Cerebellar Peduncle
Anatomy Terms
- 4th Ventricle
- Angular Gyrus
- Anterior Commissure of Brain
- Anterior Lobe of Pituitary
- Brain Stem
- Calcarine Sulcus
- Cavernous Sinus
- Central Sulcus of Rolando
- Cerebellar Peduncle
- Cerebellum
- Cerebral Aqueduct
- Cerebrum
- Choroid Plexus
- Choroid Plexus of 3rd Ventricle
- Cingulate Gyrus
- Cingulate Sulcus
- Corpus Callosum
- Cranial Nerve I - Olfactory Nerve
- Cranial Nerve II - Optic Nerve
- Cranial Nerve III - Oculomotor Nerve
- Cranial Nerve IV - Trochlear Nerve
- Cranial Nerve IX - Glossopharyngeal Nerve
- Cranial Nerve V - Trigeminal Mandibular Nerve
- Cranial Nerve V - Trigeminal Maxillary Nerve
- Cranial Nerve V - Trigeminal Ophthalmic Nerve
- Cranial Nerve VI - Abducens Nerve
- Cranial Nerve VII - Facial Nerve
- Cranial Nerve VII - Nervus Intermedius
- Cranial Nerve VIII - Vestibulocochlear Nerve
- Cranial Nerve X - Vagus Nerve
- Cranial Nerve XI - Accessory Nerve
- Cranial Nerve XII - Hypoglossal Nerve
- Cuneus
- Fornix of Brain
- Frontal Pole
- Hypophyseal Artery
- Hypophyseal Vein
- Hypothalamic Sulcus
- Hypothalamus
- Inferior Colliculus
- Inferior Frontal Gyrus
- Inferior Parietal Lobule
- Inferior Temporal Gyrus
- Interthalamic Adhesion
- Lamina Terminalis
- Medulla Oblongata
- Middle Frontal Gyrus
- Middle Temporal Gyrus
- Occipital Pole
- Optic Chiasm
- Optic Recess
- Paracentral Lobule
- Paraterminal Gyrus
- Parietooccipital Sulcus
- Pineal Gland
- Pituitary Gland
- Pons
- Postcentral Gyrus
- Posterior Commissure of Brain
- Posterior Lobe of Pituitary
- Precentral Gyrus
- Precentral Sulcus
- Precuneus
- Quadrigeminal Lamina
- Sella Turcica
- Septum Pellucidum
- Sphenoid Bone
- Stria Medullaris of Thalamus
- Subcallosal Area
- Sulcus of Corpus Callosum
- Superior Colliculus
- Superior Parietal Lobule
- Superior Temporal Gyrus
- Supramarginal Gyrus
- Temporal Pole
- Thalamus (3rd Ventricle)
- Tuber Cinereum
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Full Cerebellar Peduncle Description
[Continued from above] . . . impulses through the superior peduncles to the midbrain. In response, motor impulses are transmitted down through the pons, medulla oblongata, and spinal cord to stimulate or inhibit skeletal muscles at appropriate times and cause movements of body parts into the desired positions. This activity makes rapid and complex muscular movements possible.