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Anatomy of the medulla. Hypoglossal nucleus Nucleus ambiguus Dorsal nucleus of vagus nerve Inferior salivatory nucleus. Gracile nucleus Cuneate nucleus Accessory cuneate nucleus.
Sensory Sensory decussation Medial lemniscus Juxtarestiform body Ascending dorsal longitudinal fasciculus Medial longitudinal fasciculus Motor Descending dorsal longitudinal fasciculus Medial longitudinal fasciculus.
Descending tracts Olivocerebellar tract Rubro-olivary tract. Pyramid Anterior median fissure Anterolateral sulcus Olive Inferior olivary nucleus. Posterior median sulcus Posterolateral sulcus Area postrema Vagal trigone Hypoglossal trigone Medial eminence Inferior cerebellar peduncle. Anatomy of the pons. Cerebellopontine angle Superior medullary velum Sulcus limitans Medial eminence Facial colliculus. Trapezoid body Trigeminal lemniscus Dorsal trigeminal tract Ventral trigeminal tract Medial lemniscus Lateral lemniscus Medial longitudinal fasciculus Vestibulo-oculomotor fibers Anterior trigeminothalamic tract Central tegmental tract.
Inferior cerebellar peduncle Vestibulocerebellar tract Medial longitudinal fasciculus Vestibulospinal tract Medial vestibulospinal tract Lateral vestibulospinal tract.
Apneustic center Pneumotaxic center Parabrachial nuclei Subparabrachial nucleus Medial parabrachial nucleus Lateral parabrachial nucleus Superior olivary nucleus Locus coeruleus.
Pontine nuclei. Basilar sulcus. Anatomy of the midbrain. Corpora quadrigemina : Inferior colliculus Brachium Superior colliculus Brachium. Pretectal area. Spinotectal tract Central tegmental tract. Tectospinal tract. Periaqueductal gray Raphe nuclei dorsal. Ventral tegmental area Rostromedial tegmental nucleus Pedunculopontine nucleus. Red nucleus Rostral interstitial nucleus of medial longitudinal fasciculus Parabrachial area.
Interpeduncular nucleus Midbrain reticular formation. Cerebral aqueduct. Pars compacta Pars reticulata. Superior cerebellar peduncle Decussation Interpeduncular fossa. Anatomy of the cerebellum. Dentate interposed Emboliform Globose Fastigial. Arbor vitae. Inferior medulla : Dorsal spinocerebellar tract Olivocerebellar tract Cuneocerebellar tract Juxtarestiform body Vestibulocerebellar tract Trigeminocerebellar fibers Middle pons : Pontocerebellar fibers Superior midbrain : Ventral spinocerebellar tract Dentatothalamic tract.
Anatomy of the diencephalon of the human brain. Pineal gland Habenula Habenular trigone Habenular commissure. Pretectal area Habenular nuclei Subcommissural organ. Stria medullaris of thalamus Thalamic reticular nucleus Taenia thalami. Mammillothalamic tract Pallidothalamic tracts Ansa lenticularis Lenticular fasciculus Thalamic fasciculus PCML Medial lemniscus Trigeminal lemniscus Spinothalamic tract Lateral lemniscus Dentatothalamic tract Acoustic radiation Optic radiation Subthalamic fasciculus Anterior trigeminothalamic tract Medullary laminae.
Lateral Ventromedial Dorsomedial. Posterior is diencephalon, but anterior is glandular. Subthalamic nucleus Zona incerta Nuclei campi perizonalis Fields of Forel.
Anatomy of the cerebral cortex of the human brain. Superior frontal gyrus 4 6 8 Middle frontal gyrus 9 10 46 Inferior frontal gyrus : 11 47 - Pars orbitalis Broca's area 44 - Pars opercularis 45 - Pars triangularis Superior frontal sulcus Inferior frontal sulcus. Precentral gyrus Precentral sulcus. Paracentral lobule 4 Paracentral sulcus. Primary motor cortex 4 Premotor cortex 6 Supplementary motor area 6 Supplementary eye field 6 Frontal eye fields 8. Superior parietal lobule 5 7 Inferior parietal lobule 40 - Supramarginal gyrus 39 - Angular gyrus Parietal operculum 43 Intraparietal sulcus.
Paracentral lobule 1 2 3 5 Precuneus 7 Marginal sulcus. Occipital pole of cerebrum Lateral occipital gyrus 18 19 Lunate sulcus Transverse occipital sulcus. Visual cortex 17 Cuneus Lingual gyrus Calcarine sulcus.
Fusiform gyrus 37 Medial temporal lobe 27 28 34 35 36 Inferior temporal gyrus 20 Inferior temporal sulcus. Subgenual area 25 Anterior cingulate 24 32 33 Posterior cingulate 23 31 Isthmus of cingulate gyrus : Retrosplenial cortex 26 29 Hippocampal sulcus Fimbria of hippocampus Dentate gyrus Rhinal sulcus.
Indusium griseum Uncus Amygdala. Insular cortex. Operculum Poles of cerebral hemispheres. Some categorizations are approximations, and some Brodmann areas span gyri. Rostral basal ganglia of the human brain and associated structures. Amygdala Claustrum. Centrum semiovale Internal capsule Anterior limb Genu Posterior limb Optic radiation Corona radiata External capsule Extreme capsule Pallidothalamic tracts : Thalamic fasciculus Ansa lenticularis Lenticular fasciculus Subthalamic fasciculus.
Anterior olfactory nucleus Anterior perforated substance Olfactory bulb. Olfactory tract Medial olfactory stria Lateral olfactory stria Olfactory trigone. Substantia innominata Nucleus basalis Nucleus of diagonal band.
Diagonal band of Broca Stria terminalis. Alveus Fimbria Perforant path Schaffer collateral. Meninges of the brain and spinal cord. The study's finding of higher gray matter volume associated with cardiorespiratory exercise are in brain regions clinically relevant for cognitive changes in aging, including some involved in Alzheimer's disease.
The editorial calls those associations interesting but cautions against concluding that cardiorespiratory fitness correlations would affect Alzheimer's disease. This paper is important because of the volumetric data showing an effect on brain structure. Long-term studies on the relationship between exercise and brain health are needed, which will be costly and logistically challenging to produce. According to Mayo Clinic experts, moderate and regular exercise -- about minutes per week -- is recommended.
Good cardiorespiratory fitness also involves:. Connect coding to any subject and encourage students of all levels to discover computer programming! Try Creative Coding for free. Try your hand at computer programming with Creative Coding! Learn how you can get access to hundreds of topic-specific coding projects. We hope that you find the site useful. Regards, The Crossword Solver Team. More clues you might be interested in fuss studied sociable unnerve outrage unavailing ineffectual socially uncomfortable merciless enlightened nanny marriage fusion absolute nonsense earn parasol misunderstand impartiality firmer foyer ROOMIEST heart-warming agreement ballad unselfish dust dance start up curse mental sharpness.
Clue Answer. Brain matter 4. Neuroglia called oligodendrocytes form an insulating coat or myelin sheath that wraps around neuronal axons. The myelin sheath is composed of lipids and proteins and functions to speed up nerve impulses. White brain matter appears white due to its high composition of myelinated nerve fibers.
It is the lack of myelin in the neuronal cell bodies of the cerebral cortex that makes this tissue appear gray. Most of the subcortical region of the brain is composed of white matter with masses of gray matter dispersed throughout. Conglomerates of gray matter that are located below the cortex include the basal ganglia , cranial nerve nuclei, and midbrain structures such as the red nucleus and substantia nigra.
Schizophr Bull. Medline Plus, " Gray and White Matter of the rain. VU University Amsterdam. Center for Children with White Matter Disorders. More in Alzheimer's. Was this page helpful? Thanks for your feedback!Aug 23, · White matter is found buried in the inner layer of the brain’s cortex, while the grey matter is mainly located on the surface of the brain. The spinal cord is arranged in the opposite way, with.