Linked from

The 42 pages that link to Neuron, each with the reason it gives.

• NeuroscienceBroader topic: Neurons are the principal signaling cells studied across neuroscience.

• Central nervous systemBroader topic: Neurons carry the signals that let central nervous system circuits process and relay information.

• Nervous systemBroader topic: Neurons are the principal signaling cells of the nervous system.

• Neural circuitBroader topic: Neurons are the cells whose interactions constitute a neural circuit.

• NeuroanatomyBroader topic: Neurons are the cellular units whose shapes and connections form nervous tissue.

• Resting membrane potentialBroader topic: Neuronal readiness to signal depends on maintaining a stable resting voltage.

• Santiago Ramón y CajalBroader topic: Cajal argued that these individual cells, rather than a continuous network, are the nervous system’s units.

• Cognitive neuroscienceBroader topic: Neurons are the cells whose coordinated activity underlies brain signals.

• BrainBroader topic: Neurons form the signaling units that let brain circuits process information.

• Neuron doctrineBroader topic: Neurons are the discrete cellular units asserted by the doctrine.

• Nervous tissueBroader topic: Neurons carry the signals that distinguish nervous tissue from other tissues.

• Neurological disorderBroader topic: Neuronal injury or dysfunction underlies many neurological symptoms.

• Behavioral neuroscienceBroader topic: Neurons are the basic signaling units whose activity behavioral neuroscience investigates.

• Brain injuryBroader topic: Neuronal damage is a central cellular basis of many brain-injury effects.

• Human brainBroader topic: Neurons are the signaling cells that form brain circuits.

• Subacute sclerosing panencephalitisBroader topic: Persistent infection damages neurons and disrupts their function.

• Brain (anatomy)Broader topic: Neurons form the signaling networks that carry information throughout the brain.

• CytoarchitectureBroader topic: Neurons’ shapes, sizes, and densities form many of the patterns used to distinguish brain regions.