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Stock photos and images of central nervous system

Cerebrospinal fluid is a clear, plasma-like fluid that bathes the central nervous system. It occupies the central spinal canal, ventricular system, and subarachnoid space. 3D illustration Cerebrospinal fluid is a clear, plasma-like fluid that bathes the central nervous system. It occupies the central spinal canal, ventricular system, and subarachnoid space. 3D illustration Cerebrospinal fluid is a clear, plasma-like fluid that bathes the central nervous system. It occupies the central spinal canal, ventricular system, and subarachnoid space. 3D illustration Doodle of human brain in four different views The brain and the spinal cord make up the central nervous system, which alongside the peripheral nervous system is responsible for regulating all bodily functions. 3D illustration The brain and the spinal cord make up the central nervous system, which alongside the peripheral nervous system is responsible for regulating all bodily functions. 3D illustration The brain and the spinal cord make up the central nervous system, which alongside the peripheral nervous system is responsible for regulating all bodily functions. 3D illustration Neurons deprived of major input from axons that have been destroyed may themselves atrophy. This phenomenon is called anterograde degeneration.3D illustration Neurons deprived of major input from axons that have been destroyed may themselves atrophy. This phenomenon is called anterograde degeneration.3D illustration Neurons deprived of major input from axons that have been destroyed may themselves atrophy. This phenomenon is called anterograde degeneration.3D illustration Neurons deprived of major input from axons that have been destroyed may themselves atrophy. This phenomenon is called anterograde degeneration.3D illustration Human Brain Human Brain Anatomy of a nerve (for basic medical education, for clinics & Schools) Close up of the process of Lumbar puncture. Action. A medical doctor performing spinal puncture at the hospital Glial cells of the nervous system release transmitters to release neuronal and synaptic activities.. 3D illustration Glial cells of the nervous system release transmitters to release neuronal and synaptic activities.. 3D illustration Glial cells of the nervous system release transmitters to release neuronal and synaptic activities.. 3D illustration Glial cells of the nervous system release transmitters to release neuronal and synaptic activities.. 3D illustration Sensory nerve fibers innervate muscles and tendons, ligaments, joint capsule to carry proprioceptive impulses to the central nervous system 3D illustration Sensory nerve fibers innervate muscles and tendons, ligaments, joint capsule to carry proprioceptive impulses to the central nervous system 3D illustration Central disc protrusion top view 3D illustration Central disc protrusion top view 3D illustration Central disc protrusion top view 3D illustration showing the central nervous system, including the brain and eyes, and then transitions to high electrical activity approximation via neurotransmitters and action potentials 3D illustration showing the central nervous system, including the brain and eyes, and then transitions to high electrical activity approximation via neurotransmitters and action potentials 3D illustration Spinal nerves are grouped into the corresponding cervical, thoracic, lumbar, sacral, and coccygeal regions of the spine. 3d illustration The spinal cord consists of a column of nervous tissue that runs from the brainstem through the central column of the spine 3D illustration Taste is sensed by chemosensory receptors known as taste buds. 3d illustration Olfactory organ there are two olfactory bulbs on the bottom side of the brain, one above each nasal cavity 3d illustration Olfactory organ there are two olfactory bulbs on the bottom side of the brain, one above each nasal cavity 3d illustration Olfactory organ there are two olfactory bulbs on the bottom side of the brain, one above each nasal cavity 3d illustration Taste is sensed by chemosensory receptors known as taste buds. 3d illustration Lingual papillae are small structures on the upper surface of the tongue that give it its rough texture. 3d illustration Lingual papillae are small structures on the upper surface of the tongue that give it its rough texture. 3d illustration Olfactory organ there are two olfactory bulbs on the bottom side of the brain, one above each nasal cavity 3d illustration Taste is sensed by chemosensory receptors known as taste buds. 3d illustration Taste is sensed by chemosensory receptors known as taste buds. 3d illustration The taste receptors are located around the small structures known as papillae found on the upper surface of the tongue, soft palate, upper esophagus, the cheek, and epiglottis. 3d illustration Brain cell synapse showing chemical messengers or neurotransmitters released 3d illustration Brain cell synapse showing chemical messengers or neurotransmitters released 3d illustration Brain cell synapse showing chemical messengers or neurotransmitters released 3d illustration Brain cell synapse showing chemical messengers or neurotransmitters released 3d illustration Human Implant Concept Technology As A Illustration 3D Medical illustration of microglial cell growth in the brain 3D illustration 3D Medical illustration of microglial cell growth in the brain 3D illustration 3D Medical illustration of microglial cell growth in the brain 3D illustration Metabolizing nutriens into energy 3D illustration Metabolizing nutriens into energy 3D illustration Metabolizing nutriens into energy 3D illustration