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Illustration of a human brain by THOMAS PARSONSSCIENCE PHOTO LIBRARY
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Illustration of a human brain by THOMAS PARSONSSCIENCE PHOTO LIBRARY
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Illustration of a human brain by THOMAS PARSONSSCIENCE PHOTO LIBRARY
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Illustration of a human brain by THOMAS PARSONSSCIENCE PHOTO LIBRARY
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Illustration of a human brain by THOMAS PARSONSSCIENCE PHOTO LIBRARY
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Illustration of a human brain by THOMAS PARSONSSCIENCE PHOTO LIBRARY
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Light micrograph of Purkinje neurons of the cerebellar cortex stained with the cresyl violet method They have a coarse Nissl body above the nucleus a
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Light micrograph of a cerebellar cortex showing the molecular and granular layers The large Purkinje cells are located between the molecular and gran
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Light micrograph of a cerebellar cortex folium showing the molecular and granular layer and a central axis of white matter Purkinje cells located bet
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Brain Cross-section through the centre of a gross specimen of a brain The front of the brain is at left The highly folded area is the cerebrum whi
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Light micrograph of cerebellar cortex stained with Cajal silver nitrate showing axons of basket cells running above and parallel to Purkinje cells and
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Light micrograph of cerebellar cortex stained with Cajal silver nitrate showing axons of basket cells running above and parallel to Purkinje cells and
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Light micrograph of cerebellar cortex stained with Cajal silver nitrate showing axons of basket cells running above and parallel to Purkinje cells and
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Cerebellar cortex light micrograph
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Light micrograph of cerebellar cortex stained with Luxol fast blue and cresyl violet Myelinated fibres of the white matter stained in blue with Luxo
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Light micrograph of cerebellar cortex stained with Cajal silver nitrate At this low magnification the basket endings surrounding the Purkinje cell b
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Light micrograph of cerebellar cortex stained with Luxol fast blue and cresyl violet Myelinated fibres of the white matter stained in blue with Luxo
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Light micrograph of cerebellar cortex stained with Luxol fast blue and cresyl violet Myelinated fibres of the white matter stained in blue with Luxo
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Light micrograph of a sagittal section of cerebellum stained with Luxol fast blue and cresyl violet Each cerebellar folium shows the molecular and gr
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Brain scan Coloured Magnetic Resonance Imaging (MRI) scan through a human head showing a healthy brain in side view The face is seen in profile at
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Light micrograph of a sagittal section of cerebellum stained with Luxol fast blue and cresyl violet Each cerebellar folium shows the molecular and gr
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Light micrograph of an immature cerebellar folium showing the external granular layer a secondary germinal zone that produces the millions of granule
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Light micrograph of an immature cerebellar folium showing the external granular layer a secondary germinal zone that produces the millions of granule
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Cerebellum light micrograph
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Immature cerebellum light micrograph This is the external granular layer Cerebellar granule cells are also the most numerous neurons in the brain (
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Immature cerebellum light micrograph This is the external granular layer Cerebellar granule cells are also the most numerous neurons in the brain (
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Human brain illustration
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Human brain illustration
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Human brain illustration
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Brain scan Coloured Magnetic Resonance Imaging (MRI) scan through a human head showing a healthy brain in side view The face is seen in profile at
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3D coloured magnetic resonance imaging (MRI) scan of the brain eyes (spheres) and inner ears (pink lower right and left) from below by K H FUNGSC
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Brain activity during dreaming illustration
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Brain activity during dreaming illustration
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Brain activity during dreaming illustration
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Brain activity during dreaming illustration
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Brain activity during REM sleep illustration
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Brain activity during dreaming illustration
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Brain activity during REM sleep illustration
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Brain activity during REM sleep illustration
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Brain tissue Light micrograph of a section through the cerebellum of the brain The cerebellar cortex is composed of two layers; an outer molecular l
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Brain activity during REM sleep illustration
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Brain activity during REM sleep illustration
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Brain activity during dreaming illustration
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Brain activity during REM sleep illustration
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Brain activity during dreaming illustration
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Brain activity during REM sleep illustration
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Brain activity during REM sleep illustration
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Brain activity during REM sleep illustration
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Brain activity during dreaming illustration
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Brain tissue Light micrograph of a section through the cerebellum of the brain The cerebellar cortex is composed of two layers; an outer molecular l
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Brain activity during dreaming illustration
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Brain activity during dreaming illustration Dreams occur during the rapid eye movement (REM) sleep phase REM sleep is also known as paradoxical sle
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Effects of sport on brain in Alzheimers disease illustration
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Effects of sport on brain in Alzheimers disease illustration
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Effects of sport on brain in Alzheimers disease illustration
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Effects of sport on brain in Alzheimers disease illustration
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Effects of sport on brain in Alzheimers disease illustration
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Effects of sport on brain in Alzheimers disease illustration
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Effects of sport on brain in Alzheimers disease illustration
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Brain tissue Light micrograph of a section through the cerebellum of the brain showing the laminar arrangement of the tissues The cerebellar cortex
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Effects of sport on brain in Alzheimers disease illustration
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Effects of sport on brain in Alzheimers disease illustration
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Effects of sport on brain in Alzheimers disease illustration
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Effects of sport on brain in Alzheimers disease illustration
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Effects of sport on brain in Alzheimers disease illustration
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Effects of sport on brain in Alzheimers disease illustration
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Effects of sport on brain in Alzheimers disease illustration
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Ventricular system of the brain illustration
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Ventricular system of the brain illustration
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Computer graphic image of a human brain The brain is the major organ of the nervous system and together with the spinal cord constitute the central n
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Ventricular system of the brain illustration
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Ventricular system of the brain illustration
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Ventricular system of the brain illustration
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Ventricular system of the brain illustration
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Ventricular system of the brain illustration
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Ventricular system of the brain illustration
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Ventricular system of the brain illustration
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Ventricular system of the brain illustration
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Ventricular system of the brain illustration
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False-colour nuclear magnetic resonance (NMR) image of a mid-sagittal section through a human head showing structures of a normal brain airways fa
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Ventricular system of the brain illustration
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Third brain ventricle illustration
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Third brain ventricle illustration
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Third brain ventricle illustration
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Third brain ventricle illustration
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Third brain ventricle illustration
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Lateral brain ventricles illustration
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Lateral brain ventricles illustration
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Lateral brain ventricles illustration
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Brain frontal lobe Computer artwork of a human brain in profile within a glass-effect female head showing the location of the frontal lobe (red) T
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Lateral brain ventricles illustration
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Lateral brain ventricles illustration
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Cerebral aqueduct illustration
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Cerebral aqueduct illustration
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Cerebral aqueduct illustration
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Cerebral aqueduct illustration
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Cerebral aqueduct illustration
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Ventricular system of the brain illustration
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Ventricular system of the brain illustration
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ALL MORAL RIGHTS ASSERTED ALTERATION CROPPING OR ANY DEROGATORY TREATMENT FORBIDDEN Human brain Four different illustrations of the human b
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