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A single astrocyte supports a great number of neurons. Protoplasmic astrocytes play an active role in neuronal communication through synapses and regulation of neural circuit function.-stock-foto
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Neurons cells from the brain under the microscope view for education.-stock-foto
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cells of the human body under the microscope. Microbiology and m-stock-foto
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Nerve cell under the microscope - Abstract blue dots on white ba-stock-foto
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Education Spinal cord  and Motor Neuron under the microscope in Lab.-stock-foto
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Education Spinal cord  and Motor Neuron under the microscope in Lab.-stock-foto
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Education Spinal cord  and Motor Neuron under the microscope in Lab.-stock-foto
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Human nervous system under the microscope in Lab.-stock-foto
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Neuron anatomy isolated in black background.3d illustration-stock-foto
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Education Spinal cord  and Motor Neuron under the microscope in Lab.-stock-foto
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Protoplasmic astrocytes are found in the gray matter and the fibrous in the white matter of the brain. They support neurons in a metabolic and a structural way and regulate the ion concentration in the extracellular space.-stock-foto
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Education Spinal cord  and Motor Neuron under the microscope in Lab.-stock-foto
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Protoplasmic astrocyte-stock-foto
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Education Spinal cord, Nerve, Cerebellum, Cortex and Motor Neuron Human under the microscope in Lab.-stock-foto
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Autoimmune Attack on Myelin Sheath 3D rendering-stock-foto
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Protoplasmic astrocytes (violet) play an active role in neuronal communication through synapses and regulation of neural circuit function.-stock-foto
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Education Spinal cord  and Motor Neuron under the microscope in Lab.-stock-foto
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Autoimmune Attack on Myelin Sheath 3D rendering-stock-foto
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Education Spinal cord  and Motor Neuron under the microscope in Lab.-stock-foto
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Spinal cord-stock-foto
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Amazing vascular plant fine roots looking like a neural network-stock-foto
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Education Spinal cord  and Motor Neuron under the microscope in Lab.-stock-foto
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Education Spinal cord  and Motor Neuron under the microscope in Lab.-stock-foto
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Spinal Cord-stock-foto
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Education Spinal cord  and Motor Neuron under the microscope in Lab.-stock-foto
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Education Spinal cord  and Motor Neuron under the microscope in Lab.-stock-foto
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Spinal cord-stock-foto
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Education anatomy and Histological sample of Human under the microscope.-stock-foto
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Human nervous system under the microscope in Lab.-stock-foto
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Education Spinal cord  and Motor Neuron under the microscope in Lab.-stock-foto
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Education Spinal cord  and Motor Neuron under the microscope in Lab.-stock-foto
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Education Spinal cord  and Motor Neuron under the microscope in Lab.-stock-foto
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Human nervous system under the microscope in Lab.-stock-foto
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Motor Neuron, Spinal cord, Nerve fibres and nerve cells under the microscope in Lab.-stock-foto
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Light microscope micrograph showing neurons in a dorsal root ganglion stained with cresyl violet. They are pseudounipolar neurons of rounded soma showing small, thin Nissl bodies characteristic of sensitive neurons and a large nucleus with a prominen-stock-foto
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Autoimmune Attack on Myelin Sheath 3D rendering-stock-foto
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Zoom on the structure of the retina with vitreous body, internal limiting membrane, ganglion cells. .-stock-foto
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Education Spinal cord  and Motor Neuron under the microscope in Lab.-stock-foto
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Fibrous astrocyte-stock-foto
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Microscope photography. Spinal cord, cross section.-stock-foto