
https://d38zjy0x98992m.cloudfront.net/411f0100-788b-4535-b8d1-3dc26a1f6776/NEURONS_Time_Aerials_Tree_Green_10000_xlarge.jpghttps://www.scientific.pictures/-/galleries/cells/-/medias/411f0100-788b-4535-b8d1-3dc26a1f6776/pricehttps://www.scientific.pictures/-/galleries/cells/-/medias/411f0100-788b-4535-b8d1-3dc26a1f6776/price
Neuron Field TA 10000
Nerve cells in the brain showing a tree-like structure. Their arrangement in this image hints at a brain shape, with the small cell at the bottom forming the cerebellum, and the three larger cells above creating the cerebral hemispheres.
These pyramidal cells (neurons) are found in the cortex of the brain. They have an approximately conical cell body with a major dendrite trunk emerging from the top (the apical dendrite) and several dendrites emerging from around the base (the basal dendrites). These dendrites subdivide creating a branched net to capture incoming signals from other neurons. A greenish glow represents a signal travelling towards the cell body along several of these dendrites (especially obvious in the apical dendrite trunk). Emerging from the base of the neuron is a slender axon, which transmits nerve impulses away from the cell body. These nerve impulses are represented as a set of purple glowing points.
The dendrites of pyramidal cells are covered by small projections (dendritic spines) which are the contact point for axon terminals from other nerve cells. These contacts are called synapses.Neurons
These pyramidal cells (neurons) are found in the cortex of the brain. They have an approximately conical cell body with a major dendrite trunk emerging from the top (the apical dendrite) and several dendrites emerging from around the base (the basal dendrites). These dendrites subdivide creating a branched net to capture incoming signals from other neurons. A greenish glow represents a signal travelling towards the cell body along several of these dendrites (especially obvious in the apical dendrite trunk). Emerging from the base of the neuron is a slender axon, which transmits nerve impulses away from the cell body. These nerve impulses are represented as a set of purple glowing points.
The dendrites of pyramidal cells are covered by small projections (dendritic spines) which are the contact point for axon terminals from other nerve cells. These contacts are called synapses.Neurons
Illustration ID: Time_Aerials_Neuron_Field_10000
copyright Russell Kightley
Illustration size: 100.0 Mpixels (286 MB uncompressed) - 10000x10000 pixels (33.3x33.3 in / 84.7x84.7 cm at 300 ppi)
Illustration keywords: anatomical, anatomy, axon, brain, cell, cellular, central nervous system, cerebral, cerebrum, CNS, cortex, dendrite, dendritic, mind, nerve cell, nerve impulse, nervous system, neural, neuroanatomy, neurology, neuron, neurone, pyramidal cell, spine, synapse, synapses, synapsis, thinking
https://d3e1m60ptf1oym.cloudfront.net/e78934d3-99e5-40be-9090-3d193fab268d/Time_Aerials_Neuron_Field_10000_xlarge.jpghttps://www.scientific.pictures/-/galleries/cells/-/medias/e78934d3-99e5-40be-9090-3d193fab268d/pricehttps://www.scientific.pictures/-/galleries/cells/-/medias/e78934d3-99e5-40be-9090-3d193fab268d/price

https://d3e1m60ptf1oym.cloudfront.net/46b2c648-f4fb-11e2-8ea2-294737ef7859/CELL-plant-cell-border_xlarge.jpghttps://www.scientific.pictures/-/galleries/cells/-/medias/46b2c648-f4fb-11e2-8ea2-294737ef7859/pricehttps://www.scientific.pictures/-/galleries/cells/-/medias/46b2c648-f4fb-11e2-8ea2-294737ef7859/price