space}}
Published	09/04/2024	{{c1::CSF}} flows between {{c2::Arachnoid and Pia mater}}
Published	09/04/2024	{{c1::Arachnoid mater}} - {{c2::where the cerebral arteries travel}}
Published	09/04/2024	{{c1::Pia mater}} - {{c2::vessels penetrate through to form capillaries}}
Published	09/04/2024	CSF gets to {{c1::venous blood}} by {{c2::traveling in a vesicle through arachnoid cells}}
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