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931 images for CEREBELLUM
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Anatomy of the brain from the exterior to the centre : the skull in cross-section (beige), the arachnoid (purple blue), the c...
Anatomy of the brain from the exterior to the centre : the skull in cross-section (beige), the arachnoid (purple blue), the cortex (beige) followed at the bottom by the rachidian bulb and bone marrow (dark purple) and the cerebellum (pink).
HEAD, DRAWING. Skull in a 6_year_old child. Representation, in the face of a 6_year_old child in profile view, of the skull i...
HEAD, DRAWING. Skull in a 6_year_old child. Representation, in the face of a 6_year_old child in profile view, of the skull in oranged_yellow inside which is located the brain in orange : right cerebral hemisphere, cerebellum at the bottom and at the back of the brain stem towards the bottom, followed by the spinal cord that exits from the lower part of the skull through the occipital hole.
ANATOMY OF THE BRAIN. Anatomical model of the human brain or encephalon cross_section. The encephalon is composed of the dien...
ANATOMY OF THE BRAIN. Anatomical model of the human brain or encephalon cross_section. The encephalon is composed of the diencephalon, covered by the cerebrum flesh colored. The cerebellum in brown and the brain stem in white lie under the cerebrum. The surface of the
BRAIN, DRAWING. BRAIN, DRAWING Early child brain development, top to bottom. At birth: - Primary motor-sensory cortex (purple...
BRAIN, DRAWING. BRAIN, DRAWING Early child brain development, top to bottom. At birth: - Primary motor-sensory cortex (purple area) - Thalamus (purple spot in center) - Vermis cerebelli (purple spot in the cerebellum) - Brain stem (purple, in front of the cerebellum). From 2 to 3 months: - Parietal lobe (green area) - Primary visual cortex (green area above the cerebellum) - Cerebellar hemisphere (green part of the cerebellum) - Basal ganglion (green area surrounding the thalamus)
Digital illustration of superior temporal sulcas (red), orbitofrontal cortex and amygdala (green), in human brain
BRAIN, SCAN. BRAIN, SCAN The brain is divided into two hemispheres bridged by a mass of nerve fibers, the corpus callosum. Th...
BRAIN, SCAN. BRAIN, SCAN The brain is divided into two hemispheres bridged by a mass of nerve fibers, the corpus callosum. The brain as a whole (encephalon) is composed of these areas along with the brain stem (the prolongation of the spinal cord), and the cerebellum (a sort of branch circuit located in the posterior region of the skull). Deep grooves separate the brain into lobes designated by the names of the overlying skull bones: frontal, parietal, temporal, occipital. Seen here, a normal
A rear view of a stylized female figure with a wire frame appearance with nerves and brain present.
Caudate nucleus. Computer artwork of the brain showing the caudate nucleus red, which is involved in memory and learning.
Digital illustration of areas of activity during REM sleep in human brain highlighted in red and green
Cerebellum. Computer artwork of the brain showing the cerebellum red, which controls muscle coordination and balance.
BRAIN, MRI. BRAIN, MRI The two hemispheres of the brain are bridged by a thick band of nerve fibers known as the corpus callo...
BRAIN, MRI. BRAIN, MRI The two hemispheres of the brain are bridged by a thick band of nerve fibers known as the corpus callosum. The brain as a whole (encephalon) is composed of these areas along with the brain stem (the prolongation of the spinal cord), and the cerebellum (a sort of branch circuit located in the posterior region of the skull). MRI imagery, which does not produce any radiation, is particularly useful for brain exams, especially those targeting the posterior cranial fossa an
Hypothalamus. Computer artwork of the brain showing the hypothalamus red. The hypothalamus has a number of functions, which i...
Hypothalamus. Computer artwork of the brain showing the hypothalamus red. The hypothalamus has a number of functions, which include linking the nervous system to the endocrine system and regulating homeostasis.
BRAIN, MRI. BRAIN, MRI The two hemispheres of the brain are bridged by a thick band of nerve fibers known as the corpus callo...
BRAIN, MRI. BRAIN, MRI The two hemispheres of the brain are bridged by a thick band of nerve fibers known as the corpus callosum. The brain as a whole (encephalon) is composed of these areas along with the brain stem (the prolongation of the spinal cord), and the cerebellum (a sort of branch circuit located in the posterior region of the skull). MRI imagery, which does not produce any radiation, is particularly useful for brain exams, especially those targeting the posterior cranial fossa an
BRAIN, DRAWING. BRAIN, DRAWING The brain. Representation of a mediane sagittal section of the brain and highlighting of certa...
BRAIN, DRAWING. BRAIN, DRAWING The brain. Representation of a mediane sagittal section of the brain and highlighting of certain structures. In yellow : gyrus cinguli. In orangish on the hippocampus : amygdala. Blue zone : hypothalamus. In pink : nucleus accumbens (implicated in the dependancy to drugs). In pinkish : lentiform nucleus and caudate nucleus (cut).
Amygdala of the brain, computer artwork. The amygdala red is part of the brain´s limbic system and plays a key role in proces...
Amygdala of the brain, computer artwork. The amygdala red is part of the brain´s limbic system and plays a key role in processing emotions.
Digital illustration of head in profile showing brain highlighting thalamus in green and hypothalamus and pituitary gland in ...
Digital illustration of head in profile showing brain highlighting thalamus in green and hypothalamus and pituitary gland in blue
Corpora amylacea. Light micrograph of a section through the choroid plexus of brain, showing two corpora amylacea purple, bot...
Corpora amylacea. Light micrograph of a section through the choroid plexus of brain, showing two corpora amylacea purple, bottom. These small masses are a normal find in ageing brains. Their function is unknown. The choroid plexus is a network of capillary blood vessels that is found in each of the four ventricles fluid_filled cavities of the brain. Magnification: x200 when printed at 10 centimetres wide.
BRAIN, DRAWING. BRAIN, DRAWING The brain is constituted of 2 hemispheres linked by nerve fibers (corpus callosum). With the b...
BRAIN, DRAWING. BRAIN, DRAWING The brain is constituted of 2 hemispheres linked by nerve fibers (corpus callosum). With the brain stem and the cerebellum joined in back-derivation they form the encephalon. The surface of each hemisphere is folded in circonvolutions, separated by nicks or furrows that determine the lobes. They bear the names of the bones that cover them (frontal, parietal, temporal, occipital). Here it is an ancient colorized engraving.
Third ventricle. Computer artwork of the brain showing the third ventricle red, which is filled with cerebrospinal fluid and ...
Third ventricle. Computer artwork of the brain showing the third ventricle red, which is filled with cerebrospinal fluid and cushions the brain.
HEAD, DRAWING. Skull in a 6_year_old child. Representation, in the face of a 6_year_old child in profile view, of the skull i...
HEAD, DRAWING. Skull in a 6_year_old child. Representation, in the face of a 6_year_old child in profile view, of the skull in beige inside which is located the brain : right cerebral hemisphere in green, cerebellum at the bottom and at the back in pink and the brain stem towards the bottom in purple, followed by the spinal cord that exits from the lower part of the skull through the occipital hole.
HEAD, MRI. HEAD, MRI Sagittal section. (Cf. image 0212106 for the numbers) 1. Brain. 2. Corpus callosum (splenium). 3. Septum...
HEAD, MRI. HEAD, MRI Sagittal section. (Cf. image 0212106 for the numbers) 1. Brain. 2. Corpus callosum (splenium). 3. Septum lucidum. 4. Thalamus. 5. Mamillary body. 6.Mesencephalon. 7. Pons. 8. Medulla oblongata. 9. Spinal cord. 10. Cerbellum. 11. Frontal sinus. 12. Ethmoid cells. 13. Concha. 14. Sphenoidal sinus. 15. Genioglossus muscle, tongue. 16. Mandible. 17. Rhinopharynx. 18. Oropharynx. 19. Laryngopharynx. 20. Trachea. 21. Soft palate. 22. Bone of the skull. 2
BRAIN, DRAWING. BRAIN, DRAWING Model. The brain is composed to two hemispheres which are joined in the center by nerve fibers...
BRAIN, DRAWING. BRAIN, DRAWING Model. The brain is composed to two hemispheres which are joined in the center by nerve fibers composing the corpus callosum. Together with the brain stem and the cerebellum which extends posteriorly, these structures compose the encephalon or brain. The surface of the hemisphere are molded into a number of irregular eminences called gyri or convolutions separated by furrows termed sulci or fissures delimiting lobes. The lobes of the brain (frontal, parietal,
BRAIN, DRAWING. BRAIN, DRAWING Anatomy of the encephalon mediane cutaway_view, with : _ the cerebral cortex in light blue, _ ...
BRAIN, DRAWING. BRAIN, DRAWING Anatomy of the encephalon mediane cutaway_view, with : _ the cerebral cortex in light blue, _ the diencehalon and hypophysis in yellow, _ the cerebellum in dark blue, _ the brain stem in yellow.
HEAD, MRI. HEAD, MRI Sagittal section. 1. Brain. 2. Corpus callosum (splenium). 3. Septum lucidum. 4. Thalamus. 5. Mamillary ...
HEAD, MRI. HEAD, MRI Sagittal section. 1. Brain. 2. Corpus callosum (splenium). 3. Septum lucidum. 4. Thalamus. 5. Mamillary body. 6.Mesencephalon. 7. Pons. 8. Medulla oblongata. 9. Spinal cord. 10. Cerbellum. 11. Frontal sinus. 12. Ethmoid cells. 13. Concha. 14. Sphenoidal sinus. 15. Genioglossus muscle, tongue. 16. Mandible. 17. Rhinopharynx. 18. Oropharynx. 19. Laryngopharynx. 20. Trachea. 21. Soft palate. 22. Bone of the skull. 23. Internal cerebral vein, Great cere
BRAIN, DRAWING. The brain is divided into two hemispheres bridged by a mass of white matter, the corpus callosum, made up of ...
BRAIN, DRAWING. The brain is divided into two hemispheres bridged by a mass of white matter, the corpus callosum, made up of millions of nerve fibers. This, along with the brain stem and the cerebellum in the posterior area, constitute the encephalon. The surface of each
Rear view of the skeleton which has a wireframe appearance. The brain is visible within the skull.
Blue X-ray image of human brain anatomy, 3-D sagittal section (side view, cross section) of human brain and its parts
Hypothalamus. Computer artwork of the brain showing the hypothalamus red. The hypothalamus has a number of functions, which i...
Hypothalamus. Computer artwork of the brain showing the hypothalamus red. The hypothalamus has a number of functions, which include linking the nervous system to the endocrine system and regulating homeostasis.
Illustration of areas in the brain that age little. In particular the prefrontal cortex implicated in decision-making (pink a...
Illustration of areas in the brain that age little. In particular the prefrontal cortex implicated in decision-making (pink area), the amygdala that deals with emotions (irregular green sphere) and the hippocampus that deals with memory (purple). New neurons are born in the hippocampus throughout our lives and migrate to the olfactory bulb (not shown here).
Amygdala of the brain, computer artwork. The amygdala red is part of the brain´s limbic system and plays a key role in proces...
Amygdala of the brain, computer artwork. The amygdala red is part of the brain´s limbic system and plays a key role in processing emotions.
BRAIN CARDIA, MRI. BRAIN CARDIA, MRI MRI-T1. Glioblastoma. A nodulus of the cerebellum protrudes into the cystic cavity.
Blue X-ray image of human brain anatomy, 3-D sagittal section (side view, cross section) of human brain and its parts
An inferior view of a metallic brain. The cerebral hemispheres, cerebellum and brain stem are visible.
CEREBRAL LOBE. Lobes of the brain _ 6_year_old child Representation of different lobes of the brain represented from a profil...
CEREBRAL LOBE. Lobes of the brain _ 6_year_old child Representation of different lobes of the brain represented from a profile view on a 6_year_old child. At the front, in blue, is located the frontal lobe, at the back, in green, the parietal lobe, at the back, in red the occipital lobe, at the centre, in purple, the temporal lobe. These different lobes compose the right hemisphere. Beneath is located the cerebellum in pink, and the brain stem, in beige prolonged by the spinal cord.
BRAIN, DRAWING. BRAIN, DRAWING The brain is constituted of 2 hemispheres linked by nerve fibers (corpus callosum). With the b...
BRAIN, DRAWING. BRAIN, DRAWING The brain is constituted of 2 hemispheres linked by nerve fibers (corpus callosum). With the brain stem and the cerebellum joined in back-derivation they form the encephalon. The surface of each hemisphere is folded in circonvolutions, separated by nicks or furrows that determine the lobes. They bear the names of the bones that cover them (frontal, parietal, temporal, occipital). Here it is an ancient colorized engraving.
ANATOMY OF THE BRAIN. Anatomical model showing the exterior of the human brain or encephalon inferior view. see the image 114...
ANATOMY OF THE BRAIN. Anatomical model showing the exterior of the human brain or encephalon inferior view. see the image 1141005 for a captionned version. The encephalon is composed of the diencephalon, covered by the cerebrum flesh_colored. The cerebellum in brown a
Digital illustration of Boca's area (purple), Wernicke's area (orange), Geschwind's territory (turquoise) and arcuate fascicu...
Digital illustration of Boca's area (purple), Wernicke's area (orange), Geschwind's territory (turquoise) and arcuate fasciculus (green) in human brain
The brain as viewed from behind within the head and skull. Surrounding nerves are also visible.
BRAIN, DRAWING. The brain is divided into two hemispheres bridged by a mass of white matter, the corpus callosum, made up of ...
BRAIN, DRAWING. The brain is divided into two hemispheres bridged by a mass of white matter, the corpus callosum, made up of millions of nerve fibers. This, along with the brain stem and the cerebellum in the posterior area, constitute the encephalon. The surface of each
Digital illustration of right superior temporal sulcas, and anterior cingulate cortex highlighted in red and grey in human br...
Digital illustration of right superior temporal sulcas, and anterior cingulate cortex highlighted in red and grey in human brain
A side view of a metallic brain. The cerebral hemispheres, cerebellum and brain stem are visible.
HEAD, MRI. HEAD, MRI Cross-section. (Cf. image 0210006 for the numbers). 1. Eyeballs 2.Optic nerves. 3.Inferior level of the ...
HEAD, MRI. HEAD, MRI Cross-section. (Cf. image 0210006 for the numbers). 1. Eyeballs 2.Optic nerves. 3.Inferior level of the cerebral pedoncule. 4. Cerebellum.
HEAD, MRI. HEAD, MRI Frontal section. (Cf. image 0211806 for the numbers) 1.Brain. 2.Bodies of the lateral ventricles. 3.Plex...
HEAD, MRI. HEAD, MRI Frontal section. (Cf. image 0211806 for the numbers) 1.Brain. 2.Bodies of the lateral ventricles. 3.Plexus choroideus of the lateral ventricles (glomus choroideum) 4.Vermis of the cerebellum. 5.Hemispheres of the cerebellum.
Medial globus pallidus. Computer artwork of the brain showing the medial or internal globus pallidus red, which is helps to c...
Medial globus pallidus. Computer artwork of the brain showing the medial or internal globus pallidus red, which is helps to control movement.
BRAIN, DRAWING. The brain is divided into two hemispheres bridged by a mass of white matter, the corpus callosum, made up of ...
BRAIN, DRAWING. The brain is divided into two hemispheres bridged by a mass of white matter, the corpus callosum, made up of millions of nerve fibers. This, along with the brain stem and the cerebellum in the posterior area, constitute the encephalon. The surface of each
HEAD, MRI. HEAD, MRI Frontal section. 1.Brain. 2.Bodies of the lateral ventricles. 3.Plexus choroideus of the lateral ventric...
HEAD, MRI. HEAD, MRI Frontal section. 1.Brain. 2.Bodies of the lateral ventricles. 3.Plexus choroideus of the lateral ventricles (glomus choroideum) 4.Vermis of the cerebellum. 5.Hemispheres of the cerebellum.
METASTASIS IN THE BRAIN, MRI. METASTASIS IN THE BRAIN, MRI Metastasis in red and edema in white at the level of the cerebellu...
METASTASIS IN THE BRAIN, MRI. METASTASIS IN THE BRAIN, MRI Metastasis in red and edema in white at the level of the cerebellum leading to epilepsy. MRI FLAIR.
View of human nasal passage with brain and the olfactory bulb, the center of the sense of smell
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