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    Substantia nigra. Illustration showing a healthy substantia nigra in a human brain. The substantia nigra plays an important role in reward, addiction, and movement. Degeneration of this structure is characteristic of Parkinson's disease. — Stock Photo
    Substantia nigra. Illustration showing a healthy substantia nigra in a human brain. The substantia nigra plays an important role in reward, addiction, and movement. Degeneration of this structure is characteristic of Parkinson's disease.
    Substantia nigra. Illustration showing a healthy substantia nigra in a human brain. The substantia nigra plays an important role in reward, addiction, and movement. Degeneration of this structure is characteristic of Parkinson's disease. — Stock Photo
    Substantia nigra. Illustration showing a healthy substantia nigra in a human brain. The substantia nigra plays an important role in reward, addiction, and movement. Degeneration of this structure is characteristic of Parkinson's disease.
    Human brain with highlighted pons and neurons, illustration. Human brain with highlighted pons Varolii and close-up view of pyramidal neurons (nerve cells) located in pons — Stock Photo
    Human brain with highlighted pons and neurons, illustration. Human brain with highlighted pons Varolii and close-up view of pyramidal neurons (nerve cells) located in pons
    Human brain with highlighted pons and neurons, illustration. Human brain with highlighted pons Varolii and close-up view of pyramidal neurons (nerve cells) located in pons — Stock Photo
    Human brain with highlighted pons and neurons, illustration. Human brain with highlighted pons Varolii and close-up view of pyramidal neurons (nerve cells) located in pons
    Human brain with highlighted pons and neurons, illustration. Human brain with highlighted pons Varolii and close-up view of pyramidal neurons (nerve cells) located in pons — Stock Photo
    Human brain with highlighted pons and neurons, illustration. Human brain with highlighted pons Varolii and close-up view of pyramidal neurons (nerve cells) located in pons
    Human brain with highlighted pons and neurons, illustration. Human brain with highlighted pons Varolii and close-up view of pyramidal neurons (nerve cells) located in pons — Stock Photo
    Human brain with highlighted pons and neurons, illustration. Human brain with highlighted pons Varolii and close-up view of pyramidal neurons (nerve cells) located in pons
    Human brain with highlighted pons and neurons, illustration. Human brain with highlighted pons Varolii and close-up view of pyramidal neurons (nerve cells) located in pons — Stock Photo
    Human brain with highlighted pons and neurons, illustration. Human brain with highlighted pons Varolii and close-up view of pyramidal neurons (nerve cells) located in pons
    Human brain with highlighted pons and neurons, illustration. Human brain with highlighted pons Varolii and close-up view of pyramidal neurons (nerve cells) located in pons — Stock Photo
    Human brain with highlighted pons and neurons, illustration. Human brain with highlighted pons Varolii and close-up view of pyramidal neurons (nerve cells) located in pons
    X-ray of the head and human brain in concept of neural connections and electrical pulses. — Stock Photo
    X-ray of the head and human brain in concept of neural connections and electrical pulses.
    Human brain with highlighted pons and neurons, illustration. Human brain with highlighted pons Varolii and close-up view of pyramidal neurons (nerve cells) located in pons — Stock Photo
    Human brain with highlighted pons and neurons, illustration. Human brain with highlighted pons Varolii and close-up view of pyramidal neurons (nerve cells) located in pons
    Human brain with highlighted pons and neurons, illustration. Human brain with highlighted pons Varolii and close-up view of pyramidal neurons (nerve cells) located in pons — Stock Photo
    Human brain with highlighted pons and neurons, illustration. Human brain with highlighted pons Varolii and close-up view of pyramidal neurons (nerve cells) located in pons
    X-ray of the head and human brain in concept of neural connections and electrical pulses. — Stock Photo
    X-ray of the head and human brain in concept of neural connections and electrical pulses.
    Human skull mid sagittal cross-section with brain on white background. — Stock Photo
    Human skull mid sagittal cross-section with brain on white background.
    Human skull transversal cross-section with brain on white background. — Stock Photo
    Human skull transversal cross-section with brain on white background.
    Male head with skull cross-section with cut brain on white background. — Stock Photo
    Male head with skull cross-section with cut brain on white background.
    Human skull mid sagittal cross-section with brain on white background. — Stock Photo
    Human skull mid sagittal cross-section with brain on white background.
    Human skull mid sagittal cross-section with brain on black background. — Stock Photo
    Human skull mid sagittal cross-section with brain on black background.
    Human skull mid sagittal cross-section with brain on white background. — Stock Photo
    Human skull mid sagittal cross-section with brain on white background.
    Human skull mid sagittal cross-section with brain, side view on black background. — Stock Photo
    Human skull mid sagittal cross-section with brain, side view on black background.
    Human skull mid sagittal cross-section with brain in perspective view on black background. — Stock Photo
    Human skull mid sagittal cross-section with brain in perspective view on black background.
    Human skull mid sagittal cross-section with brain in front view on white background. — Stock Photo
    Human skull mid sagittal cross-section with brain in front view on white background.
    Male head with skull cross-section with whole brain on white background. — Stock Photo
    Male head with skull cross-section with whole brain on white background.
    Human skull with brain with x-ray effect on black background. — Stock Photo
    Human skull with brain with x-ray effect on black background.
    Human skull mid sagittal cross-section with brain in front view on white background. — Stock Photo
    Human skull mid sagittal cross-section with brain in front view on white background.
    Human skull mid sagittal cross-section with brain in perspective view on white background. — Stock Photo
    Human skull mid sagittal cross-section with brain in perspective view on white background.
    Human skull mid sagittal cross-section with brain, perspective view on black background. — Stock Photo
    Human skull mid sagittal cross-section with brain, perspective view on black background.
    Male head with visible skull and brain on white background. — Stock Photo
    Male head with visible skull and brain on white background.
    Human skull transversal cross-section with half of brain on white background. — Stock Photo
    Human skull transversal cross-section with half of brain on white background.
    Illustration of degenerated substantia nigra and dopaminergic neurons in Parkinsons disease. — Stock Photo
    Illustration of degenerated substantia nigra and dopaminergic neurons in Parkinsons disease.
    Artwork of healthy substantia nigra and close-up of dopaminergic neurons of human brain. — Stock Photo
    Artwork of healthy substantia nigra and close-up of dopaminergic neurons of human brain.
    Artwork of healthy substantia nigra and close-up of dopaminergic neurons of human brain. — Stock Photo
    Artwork of healthy substantia nigra and close-up of dopaminergic neurons of human brain.
    Illustration of healthy and degenerated substantia nigra of human brains with dopaminergic neurons. — Stock Photo
    Illustration of healthy and degenerated substantia nigra of human brains with dopaminergic neurons.
    Artwork of healthy substantia nigra and close-up of dopaminergic neurons of human brain. — Stock Photo
    Artwork of healthy substantia nigra and close-up of dopaminergic neurons of human brain.
    Illustration of degenerated substantia nigra and dopaminergic neurons in Parkinsons disease. — Stock Photo
    Illustration of degenerated substantia nigra and dopaminergic neurons in Parkinsons disease.
    Illustration of healthy and degenerated substantia nigra of human brains with dopaminergic neurons. — Stock Photo
    Illustration of healthy and degenerated substantia nigra of human brains with dopaminergic neurons.
    Artwork of healthy substantia nigra and close-up of dopaminergic neurons of human brain. — Stock Photo
    Artwork of healthy substantia nigra and close-up of dopaminergic neurons of human brain.
    Digital artwork of substantia nigra from human brain. — Stock Photo
    Digital artwork of substantia nigra from human brain.
    Illustration of brain with degenerated substantia nigra in Parkinsons disease. — Stock Photo
    Illustration of brain with degenerated substantia nigra in Parkinsons disease.
    Illustration of healthy and degenerated substantia nigra of human brains. — Stock Photo
    Illustration of healthy and degenerated substantia nigra of human brains.
    Computer enhanced false-colour Magnetic Resonance Images (MRI) of two mid-sagittal and one axial (cross sectional) sections through the head of a normal 46 year-old woman, showing structures of the brain, spine and facial tissues. — Stock Photo
    Computer enhanced false-colour Magnetic Resonance Images (MRI) of two mid-sagittal and one axial (cross sectional) sections through the head of a normal 46 year-old woman, showing structures of the brain, spine and facial tissues.
    Computer enhanced false-colour Magnetic Resonance Image (MRI) of a mid-sagittal section through the head of a normal 46 year-old woman, showing structures of the brain, spine and facial tissues. — Stock Photo
    Computer enhanced false-colour Magnetic Resonance Image (MRI) of a mid-sagittal section through the head of a normal 46 year-old woman, showing structures of the brain, spine and facial tissues.
    Computer enhanced false-colour Magnetic Resonance Image (MRI) of a mid-sagittal section through the head of a normal 46 year-old woman, showing structures of the brain, spine and facial tissues. — Stock Photo
    Computer enhanced false-colour Magnetic Resonance Image (MRI) of a mid-sagittal section through the head of a normal 46 year-old woman, showing structures of the brain, spine and facial tissues.
    Computer enhanced false-colour Magnetic Resonance Images (MRI) of two mid-sagittal and one axial (cross sectional) sections through the head of a normal 46 year-old woman, showing structures of the brain, spine and facial tissues. — Stock Photo
    Computer enhanced false-colour Magnetic Resonance Images (MRI) of two mid-sagittal and one axial (cross sectional) sections through the head of a normal 46 year-old woman, showing structures of the brain, spine and facial tissues.
    Healthy human brain — Stock Photo
    Healthy human brain
    Cerebellum and corpus callosum — Stock Photo
    Cerebellum and corpus callosum
    Human brain anatomy — Stock Photo
    Human brain anatomy
    Brainstem and cerebellum structures — Stock Photo
    Brainstem and cerebellum structures
    Healthy human brain — Stock Photo
    Healthy human brain
    Healthy human brain — Stock Photo
    Healthy human brain
    Cerebellum and corpus callosum — Stock Photo
    Cerebellum and corpus callosum
    Human brain structure — Stock Photo
    Human brain structure
    Cerebellum and corpus callosum — Stock Photo
    Cerebellum and corpus callosum
    Healthy human brain — Stock Photo
    Healthy human brain
    Human brain structure — Stock Photo
    Human brain structure
    Healthy human brain — Stock Photo
    Healthy human brain
    Healthy human brain — Stock Photo
    Healthy human brain
    Human brain structures — Stock Photo
    Human brain structures
    Human brain anatomy — Stock Photo
    Human brain anatomy
    Human brain anatomy — Stock Photo
    Human brain anatomy
    Human brain anatomy — Stock Photo
    Human brain anatomy