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Stock Photos - CENTRAL NERVOUS SYSTEM (2,384 results)

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Stock Photo #4128R-19104, Nervous system, computer artwork.
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Nervous system, computer artwork.
Stock Photo #4128R-22847, Female nervous system, computer artwork.
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Female nervous system, computer artwork.
Stock Photo #4128R-22838, Female nervous system, computer artwork.
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Female nervous system, computer artwork.
Stock Photo #4128R-22020, Central nervous system, computer artwork.
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Central nervous system, computer artwork.
Stock Photo #4128R-19095, Nervous system, computer artwork.
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Nervous system, computer artwork.
Stock Photo #4128R-29438, Central nervous system, computer artwork.
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Central nervous system, computer artwork.
Stock Photo #4128R-15606, Human nervous system, computer artwork.
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Human nervous system, computer artwork.
Stock Photo #4128R-22027, Central nervous system, computer artwork.
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Central nervous system, computer artwork.
Stock Photo #4128R-17507, Nervous system, computer artwork.
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Nervous system, computer artwork.
Stock Photo #4128R-22043, Nervous system, computer artwork.
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Nervous system, computer artwork.
Stock Photo #4378-3993, Caffeine molecular model. Caffeine acts as a central nervous system stimulant.
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Caffeine molecular model. Caffeine acts as a central nervous system stimulant.
Stock Photo #1574R-018810, Central Nervous System
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Central Nervous System
Stock Photo #4128R-16928, Nervous system, computer artwork.
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Nervous system, computer artwork.
Stock Photo #4378-2977, Anatomical model showing the human nervous system.
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Anatomical model showing the human nervous system.
Stock Photo #1832R-6111, The nervous system
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The nervous system
Stock Photo #4128R-22883, Male nervous system, computer artwork.
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Male nervous system, computer artwork.
Stock Photo #824-116504, HEALTH TELEMATICS. Tele_consultation between the neurology department in Besançon hospital, France and A&E in Dole hospital, France. Dole hospital doesn´t have a neurology department which makes detecting a CVA a difficult task. Telemedicine allows A&E doctors at Dole Hospital to obtain an immediate diagnosis by a neurologist in Besançon hospital. This system allows doctors to exchange medical imagery and the patient´s file.
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HEALTH TELEMATICS. Tele_consultation between the neurology department in Besançon hospital, France and A&E in Dole hospital, ...
HEALTH TELEMATICS. Tele_consultation between the neurology department in Besançon hospital, France and A&E in Dole hospital, France. Dole hospital doesn´t have a neurology department which makes detecting a CVA a difficult task. Telemedicine allows A&E doctors at Dole Hospital to obtain an immediate diagnosis by a neurologist in Besançon hospital. This system allows doctors to exchange medical imagery and the patient´s file.
Stock Photo #4128R-1618, Nerve cells, artwork
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Nerve cells, artwork
Stock Photo #824-120487, PAPEZ CIRCUIT
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PAPEZ CIRCUIT
Stock Photo #4128R-22132, Female nervous system, computer artwork.
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Female nervous system, computer artwork.
Stock Photo #824-106364, SIGHT. SIGHT Illustration of the visual areas of the brain shown in profile in a male skull.
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SIGHT. SIGHT Illustration of the visual areas of the brain shown in profile in a male skull.
Stock Photo #824-104483, POLIOMYELITIS. POLIOMYELITIS Pontine histopathology due to the affects of poliomyelitis. Photomicrograph of the pons at the level of the CN VI nucleus, (Abducens N.), from a patient with Type III poliomyelitis.
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POLIOMYELITIS. POLIOMYELITIS Pontine histopathology due to the affects of poliomyelitis. Photomicrograph of the pons at the l...
POLIOMYELITIS. POLIOMYELITIS Pontine histopathology due to the affects of poliomyelitis. Photomicrograph of the pons at the level of the CN VI nucleus, (Abducens N.), from a patient with Type III poliomyelitis.
Stock Photo #4128R-314, Nerve cells, computer artwork
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Nerve cells, computer artwork
Stock Photo #824-121467, Illustration of the areas of the brain that are active while taking a written test. The reading area (light blue area) is activated and the prefrontal cortex (small red area) activates the working memory, reasoning and language. The temporal lobe (green area) activates short-term memory. The visual cortex (pink area) is activated to a greater or lesser extent depending on the test and the motor cortex (orange area) activates the hand.
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Illustration of the areas of the brain that are active while taking a written test. The reading area (light blue area) is act...
Illustration of the areas of the brain that are active while taking a written test. The reading area (light blue area) is activated and the prefrontal cortex (small red area) activates the working memory, reasoning and language. The temporal lobe (green area) activates short-term memory. The visual cortex (pink area) is activated to a greater or lesser extent depending on the test and the motor cortex (orange area) activates the hand.
Stock Photo #4128R-22878, Male nervous system, computer artwork.
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Male nervous system, computer artwork.
Stock Photo #824-108212, RADIOTHERAPY APPARATUS. RADIOTHERAPY APPARATUS Photo essay from hospital. Apparatus ´Shaped beam surgery´ Novalis for stereotaxic radiosurgery, that enables to destroy tumors specifically. This device delivers precise doses of high energy irradiation on benign or malignant lesions of the brain or vertebral column. It allies stereotaxic neurosurgery technique of neurosurgery using very precise localization and in three dimensions of the lesion and the multibeam radiotherapy concentration of very
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RADIOTHERAPY APPARATUS. RADIOTHERAPY APPARATUS Photo essay from hospital. Apparatus ´Shaped beam surgery´ Novalis for stereot...
RADIOTHERAPY APPARATUS. RADIOTHERAPY APPARATUS Photo essay from hospital. Apparatus ´Shaped beam surgery´ Novalis for stereotaxic radiosurgery, that enables to destroy tumors specifically. This device delivers precise doses of high energy irradiation on benign or malignant lesions of the brain or vertebral column. It allies stereotaxic neurosurgery technique of neurosurgery using very precise localization and in three dimensions of the lesion and the multibeam radiotherapy concentration of very
Stock Photo #824-77604, CEREBRAL ABCESS. CEREBRAL ABCESS In the temporo-occipital region of the brain that controls language, an abcess causing epileptic seizures and several hours of aphasia is visible. Gadolinium enhanced MRI-T1.
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CEREBRAL ABCESS. CEREBRAL ABCESS In the temporo-occipital region of the brain that controls language, an abcess causing epile...
CEREBRAL ABCESS. CEREBRAL ABCESS In the temporo-occipital region of the brain that controls language, an abcess causing epileptic seizures and several hours of aphasia is visible. Gadolinium enhanced MRI-T1.
Stock Photo #1832R-6225, The nervous system
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The nervous system
Stock Photo #4239R-8558, Conceptual image of a neuron.
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Conceptual image of a neuron.
Stock Photo #4128R-15939, Head anatomy, computer artwork.
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Head anatomy, computer artwork.
Stock Photo #824-91287, MAGNETIC CORTICAL STIMULATION. Photo essay from hospital. In Cortical Magnetic Stimulation CxMS, a magnetic field is sent to the brain via a pad. On a clinical level, this therapy is indicated for depression, while research into the technique has concentrated on neurologic
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MAGNETIC CORTICAL STIMULATION. Photo essay from hospital. In Cortical Magnetic Stimulation CxMS, a magnetic field is sent to ...
MAGNETIC CORTICAL STIMULATION. Photo essay from hospital. In Cortical Magnetic Stimulation CxMS, a magnetic field is sent to the brain via a pad. On a clinical level, this therapy is indicated for depression, while research into the technique has concentrated on neurologic
Stock Photo #824-78910, MEMORY TEST. MEMORY TEST Model.
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MEMORY TEST. MEMORY TEST Model.
Stock Photo #824-29103, SYNAPSE. SYNAPSE LTP (long-term potentiation). Mechanism of LTP (long-term potentiation), which plays a role in learning. Stage 1 (See images no. 11969 05 and 11970 05 for stages 2 and 3). In response to a stimulus (sight, taste, touch, etc.), an electrical signal is produced which triggers the release of massive quantities of glutamate (purple triangles) by the presynaptic element. This in turn triggers a massive release of calcium (red spheres) in the dendrite (postsynaptic element), se
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SYNAPSE. SYNAPSE LTP (long-term potentiation). Mechanism of LTP (long-term potentiation), which plays a role in learning. Sta...
SYNAPSE. SYNAPSE LTP (long-term potentiation). Mechanism of LTP (long-term potentiation), which plays a role in learning. Stage 1 (See images no. 11969 05 and 11970 05 for stages 2 and 3). In response to a stimulus (sight, taste, touch, etc.), an electrical signal is produced which triggers the release of massive quantities of glutamate (purple triangles) by the presynaptic element. This in turn triggers a massive release of calcium (red spheres) in the dendrite (postsynaptic element), se
Stock Photo #1848R-512975, Human brain, 3D Illustration
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Human brain, 3D Illustration
Stock Photo #824-59056, BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital functions with strong sensations of satisfaction. The ventral tegmental area VTA, receives informations which indicate the level of satisfaction, then analysis and transmits this information thanks to a chemical messenger, the dopamine, to the nucleus accumbens, the septum, the amygdala and the prefrontal cortex. The nucleus accumbens acts on the striatum which commands our
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BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital f...
BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital functions with strong sensations of satisfaction. The ventral tegmental area VTA, receives informations which indicate the level of satisfaction, then analysis and transmits this information thanks to a chemical messenger, the dopamine, to the nucleus accumbens, the septum, the amygdala and the prefrontal cortex. The nucleus accumbens acts on the striatum which commands our
Stock Photo #824-121425, 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).
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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).
Stock Photo #4128R-21156, Cerebellum tissue, light micrograph
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Cerebellum tissue, light micrograph
Stock Photo #824-29279, 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.
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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.
Stock Photo #4128R-28104, Computer artwork depicting nerve cells and neural communication.
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Computer artwork depicting nerve cells and neural communication.
Stock Photo #824-70434, BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital functions with strong sensations of satisfaction. The ventral tegmental area VTA, receives informations which indicate the level of satisfaction, then analysis and transmits this information thanks to a chemical messenger, the dopamine, to the nucleus accumbens, the septum, the amygdala and the prefrontal cortex. The nucleus accumbens acts on the striatum which commands our
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BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital f...
BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital functions with strong sensations of satisfaction. The ventral tegmental area VTA, receives informations which indicate the level of satisfaction, then analysis and transmits this information thanks to a chemical messenger, the dopamine, to the nucleus accumbens, the septum, the amygdala and the prefrontal cortex. The nucleus accumbens acts on the striatum which commands our
Stock Photo #824-72194, BRAIN CARDIA, MRI. ´BRAIN CARDIA, MRI Department of morphological and functional imaging, led by Professor Fredy, at the Pitié Salpêtrière Hospital in Paris, France.Gadolinium enhanced MRI-T1. Coronal cut-away. Glioblastoma.´
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BRAIN CARDIA, MRI. ´BRAIN CARDIA, MRI Department of morphological and functional imaging, led by Professor Fredy, at the Piti...
BRAIN CARDIA, MRI. ´BRAIN CARDIA, MRI Department of morphological and functional imaging, led by Professor Fredy, at the Pitié Salpêtrière Hospital in Paris, France.Gadolinium enhanced MRI-T1. Coronal cut-away. Glioblastoma.´
Stock Photo #824-57166, BRAIN, MRI. BRAIN, MRI Axial cross-section.
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BRAIN, MRI. BRAIN, MRI Axial cross-section.
Stock Photo #4128R-31545, Neural network. Computer artwork of a brain in side view, with the brain's neural network represented by lines and flashes. A neural network is made up of nerve cells (neurons).
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Neural network. Computer artwork of a brain in side view, with the brain's neural network represented by lines and flashes. A...
Neural network. Computer artwork of a brain in side view, with the brain's neural network represented by lines and flashes. A neural network is made up of nerve cells (neurons).
Stock Photo #824-106280, HEMATOMA, BRAIN MRI. HEMATOMA, BRAIN MRI Examination of elderly man experiencing mental confusion after receiving a blow to the head. MRI indicates the presence of a recently-ruptured subdural hematoma. Bilateral flash MRI-T1.
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HEMATOMA, BRAIN MRI. HEMATOMA, BRAIN MRI Examination of elderly man experiencing mental confusion after receiving a blow to t...
HEMATOMA, BRAIN MRI. HEMATOMA, BRAIN MRI Examination of elderly man experiencing mental confusion after receiving a blow to the head. MRI indicates the presence of a recently-ruptured subdural hematoma. Bilateral flash MRI-T1.
Stock Photo #4128R-28093, Brain scan. Computer enhanced Magnetic Resonance Imaging (MRI) scan through a human head, showing a healthy brain in side view. The face is seen in profile at left. Tissues of the mouth, nasal cavity, and central nervous system are visible. The folded cerebrum of the brain (at top) makes up the larger part of the brain; intelligent thought processes, memory and conscious movement are processed in the cerebrum.
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Brain scan. Computer enhanced Magnetic Resonance Imaging (MRI) scan through a human head, showing a healthy brain in side vie...
Brain scan. Computer enhanced Magnetic Resonance Imaging (MRI) scan through a human head, showing a healthy brain in side view. The face is seen in profile at left. Tissues of the mouth, nasal cavity, and central nervous system are visible. The folded cerebrum of the brain (at top) makes up the larger part of the brain; intelligent thought processes, memory and conscious movement are processed in the cerebrum.
Stock Photo #4128R-10399, Brain anatomy, artwork
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Brain anatomy, artwork
Stock Photo #1832R-3603, The nervous system
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The nervous system
Stock Photo #4128R-4221, Nerve cell, artwork
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Nerve cell, artwork
Stock Photo #824R-2101, ANEURYSM OF THE BRAIN, ANGIOGR.
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ANEURYSM OF THE BRAIN, ANGIOGR.
Stock Photo #824-98883, BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital functions with strong sensations of satisfaction. The ventral tegmental area VTA, receives informations which indicate the level of satisfaction, then analysis and transmits this information thanks to a chemical messenger, the dopamine, to the nucleus accumbens, the septum, the amygdala and the prefrontal cortex. The nucleus accumbens acts on the striatum which commands our
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BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital f...
BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital functions with strong sensations of satisfaction. The ventral tegmental area VTA, receives informations which indicate the level of satisfaction, then analysis and transmits this information thanks to a chemical messenger, the dopamine, to the nucleus accumbens, the septum, the amygdala and the prefrontal cortex. The nucleus accumbens acts on the striatum which commands our
Stock Photo #4128R-22882, Male nervous system, computer artwork.
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Male nervous system, computer artwork.
Stock Photo #4128R-17765, Nervous system, computer artwork.
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Nervous system, computer artwork.
Stock Photo #4128R-28694, Central nervous system, computer artwork.
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Central nervous system, computer artwork.
Stock Photo #824-67294, 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
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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
Stock Photo #4128R-7071, Human brain, artwork
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Human brain, artwork
Stock Photo #824-46421, BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital functions with strong sensations of satisfaction. The ventral tegmental area VTA, receives informations which indicate the level of satisfaction, then analysis and transmits this information thanks to a chemical messenger, the dopamine, to the nucleus accumbens, the septum, the amygdala and the prefrontal cortex. The nucleus accumbens acts on the striatum which commands our
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BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital f...
BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital functions with strong sensations of satisfaction. The ventral tegmental area VTA, receives informations which indicate the level of satisfaction, then analysis and transmits this information thanks to a chemical messenger, the dopamine, to the nucleus accumbens, the septum, the amygdala and the prefrontal cortex. The nucleus accumbens acts on the striatum which commands our
Stock Photo #4128R-15605, Human nervous system, computer artwork.
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Human nervous system, computer artwork.
Stock Photo #824-44831, ALZHEIMER´S DISEASE, SCAN. ALZHEIMER´S DISEASE, SCAN Scan of the brain of a patient affected by Alzheimer´s disease axial section. Median portion of dilated third ventricle. Symmetrical dilation of intersections, whereas the cortical horns are normal in size.
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ALZHEIMER´S DISEASE, SCAN. ALZHEIMER´S DISEASE, SCAN Scan of the brain of a patient affected by Alzheimer´s disease axial sec...
ALZHEIMER´S DISEASE, SCAN. ALZHEIMER´S DISEASE, SCAN Scan of the brain of a patient affected by Alzheimer´s disease axial section. Median portion of dilated third ventricle. Symmetrical dilation of intersections, whereas the cortical horns are normal in size.
Stock Photo #4128R-15171, Human brain, computer artwork.
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Human brain, computer artwork.
Stock Photo #824-28949, BRAIN ELECTROSTIMULATION. BRAIN ELECTROSTIMULATION Photo essay from hospital. The operation is generally executed under local anesthesia, except in cases like this one, where the patient is under general anesthesia. Several days after the operation and after the placement of the ´batterie´ under the clavicle. The battery is barely visible because it is hidden by the probe that the doctor is using to verify the electrode and to make adjustments. These adjustments will continue regularly and
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BRAIN ELECTROSTIMULATION. BRAIN ELECTROSTIMULATION Photo essay from hospital. The operation is generally executed under local...
BRAIN ELECTROSTIMULATION. BRAIN ELECTROSTIMULATION Photo essay from hospital. The operation is generally executed under local anesthesia, except in cases like this one, where the patient is under general anesthesia. Several days after the operation and after the placement of the ´batterie´ under the clavicle. The battery is barely visible because it is hidden by the probe that the doctor is using to verify the electrode and to make adjustments. These adjustments will continue regularly and
Stock Photo #4378-2405, Full body view of a male figure of African ethnicity with the nervous system visible.
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Full body view of a male figure of African ethnicity with the nervous system visible.
Stock Photo #4128R-5189, Brain, computer artwork
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Brain, computer artwork
Stock Photo #824-14454, MALIGNANT TUMOR, BRAIN SCAN. Malignant extra_cranial tumor. Cranial scan.
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MALIGNANT TUMOR, BRAIN SCAN. Malignant extra_cranial tumor. Cranial scan.
Stock Photo #824-23300, BRAIN, SCAN. Photo essay from hospital. Scanner cut_away view of a human brain showing the eyeballs and the optic nerves. Normal aspect.
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BRAIN, SCAN. Photo essay from hospital. Scanner cut_away view of a human brain showing the eyeballs and the optic nerves. Nor...
BRAIN, SCAN. Photo essay from hospital. Scanner cut_away view of a human brain showing the eyeballs and the optic nerves. Normal aspect.
Stock Photo #4128R-16875, Caffeine, molecular model. Bitter, white alkaloid acting as a stimulant drug to the central nervous system. Atoms are represented as spheres and are colour_coded: carbon grey, hydrogen white, nitrogen blue and oxygen red.
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Caffeine, molecular model. Bitter, white alkaloid acting as a stimulant drug to the central nervous system. Atoms are represe...
Caffeine, molecular model. Bitter, white alkaloid acting as a stimulant drug to the central nervous system. Atoms are represented as spheres and are colour_coded: carbon grey, hydrogen white, nitrogen blue and oxygen red.
Stock Photo #824R-120771, ANATOMY
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ANATOMY
Stock Photo #824-118576, ANATOMY OF THE BRAIN. Anatomy of the brain. The right hemisphere light grey, the caudate nucleus, putamen and globus pallidus yellow, the thalamus light blue, the amygdala pink, the hippocampus purple, the hypothalamus dark blue, the lateral ventricles grey blue, the olfactory bulbs light green, the fornix green, the cingulate cortex blue, the optical nerves orange.
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ANATOMY OF THE BRAIN. Anatomy of the brain. The right hemisphere light grey, the caudate nucleus, putamen and globus pallidus...
ANATOMY OF THE BRAIN. Anatomy of the brain. The right hemisphere light grey, the caudate nucleus, putamen and globus pallidus yellow, the thalamus light blue, the amygdala pink, the hippocampus purple, the hypothalamus dark blue, the lateral ventricles grey blue, the olfactory bulbs light green, the fornix green, the cingulate cortex blue, the optical nerves orange.
Stock Photo #824-108467, TREATMENT FOR EPILEPSY, DRAWING. Treatement of epilepsy by vagus nerve stimulation. A small case neurostimulateur NCP, Neurocybernetic prosthesis, type pacemaker, is implanted under the left clavicle. It is linked to electrodes rolled up around the vagus nerve, at the level of the nec
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TREATMENT FOR EPILEPSY, DRAWING. Treatement of epilepsy by vagus nerve stimulation. A small case neurostimulateur NCP, Neuroc...
TREATMENT FOR EPILEPSY, DRAWING. Treatement of epilepsy by vagus nerve stimulation. A small case neurostimulateur NCP, Neurocybernetic prosthesis, type pacemaker, is implanted under the left clavicle. It is linked to electrodes rolled up around the vagus nerve, at the level of the nec
Stock Photo #4128R-26752, Computer artwork of a frontal view of a human brain. In the background a neural network of nerve cells firing.
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Computer artwork of a frontal view of a human brain. In the background a neural network of nerve cells firing.
Stock Photo #824-119898, CEREBROVASCULAR DISEASE, MRI. Reportage at Saint Joseph hospital in Paris, France. MRI scan of a cerebrovascular accident stroke.
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CEREBROVASCULAR DISEASE, MRI. Reportage at Saint Joseph hospital in Paris, France. MRI scan of a cerebrovascular accident str...
CEREBROVASCULAR DISEASE, MRI. Reportage at Saint Joseph hospital in Paris, France. MRI scan of a cerebrovascular accident stroke.
Stock Photo #824-33437, 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)
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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)
Stock Photo #824-37687, 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
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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
Stock Photo #824-54846, EEG EXAMINATION OF A MAN. Photo essay from hospital. Electroencephalogram : recording of the cerebral waves to search for an abnormal cerebral activity like in epilepsy. Placement of an elastic net on the skull to maintain the electrodes in place.
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EEG EXAMINATION OF A MAN. Photo essay from hospital. Electroencephalogram : recording of the cerebral waves to search for an ...
EEG EXAMINATION OF A MAN. Photo essay from hospital. Electroencephalogram : recording of the cerebral waves to search for an abnormal cerebral activity like in epilepsy. Placement of an elastic net on the skull to maintain the electrodes in place.
Stock Photo #824-96483, BRAIN, DRAWING
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BRAIN, DRAWING
Stock Photo #824-53933, EEG EXAMINATION PREMATURE BABY. Photo essay.
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EEG EXAMINATION PREMATURE BABY. Photo essay.
Stock Photo #4378-2951, Digital illustration of internal organs of a pre-adolescent male child.
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Digital illustration of internal organs of a pre-adolescent male child.
Stock Photo #824-66669, OPTIC NERVE SCHWANNOMA, MRI. Intracranial benign tumor, neurinoma in the right temporal lobe, near the optic nerve. Transversal MRI of the skull.
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OPTIC NERVE SCHWANNOMA, MRI. Intracranial benign tumor, neurinoma in the right temporal lobe, near the optic nerve. Transvers...
OPTIC NERVE SCHWANNOMA, MRI. Intracranial benign tumor, neurinoma in the right temporal lobe, near the optic nerve. Transversal MRI of the skull.
Stock Photo #4128R-36724, Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
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Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nerv...
Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
Stock Photo #824-60208, CEREBROVASCULAR ACCIDENT, SCINT.
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CEREBROVASCULAR ACCIDENT, SCINT.
Stock Photo #4378-2387, A rear view of a stylized female figure with a wire frame appearance with nerves and brain present.
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A rear view of a stylized female figure with a wire frame appearance with nerves and brain present.
Stock Photo #1899-87921, Rehabilitation Woman
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Rehabilitation Woman
Stock Photo #824-70026, NERVOUS SYSTEM, DRAWING
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NERVOUS SYSTEM, DRAWING
Stock Photo #824-121400, Illustration of the nerve roots of the spinal nerves coming out of the vertebrae. The anterior ramus will innervate the muscles as well as the structure of the members and the lateral and ventral parts of the trunk. The posterior ramus will innervate deep muscles and the back's skin. Anterior roots leave the communicating rami and join the sympathetic trunk's glands on each side of the vertebral body.
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Illustration of the nerve roots of the spinal nerves coming out of the vertebrae. The anterior ramus will innervate the muscl...
Illustration of the nerve roots of the spinal nerves coming out of the vertebrae. The anterior ramus will innervate the muscles as well as the structure of the members and the lateral and ventral parts of the trunk. The posterior ramus will innervate deep muscles and the back's skin. Anterior roots leave the communicating rami and join the sympathetic trunk's glands on each side of the vertebral body.
Stock Photo #824-65010, NEURON. Pyramidal neurons of a rabbit hippocampus. The hippocampus is part of the cerebral cortex with characteristic large sized pyramidal cells. The hippocampus is a nerve center implicated in memory. Each neuron has a cell body, an axon a protruding segment o
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NEURON. Pyramidal neurons of a rabbit hippocampus. The hippocampus is part of the cerebral cortex with characteristic large s...
NEURON. Pyramidal neurons of a rabbit hippocampus. The hippocampus is part of the cerebral cortex with characteristic large sized pyramidal cells. The hippocampus is a nerve center implicated in memory. Each neuron has a cell body, an axon a protruding segment o
Stock Photo #824-123915, Representation of the transmission of the pain at the level of the spinal cord. The presynaptic neuron releases the neurotransmitters of the pain via synaptic vesicles. These neurotransmitters are released in the synaptic cleft and fixes on the receptors of the synapse of the postsynaptic neuron. The nerve impulse is then created and the information of the pain is transported to the brain. The neuron on the right is the neuron of the inhibition of the pain located at the level of the spinal cord
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Representation of the transmission of the pain at the level of the spinal cord. The presynaptic neuron releases the neurotran...
Representation of the transmission of the pain at the level of the spinal cord. The presynaptic neuron releases the neurotransmitters of the pain via synaptic vesicles. These neurotransmitters are released in the synaptic cleft and fixes on the receptors of the synapse of the postsynaptic neuron. The nerve impulse is then created and the information of the pain is transported to the brain. The neuron on the right is the neuron of the inhibition of the pain located at the level of the spinal cord
Stock Photo #824-110768, STEREOTACTIC SURGERY. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurgery. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurg Treatment of Parkinson´s disease by bil
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STEREOTACTIC SURGERY. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurgery...
STEREOTACTIC SURGERY. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurgery. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurg Treatment of Parkinson´s disease by bil
Stock Photo #4128R-4753, Nerve cells, artwork
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Nerve cells, artwork
Stock Photo #824-39586, SONOGRAPHY OF SPINA BIFIDA. Obstetric ultrasound scan vertebra in cross_section. Spina_bifida_ congenital vertebral malformation in a case of hydrocephalus in a fetus in the second trimester of pregnancy.
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SONOGRAPHY OF SPINA BIFIDA. Obstetric ultrasound scan vertebra in cross_section. Spina_bifida_ congenital vertebral malformat...
SONOGRAPHY OF SPINA BIFIDA. Obstetric ultrasound scan vertebra in cross_section. Spina_bifida_ congenital vertebral malformation in a case of hydrocephalus in a fetus in the second trimester of pregnancy.
Stock Photo #824-118902, ANATOMY OF THE BRAIN. Anatomy of the brain. The right hemisphere light grey, the caudate nucleus, putamen and globus pallidus yellow, the fornix green, the indusium griseum dark green, the thalamus light blue, the hippocampus purple, the amygdala pink, the hypothalamus dark blue, the olfactory bulbs light green, lateral ventricles grey blue, the corpus callosum light yellow.
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ANATOMY OF THE BRAIN. Anatomy of the brain. The right hemisphere light grey, the caudate nucleus, putamen and globus pallidus...
ANATOMY OF THE BRAIN. Anatomy of the brain. The right hemisphere light grey, the caudate nucleus, putamen and globus pallidus yellow, the fornix green, the indusium griseum dark green, the thalamus light blue, the hippocampus purple, the amygdala pink, the hypothalamus dark blue, the olfactory bulbs light green, lateral ventricles grey blue, the corpus callosum light yellow.
Stock Photo #824-74699, CEREBROVASCULAR ACCIDENT, SCAN. CEREBROVASCULAR ACCIDENT, SCAN Stroke due to arterial thrombosis in right hemisphere. CT scan of brain, axial view.
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CEREBROVASCULAR ACCIDENT, SCAN. CEREBROVASCULAR ACCIDENT, SCAN Stroke due to arterial thrombosis in right hemisphere. CT scan...
CEREBROVASCULAR ACCIDENT, SCAN. CEREBROVASCULAR ACCIDENT, SCAN Stroke due to arterial thrombosis in right hemisphere. CT scan of brain, axial view.
Stock Photo #4128R-18969, Nervous system, computer artwork.
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Nervous system, computer artwork.
Stock Photo #824-118899, ANATOMY OF THE BRAIN. Anatomy of the brain. The right hemisphere light grey, the fornix green, the indusium griseum dark green, the thalamus blue, the hippocampus purple, the amygdala pink, the mammillary body dark yellow, the hypothalamus dark blue, the olfactory bulbs light green, the cingulate cortex blue.
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ANATOMY OF THE BRAIN. Anatomy of the brain. The right hemisphere light grey, the fornix green, the indusium griseum dark gree...
ANATOMY OF THE BRAIN. Anatomy of the brain. The right hemisphere light grey, the fornix green, the indusium griseum dark green, the thalamus blue, the hippocampus purple, the amygdala pink, the mammillary body dark yellow, the hypothalamus dark blue, the olfactory bulbs light green, the cingulate cortex blue.
Stock Photo #4128R-22569, Brain activity, conceptual computer artwork.
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Brain activity, conceptual computer artwork.
Stock Photo #4128R-22827, Female nervous system, computer artwork.
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Female nervous system, computer artwork.
Stock Photo #824-109848, SIGHT. SIGHT Path of the nervous information in transversal cut_away view, from the retina to the visual cortex, passing through the lateral geniculate nuclei yellow ellipses and optic radiations in grey.
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SIGHT. SIGHT Path of the nervous information in transversal cut_away view, from the retina to the visual cortex, passing thro...
SIGHT. SIGHT Path of the nervous information in transversal cut_away view, from the retina to the visual cortex, passing through the lateral geniculate nuclei yellow ellipses and optic radiations in grey.
Stock Photo #824-28544, CEREBROVASCULAR ACCIDENT, SCAN. CEREBROVASCULAR ACCIDENT, SCAN Stroke due to arterial thrombosis in left hemisphere. CT scan of brain, axial view.
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CEREBROVASCULAR ACCIDENT, SCAN. CEREBROVASCULAR ACCIDENT, SCAN Stroke due to arterial thrombosis in left hemisphere. CT scan ...
CEREBROVASCULAR ACCIDENT, SCAN. CEREBROVASCULAR ACCIDENT, SCAN Stroke due to arterial thrombosis in left hemisphere. CT scan of brain, axial view.
Stock Photo #824-57580, EEG EXAMINATION OF A MAN. Photo essay from hospital. Electroencephalogram : recording of the cerebral waves to search for an abnormal cerebral activity like in epilepsy. Placement of an elastic net on the skull to maintain the electrodes in place.
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EEG EXAMINATION OF A MAN. Photo essay from hospital. Electroencephalogram : recording of the cerebral waves to search for an ...
EEG EXAMINATION OF A MAN. Photo essay from hospital. Electroencephalogram : recording of the cerebral waves to search for an abnormal cerebral activity like in epilepsy. Placement of an elastic net on the skull to maintain the electrodes in place.
Stock Photo #4128R-26048, Central nervous system, computer artwork.
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Central nervous system, computer artwork.
Stock Photo #824-61509, ALZHEIMER´S DISEASE, SCAN. ALZHEIMER´S DISEASE, SCAN Axial cut-away view. Median portion of dilated third ventricle. Symmetrical and rounded dilation of intersections. Sylvian fissure is quite enlarged.
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ALZHEIMER´S DISEASE, SCAN. ALZHEIMER´S DISEASE, SCAN Axial cut-away view. Median portion of dilated third ventricle. Symmetri...
ALZHEIMER´S DISEASE, SCAN. ALZHEIMER´S DISEASE, SCAN Axial cut-away view. Median portion of dilated third ventricle. Symmetrical and rounded dilation of intersections. Sylvian fissure is quite enlarged.
Stock Photo #4128R-23558, Dopamine, molecular model. Organic compound functioning as a neurotransmitter in the brain. Dopamine is produced in several areas of the brain, and is available as an intravenous medication. Atoms are represented as ball and sticks and are colour_coded: carbon grey, hydrogen blue_green, nitrogen blue and oxygen red.
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Dopamine, molecular model. Organic compound functioning as a neurotransmitter in the brain. Dopamine is produced in several a...
Dopamine, molecular model. Organic compound functioning as a neurotransmitter in the brain. Dopamine is produced in several areas of the brain, and is available as an intravenous medication. Atoms are represented as ball and sticks and are colour_coded: carbon grey, hydrogen blue_green, nitrogen blue and oxygen red.
Stock Photo #4128R-29525, Central nervous system, computer artwork.
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Central nervous system, computer artwork.
Stock Photo #4268R-2507, Internal anatomy of human eye, expanded cross-section
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Internal anatomy of human eye, expanded cross-section
Stock Photo #824-37188, EPILEPSY, EEG. Photo essay from hospital. A function testing technician positions electrodes for EEG monitoring. Jeanne de Flandre hospital, Lille.
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EPILEPSY, EEG. Photo essay from hospital. A function testing technician positions electrodes for EEG monitoring. Jeanne de Fl...
EPILEPSY, EEG. Photo essay from hospital. A function testing technician positions electrodes for EEG monitoring. Jeanne de Flandre hospital, Lille.
Stock Photo #824-17213, BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital functions with strong sensations of satisfaction. The ventral tegmental area VTA, receives informations which indicate the level of satisfaction, then analysis and transmits this information thanks to a chemical messenger, the dopamine, to the nucleus accumbens, the septum, the amygdala and the prefrontal cortex. The nucleus accumbens acts on the striatum which commands our
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BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital f...
BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital functions with strong sensations of satisfaction. The ventral tegmental area VTA, receives informations which indicate the level of satisfaction, then analysis and transmits this information thanks to a chemical messenger, the dopamine, to the nucleus accumbens, the septum, the amygdala and the prefrontal cortex. The nucleus accumbens acts on the striatum which commands our
Stock Photo #824-49542, WILLIS´S CIRCLE. ´WILLIS´S CIRCLE Department of morphological and functional imaging, led by Professor Fredy, at the Pitié Salpêtrière Hospital in Paris, France.The circle of Willis is a circle of arteries (roughly pentagonal in outline) at the base of the brain which distributes blood to the principle arteries that irrigate the encephalic nerve tissue. Angio-MRI, side view.´
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WILLIS´S CIRCLE. ´WILLIS´S CIRCLE Department of morphological and functional imaging, led by Professor Fredy, at the Pitié Sa...
WILLIS´S CIRCLE. ´WILLIS´S CIRCLE Department of morphological and functional imaging, led by Professor Fredy, at the Pitié Salpêtrière Hospital in Paris, France.The circle of Willis is a circle of arteries (roughly pentagonal in outline) at the base of the brain which distributes blood to the principle arteries that irrigate the encephalic nerve tissue. Angio-MRI, side view.´
Stock Photo #824-84010, BRAIN, MRI. 3D reconstruction of MRI images of a child brain.
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BRAIN, MRI. 3D reconstruction of MRI images of a child brain.
Stock Photo #4128R-23554, Gamma_aminobutyric acid GABA, molecular model. Main inhibitory neurotransmitter in the central nervous system of mammalians. Atoms are represented as spheres and are colour_coded: carbon grey, hydrogen blue_green, nitrogen blue and oxygen red.
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Gamma_aminobutyric acid GABA, molecular model. Main inhibitory neurotransmitter in the central nervous system of mammalians. ...
Gamma_aminobutyric acid GABA, molecular model. Main inhibitory neurotransmitter in the central nervous system of mammalians. Atoms are represented as spheres and are colour_coded: carbon grey, hydrogen blue_green, nitrogen blue and oxygen red.
Stock Photo #4128R-27498, Baseball player, computer artwork.
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Baseball player, computer artwork.
Stock Photo #824-97306, CAFFEINE MOLECULE. CAFFEINE MOLECULE Worldwide distribution except for United Kingdom and Germany. Caffeine (1,3,7-trimethylxanthine), an alkaloid with an empirical formula of C8H10N4O2, is a stimulant to the central nervous system.
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CAFFEINE MOLECULE. CAFFEINE MOLECULE Worldwide distribution except for United Kingdom and Germany. Caffeine (1,3,7-trimethylx...
CAFFEINE MOLECULE. CAFFEINE MOLECULE Worldwide distribution except for United Kingdom and Germany. Caffeine (1,3,7-trimethylxanthine), an alkaloid with an empirical formula of C8H10N4O2, is a stimulant to the central nervous system.
Stock Photo #824-119214, ANATOMY OF THE BRAIN. Anatomy of the brain. The fornix green, the hippocampus purple, the amygdala pink, the mammillary body dark yellow, the olfactory bulbs light green, the indusium griseum dark green, the cingulate cortex blue, the corpus callosum light yellow.
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ANATOMY OF THE BRAIN. Anatomy of the brain. The fornix green, the hippocampus purple, the amygdala pink, the mammillary body ...
ANATOMY OF THE BRAIN. Anatomy of the brain. The fornix green, the hippocampus purple, the amygdala pink, the mammillary body dark yellow, the olfactory bulbs light green, the indusium griseum dark green, the cingulate cortex blue, the corpus callosum light yellow.
Stock Photo #824-96265, TOXOPLASMOSIS. TOXOPLASMOSIS Brain cyst.
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TOXOPLASMOSIS. TOXOPLASMOSIS Brain cyst.
Stock Photo #824-63354, CEREBRAL ARTERIOGRAPHY
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CEREBRAL ARTERIOGRAPHY
Stock Photo #4128R-18659, Nervous system, computer artwork.
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Nervous system, computer artwork.
Stock Photo #1832R-5958, The nervous system
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The nervous system
Stock Photo #824-93745, LONG DISTANCE-MONITORED MEDICINE. LONG DISTANCE-MONITORED MEDICINE Model.
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LONG DISTANCE-MONITORED MEDICINE. LONG DISTANCE-MONITORED MEDICINE Model.
Stock Photo #4128R-22038, Nervous system, computer artwork.
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Nervous system, computer artwork.
Stock Photo #824-119209, ANATOMY OF THE BRAIN. Anatomy of the brain. The caudate nucleus, the putamen, the globus pallidus yellow, the fornix green, the thalamus light blue, the hypothalamus dark blue, the hippocampus purple, the amygdala pink, the mammillary body dark yellow, the olfactory bulbs light green.
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ANATOMY OF THE BRAIN. Anatomy of the brain. The caudate nucleus, the putamen, the globus pallidus yellow, the fornix green, t...
ANATOMY OF THE BRAIN. Anatomy of the brain. The caudate nucleus, the putamen, the globus pallidus yellow, the fornix green, the thalamus light blue, the hypothalamus dark blue, the hippocampus purple, the amygdala pink, the mammillary body dark yellow, the olfactory bulbs light green.
Stock Photo #824-110767, NEUROSURGERY. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurgery. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurg Treatment of Parkinson´s disease by bil
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NEUROSURGERY. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurgery. Photo ...
NEUROSURGERY. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurgery. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurg Treatment of Parkinson´s disease by bil
Stock Photo #4378-2698, Anatomical model showing the human nervous system.
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Anatomical model showing the human nervous system.
Stock Photo #824-47592, BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital functions with strong sensations of satisfaction. The ventral tegmental area VTA, receives informations which indicate the level of satisfaction, then analysis and transmits this information thanks to a chemical messenger, the dopamine, to the nucleus accumbens, the septum, the amygdala and the prefrontal cortex. The nucleus accumbens acts on the striatum which commands our
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BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital f...
BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital functions with strong sensations of satisfaction. The ventral tegmental area VTA, receives informations which indicate the level of satisfaction, then analysis and transmits this information thanks to a chemical messenger, the dopamine, to the nucleus accumbens, the septum, the amygdala and the prefrontal cortex. The nucleus accumbens acts on the striatum which commands our
Stock Photo #4378-731, Stylized three-quarter view of the nerves of the trunk (male). The bones are also present.
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Stylized three-quarter view of the nerves of the trunk (male). The bones are also present.
Stock Photo #824-128543, Reportage on the Baby Lab research team at Paris’ Descartes University. This unit studies early perception of speech and the ability of new-borns to learn syntaxically. The researchers use the NIRS technique (Near-InfraRed Spectroscopy) to measure cerebral activity. The NRIS allows the concentration of oxygenated hemoglobin in the blood to be measured, which is closely correlated to the activation of neurones that consume oxygen. The NRIS is carried out in a maternity service, on 2 or 3-day old
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Reportage on the Baby Lab research team at Paris’ Descartes University. This unit studies early perception of speech and the ...
Reportage on the Baby Lab research team at Paris’ Descartes University. This unit studies early perception of speech and the ability of new-borns to learn syntaxically. The researchers use the NIRS technique (Near-InfraRed Spectroscopy) to measure cerebral activity. The NRIS allows the concentration of oxygenated hemoglobin in the blood to be measured, which is closely correlated to the activation of neurones that consume oxygen. The NRIS is carried out in a maternity service, on 2 or 3-day old
Stock Photo #824-26063, 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
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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
Stock Photo #4378-3737, Caffeine molecular model. Caffeine acts as a central nervous system stimulant.
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Caffeine molecular model. Caffeine acts as a central nervous system stimulant.
Stock Photo #4128R-1911, Brain. computer artwork of a top view of a healthy human brain.
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Brain. computer artwork of a top view of a healthy human brain.
Stock Photo #824-22649, BRAIN ELECTROSTIMULATION, X_RAY. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurgery. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurg Treatment of Parkinson´s disease by bil
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BRAIN ELECTROSTIMULATION, X_RAY. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of n...
BRAIN ELECTROSTIMULATION, X_RAY. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurgery. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurg Treatment of Parkinson´s disease by bil
Stock Photo #4378-717, Front view of the nerves and bones of the trunk.
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Front view of the nerves and bones of the trunk.
Stock Photo #824-70311, PIERRE POLLAK. Photo essay from hospital.
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PIERRE POLLAK. Photo essay from hospital.
Stock Photo #4378-2305, Anatomical model showing the human nervous system.
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Anatomical model showing the human nervous system.
Stock Photo #4128R-20358, Neural network, conceptual artwork
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Neural network, conceptual artwork
Stock Photo #4378-2976, Digital illustration of a pre-adolescent male child with the brain and nerves of the nervous system visible within the body.
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Digital illustration of a pre-adolescent male child with the brain and nerves of the nervous system visible within the body.
Stock Photo #4128R-22037, Nervous system, computer artwork.
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Nervous system, computer artwork.
Stock Photo #4175-2968, Schmerzgedchtnis brain computer program Alternative Medicine
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Schmerzgedchtnis brain computer program Alternative Medicine
Stock Photo #4297-1862, Micrograph of St. Louis encephalitis virus member of the genus Flavivirus
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Micrograph of St. Louis encephalitis virus member of the genus Flavivirus
Stock Photo #4378-815, The nervous system (female) of the full body viewed from the front.
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The nervous system (female) of the full body viewed from the front.
Stock Photo #4128R-19531, Nervous system, computer artwork.
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Nervous system, computer artwork.
Stock Photo #4128R-266, Nerve support cell, SEM
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Nerve support cell, SEM
Stock Photo #824-85895, EEG EXAMINATION OF A WOMAN. Photo essay from hospital. Neurology unit. A nurse records cerebral activity. Through cerebral stimulation, the nurse is able to monitor brain activity, thus enabling the detection of neurological disorders such as epilepsy.
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EEG EXAMINATION OF A WOMAN. Photo essay from hospital. Neurology unit. A nurse records cerebral activity. Through cerebral st...
EEG EXAMINATION OF A WOMAN. Photo essay from hospital. Neurology unit. A nurse records cerebral activity. Through cerebral stimulation, the nurse is able to monitor brain activity, thus enabling the detection of neurological disorders such as epilepsy.
Stock Photo #824-110743, HEAD, MRI. Axial section of a human skull visualized by MRI.
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HEAD, MRI. Axial section of a human skull visualized by MRI.
Stock Photo #824-31275, BRAIN, DRAWING
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BRAIN, DRAWING
Stock Photo #824-104464, ALZHEIMER´S DISEASE, SCAN. ALZHEIMER´S DISEASE, SCAN Scan of the brain of a patient affected by Alzheimer´s disease axial section. Intersections of lateral ventricles are dilated.
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ALZHEIMER´S DISEASE, SCAN. ALZHEIMER´S DISEASE, SCAN Scan of the brain of a patient affected by Alzheimer´s disease axial sec...
ALZHEIMER´S DISEASE, SCAN. ALZHEIMER´S DISEASE, SCAN Scan of the brain of a patient affected by Alzheimer´s disease axial section. Intersections of lateral ventricles are dilated.
Stock Photo #824-114146, CEREBRAL CORTEX, MRI. CEREBRAL CORTEX, MRI Normal cerebral cortex, left lateral view. 3D reconstitution. Department of morphological and functional imaging, led by Professor Fredy, at the Pitié Salpêtrière Hospital in Paris, France.
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CEREBRAL CORTEX, MRI. CEREBRAL CORTEX, MRI Normal cerebral cortex, left lateral view. 3D reconstitution. Department of morpho...
CEREBRAL CORTEX, MRI. CEREBRAL CORTEX, MRI Normal cerebral cortex, left lateral view. 3D reconstitution. Department of morphological and functional imaging, led by Professor Fredy, at the Pitié Salpêtrière Hospital in Paris, France.
Stock Photo #824-56841, MEMORY, ILLUSTRATION
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MEMORY, ILLUSTRATION
Stock Photo #824-108087, HEMATOMA, BRAIN MRI. HEMATOMA, BRAIN MRI Examination of elderly man experiencing mental confusion after receiving a blow to the head. MRI indicates the presence of a recently-ruptured subdural hematoma. Bilateral flash MRI-T1.
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HEMATOMA, BRAIN MRI. HEMATOMA, BRAIN MRI Examination of elderly man experiencing mental confusion after receiving a blow to t...
HEMATOMA, BRAIN MRI. HEMATOMA, BRAIN MRI Examination of elderly man experiencing mental confusion after receiving a blow to the head. MRI indicates the presence of a recently-ruptured subdural hematoma. Bilateral flash MRI-T1.
Stock Photo #824-31950, HEAD, MRI. HEAD, MRI Frontal section. (Cf. image 0210906 for the numbers). 1.Brain 2.Temporal muscles 3.Eyeballs 4.Optic nerves 5.Oculo-motor muscles (superior right, inferior right, lateral right called external right, medial right called internal right, levator palpebrae superioris muscle, superior oblique called great oblique, inferior oblique called small oblique). 6.Maxillairy and frontal sinuses. 7.Nasal cavities. 8.Wall of nasal cavities. 9.Masseter muscles. 10.Tongue
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HEAD, MRI. HEAD, MRI Frontal section. (Cf. image 0210906 for the numbers). 1.Brain 2.Temporal muscles 3.Eyeballs 4.Optic nerv...
HEAD, MRI. HEAD, MRI Frontal section. (Cf. image 0210906 for the numbers). 1.Brain 2.Temporal muscles 3.Eyeballs 4.Optic nerves 5.Oculo-motor muscles (superior right, inferior right, lateral right called external right, medial right called internal right, levator palpebrae superioris muscle, superior oblique called great oblique, inferior oblique called small oblique). 6.Maxillairy and frontal sinuses. 7.Nasal cavities. 8.Wall of nasal cavities. 9.Masseter muscles. 10.Tongue
Stock Photo #4128R-22856, Male nervous system, computer artwork.
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Male nervous system, computer artwork.
Stock Photo #824-74563, EPILEPSY EXAMINATION, CHILD. Photo essay from hospital. A doctor interprets the results of an EEG to determine the severity of the patient´s epilepsy. He gives a directed questionnaire to the parents. An overview of the patient´s condition, treatment and possible difficultie
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EPILEPSY EXAMINATION, CHILD. Photo essay from hospital. A doctor interprets the results of an EEG to determine the severity o...
EPILEPSY EXAMINATION, CHILD. Photo essay from hospital. A doctor interprets the results of an EEG to determine the severity of the patient´s epilepsy. He gives a directed questionnaire to the parents. An overview of the patient´s condition, treatment and possible difficultie
Stock Photo #824-61465, ALZHEIMER DISEASE, MRI. ALZHEIMER DISEASE, MRI Department of morphological and functional imaging, led by Professor Fredy, at the Pitié Salpêtrière Hospital in Paris, France. Temporal cerebellar tonsil manifests bilateral atrophy.
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ALZHEIMER DISEASE, MRI. ALZHEIMER DISEASE, MRI Department of morphological and functional imaging, led by Professor Fredy, at...
ALZHEIMER DISEASE, MRI. ALZHEIMER DISEASE, MRI Department of morphological and functional imaging, led by Professor Fredy, at the Pitié Salpêtrière Hospital in Paris, France. Temporal cerebellar tonsil manifests bilateral atrophy.
Stock Photo #824R-2109, MEMORY
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MEMORY
Stock Photo #4128R-10395, Brain anatomy, artwork
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Brain anatomy, artwork
Stock Photo #824-42227, BRAIN, DRAWING
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BRAIN, DRAWING
Stock Photo #4378-1676, A model of the human brain, isolating different lobes with color.
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A model of the human brain, isolating different lobes with color.
Stock Photo #824-119223, SIGHT. Depiction of the brain with the thalamus light blue, the hypothalamus dark blue and the optical nerves orange.
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SIGHT. Depiction of the brain with the thalamus light blue, the hypothalamus dark blue and the optical nerves orange.
Stock Photo #824-128533, Reportage on the Baby Lab research team at Paris’ Descartes University. This unit studies early perception of speech and the ability of new-borns to learn syntaxically. The researchers use the NIRS technique (Near-InfraRed Spectroscopy) to measure cerebral activity. The NRIS allows the concentration of oxygenated hemoglobin in the blood to be measured, which is closely correlated to the activation of neurones that consume oxygen. The NRIS is carried out in a maternity service, on 2 or 3-day old
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Reportage on the Baby Lab research team at Paris’ Descartes University. This unit studies early perception of speech and the ...
Reportage on the Baby Lab research team at Paris’ Descartes University. This unit studies early perception of speech and the ability of new-borns to learn syntaxically. The researchers use the NIRS technique (Near-InfraRed Spectroscopy) to measure cerebral activity. The NRIS allows the concentration of oxygenated hemoglobin in the blood to be measured, which is closely correlated to the activation of neurones that consume oxygen. The NRIS is carried out in a maternity service, on 2 or 3-day old
Stock Photo #824-39023, OSTEOPOROSIS, X_RAY. Osteoporosis : reduction in the amount of bone mass including rarefaction of spongy bone tissue and cortical erosion here, of the lumbar vertebrae and the right hip. This condition mainly affects post_menopausal women. X_ray of lumbar vertebrae, front
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OSTEOPOROSIS, X_RAY. Osteoporosis : reduction in the amount of bone mass including rarefaction of spongy bone tissue and cort...
OSTEOPOROSIS, X_RAY. Osteoporosis : reduction in the amount of bone mass including rarefaction of spongy bone tissue and cortical erosion here, of the lumbar vertebrae and the right hip. This condition mainly affects post_menopausal women. X_ray of lumbar vertebrae, front
Stock Photo #4128R-14420, Human nervous system, computer artwork.
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Human nervous system, computer artwork.
Stock Photo #4128R-4055, Human brain, artwork
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Human brain, artwork
Stock Photo #824-27231, TREATMENT FOR EPILEPSY. TREATMENT FOR EPILEPSY Photo essay. Insertion of neurocybernetic prosthesis (NPC) for the treatment of epilepsy. The system employed consists of a neurostimulator, pacemaker-like, placed under the left clavicle and connected to small electrodes which are placed around the vagus nerve, at the neck level. Once programmed, the NCP regularly delivers electric pulses that dimish the frequency of epileptic attacks. Before operation, tracing lines shown here.
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TREATMENT FOR EPILEPSY. TREATMENT FOR EPILEPSY Photo essay. Insertion of neurocybernetic prosthesis (NPC) for the treatment o...
TREATMENT FOR EPILEPSY. TREATMENT FOR EPILEPSY Photo essay. Insertion of neurocybernetic prosthesis (NPC) for the treatment of epilepsy. The system employed consists of a neurostimulator, pacemaker-like, placed under the left clavicle and connected to small electrodes which are placed around the vagus nerve, at the neck level. Once programmed, the NCP regularly delivers electric pulses that dimish the frequency of epileptic attacks. Before operation, tracing lines shown here.
Stock Photo #824-73546, 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
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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
Stock Photo #824-54032, BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital functions with strong sensations of satisfaction. The ventral tegmental area VTA, receives informations which indicate the level of satisfaction, then analysis and transmits this information thanks to a chemical messenger, the dopamine, to the nucleus accumbens, the septum, the amygdala and the prefrontal cortex. The nucleus accumbens acts on the striatum which commands our
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BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital f...
BRAIN REWARD SYSTEM. The brain reward pathway is indispensable to the survival because it associates the execution of vital functions with strong sensations of satisfaction. The ventral tegmental area VTA, receives informations which indicate the level of satisfaction, then analysis and transmits this information thanks to a chemical messenger, the dopamine, to the nucleus accumbens, the septum, the amygdala and the prefrontal cortex. The nucleus accumbens acts on the striatum which commands our
Stock Photo #824-100936, BRAIN, ANGIOGRAPHY
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BRAIN, ANGIOGRAPHY
Stock Photo #4128R-25939, Central nervous system, computer artwork.
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Central nervous system, computer artwork.
Stock Photo #4378-3618, Caffeine molecular model. Caffeine acts as a central nervous system stimulant.
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Caffeine molecular model. Caffeine acts as a central nervous system stimulant.
Stock Photo #824-12761, HEMORRHAGE, BRAIN SCAN. Intracerebral hemorrhage ICH, a type of stroke caused by bleeding within the brain tissue. Axial CT scan of the brain.
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HEMORRHAGE, BRAIN SCAN. Intracerebral hemorrhage ICH, a type of stroke caused by bleeding within the brain tissue. Axial CT s...
HEMORRHAGE, BRAIN SCAN. Intracerebral hemorrhage ICH, a type of stroke caused by bleeding within the brain tissue. Axial CT scan of the brain.
Stock Photo #4378-1645, An illuminated, digital diagram of a human brain.
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An illuminated, digital diagram of a human brain.
Stock Photo #4128R-20651, Neural network, conceptual artwork
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Neural network, conceptual artwork
Stock Photo #1848-748750, Plastination specimen of sagital section of head and neck
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Plastination specimen of sagital section of head and neck
Stock Photo #4378-679, Stylized front view of the nerves of the upper body.
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Stylized front view of the nerves of the upper body.
Stock Photo #4128R-15892, Human nervous system, computer artwork.
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Human nervous system, computer artwork.
Stock Photo #4128R-15962, Head anatomy, computer artwork.
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Head anatomy, computer artwork.
Stock Photo #824-53588, HEMATOMA, BRAIN SCAN. HEMATOMA, BRAIN SCAN Extradural hematoma with light hemorrhaging and edema of the soft homolateral tissue. Skull fracture in the right parieto_temporal region along the trajectory of the middle meningeal artery.
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HEMATOMA, BRAIN SCAN. HEMATOMA, BRAIN SCAN Extradural hematoma with light hemorrhaging and edema of the soft homolateral tiss...
HEMATOMA, BRAIN SCAN. HEMATOMA, BRAIN SCAN Extradural hematoma with light hemorrhaging and edema of the soft homolateral tissue. Skull fracture in the right parieto_temporal region along the trajectory of the middle meningeal artery.
Stock Photo #824-61201, STEREOTACTIC SURGERY. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurgery. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurg Treatment of Parkinson´s disease by bil
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STEREOTACTIC SURGERY. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurgery...
STEREOTACTIC SURGERY. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurgery. Photo essay at the Regional University Hospital of Lille, Salengro Hospital, department of neurosurg Treatment of Parkinson´s disease by bil
Stock Photo #4378-3414, Caffeine molecular model. Caffeine acts as a central nervous system stimulant.
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Caffeine molecular model. Caffeine acts as a central nervous system stimulant.
Stock Photo #4378-805, Side view of the brain, bones and breast tissue within the body (female).
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Side view of the brain, bones and breast tissue within the body (female).
Stock Photo #824-97239, GLIOBLASTOMA, MRI. Glioblastoma. Absence of edema, generalized epileptic seizures due to disseminated cells which have invaded the cortical region. Gadolinium_enhanced MRI_T1.
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GLIOBLASTOMA, MRI. Glioblastoma. Absence of edema, generalized epileptic seizures due to disseminated cells which have invade...
GLIOBLASTOMA, MRI. Glioblastoma. Absence of edema, generalized epileptic seizures due to disseminated cells which have invaded the cortical region. Gadolinium_enhanced MRI_T1.
Stock Photo #824-44666, ATROPHY OF THE BRAIN. This sagital MRI image of the brain shows a hypophyseal atrophy.
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ATROPHY OF THE BRAIN. This sagital MRI image of the brain shows a hypophyseal atrophy.
Stock Photo #824-20329, CEREBRAL LOBE. The occipital lobes purple of the brain in posterior view.
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CEREBRAL LOBE. The occipital lobes purple of the brain in posterior view.
Stock Photo #824-12227, HEMORRHAGE, BRAIN SCAN. Intracerebral hemorrhage ICH, a type of stroke caused by bleeding within the brain tissue. Axial CT scan of the brain.
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HEMORRHAGE, BRAIN SCAN. Intracerebral hemorrhage ICH, a type of stroke caused by bleeding within the brain tissue. Axial CT s...
HEMORRHAGE, BRAIN SCAN. Intracerebral hemorrhage ICH, a type of stroke caused by bleeding within the brain tissue. Axial CT scan of the brain.
Stock Photo #1899-65482, Anatomical model of head, top half of head is sliced open
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Anatomical model of head, top half of head is sliced open
Stock Photo #824-29565, GLIOBLASTOMA, MRI. Glioblastoma. Absence of edema, generalized epileptic seizures due to disseminated cells which have invaded the cortical region. Gadolinium_enhanced MRI_T1.
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GLIOBLASTOMA, MRI. Glioblastoma. Absence of edema, generalized epileptic seizures due to disseminated cells which have invade...
GLIOBLASTOMA, MRI. Glioblastoma. Absence of edema, generalized epileptic seizures due to disseminated cells which have invaded the cortical region. Gadolinium_enhanced MRI_T1.
Stock Photo #4128R-16926, Nervous system, computer artwork.
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Nervous system, computer artwork.
Stock Photo #4128R-22018, Central nervous system, computer artwork.
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Central nervous system, computer artwork.
Stock Photo #824-25184, 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).
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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).
Stock Photo #4128R-17768, Nervous system, computer artwork.
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Nervous system, computer artwork.
Stock Photo #824-65845, BRAIN, DRAWING. Representation of the areas of the brain implicated when one is afraid. The sympathetic nervous system areas in blue: frontal lobe, hippocampus, amygdale and hypothalamus. The neuroendocrine system area in yellow, hypothalamus and pituitary gland.
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BRAIN, DRAWING. Representation of the areas of the brain implicated when one is afraid. The sympathetic nervous system areas ...
BRAIN, DRAWING. Representation of the areas of the brain implicated when one is afraid. The sympathetic nervous system areas in blue: frontal lobe, hippocampus, amygdale and hypothalamus. The neuroendocrine system area in yellow, hypothalamus and pituitary gland.
Stock Photo #4128R-20985, Neural network, conceptual artwork
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Neural network, conceptual artwork
Stock Photo #824-14249, BRAIN CARDIA, MRI. BRAIN CARDIA, MRI Gadolinium enhanced MRI-T1. Glioblastoma. The cortical sulci are crushed rendering them invisible.
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BRAIN CARDIA, MRI. BRAIN CARDIA, MRI Gadolinium enhanced MRI-T1. Glioblastoma. The cortical sulci are crushed rendering them ...
BRAIN CARDIA, MRI. BRAIN CARDIA, MRI Gadolinium enhanced MRI-T1. Glioblastoma. The cortical sulci are crushed rendering them invisible.
Stock Photo #1899-87913, Rehabilitation Woman
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Rehabilitation Woman
Stock Photo #824-95015, HEADACHE, ARTWORK. HEADACHE, ARTWORK Migraine. Illustration of a migraine theory explaining its onset as being triggered by a malfunction in the synchronization of sensory input which causes pain through stimulation of the trigemial nerve and inflammation from leakage in the blood vessels of the dura mater. The triptan family of drugs seems to affect migraines on three different levels. First, they may trigger the vasoconstriction of the blood vessels in the dura mater, reducing leakage. T
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HEADACHE, ARTWORK. HEADACHE, ARTWORK Migraine. Illustration of a migraine theory explaining its onset as being triggered by a...
HEADACHE, ARTWORK. HEADACHE, ARTWORK Migraine. Illustration of a migraine theory explaining its onset as being triggered by a malfunction in the synchronization of sensory input which causes pain through stimulation of the trigemial nerve and inflammation from leakage in the blood vessels of the dura mater. The triptan family of drugs seems to affect migraines on three different levels. First, they may trigger the vasoconstriction of the blood vessels in the dura mater, reducing leakage. T
Stock Photo #4128R-22865, Male nervous system, computer artwork.
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Male nervous system, computer artwork.
Stock Photo #824-26988, ALZHEIMER´S DISEASE, SCINTISCAN. ALZHEIMER´S DISEASE, SCINTISCAN Scintiscan. Normal brain and evidence of cerebral atrophy.
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ALZHEIMER´S DISEASE, SCINTISCAN. ALZHEIMER´S DISEASE, SCINTISCAN Scintiscan. Normal brain and evidence of cerebral atrophy.
Stock Photo #824R-120664, BRAIN, DRAWING
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BRAIN, DRAWING
Stock Photo #824-54296, BRAIN, DRAWING. BRAIN, DRAWING Love at first sight - stage 3 (see image no. 11895 05 for stage 1 and no. 11896 05 for stage 2). Illustration of what occurs in the brain when a subject falls in love. The prefrontal cortex enables the subject to make decisions and to create a strategy for action which is then implemented by the motor cortex (in blue).
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BRAIN, DRAWING. BRAIN, DRAWING Love at first sight - stage 3 (see image no. 11895 05 for stage 1 and no. 11896 05 for stage 2...
BRAIN, DRAWING. BRAIN, DRAWING Love at first sight - stage 3 (see image no. 11895 05 for stage 1 and no. 11896 05 for stage 2). Illustration of what occurs in the brain when a subject falls in love. The prefrontal cortex enables the subject to make decisions and to create a strategy for action which is then implemented by the motor cortex (in blue).
Stock Photo #824-35849, MRI. MRI Photo essay. Pitié Salpêtrière Hospital in Paris, France. MRI.
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MRI. MRI Photo essay. Pitié Salpêtrière Hospital in Paris, France. MRI.
Stock Photo #824R-120650, ANATOMY
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ANATOMY
Stock Photo #824-128548, Reportage on the Baby Lab research team at Paris’ Descartes University. This unit studies early perception of speech and the ability of new-borns to learn syntaxically. The researchers use the NIRS technique (Near-InfraRed Spectroscopy) to measure cerebral activity. The NRIS allows the concentration of oxygenated hemoglobin in the blood to be measured, which is closely correlated to the activation of neurones that consume oxygen. The NRIS is carried out in a maternity service, on 2 or 3-day old
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Reportage on the Baby Lab research team at Paris’ Descartes University. This unit studies early perception of speech and the ...
Reportage on the Baby Lab research team at Paris’ Descartes University. This unit studies early perception of speech and the ability of new-borns to learn syntaxically. The researchers use the NIRS technique (Near-InfraRed Spectroscopy) to measure cerebral activity. The NRIS allows the concentration of oxygenated hemoglobin in the blood to be measured, which is closely correlated to the activation of neurones that consume oxygen. The NRIS is carried out in a maternity service, on 2 or 3-day old
Stock Photo #824-15670, HYDROCEPHALUS, SCAN
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HYDROCEPHALUS, SCAN
Stock Photo #4128R-36728, Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
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Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nerv...
Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
Stock Photo #824-53173, BRAIN, DRAWING. Illustration of the brain and its activity and of an electroencephalogram tracing
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BRAIN, DRAWING. Illustration of the brain and its activity and of an electroencephalogram tracing
Stock Photo #824R-12074, BRAIN, MRI
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BRAIN, MRI

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