Molecular controls over developmental acquisition of diverse callosal projection neuron subtype identities
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Author
Publication
2013 - ProQuest LLC, Ann Arbor, MI, Michigan
Language
English
Word Count
100,500 words, Guess
Page Count
402 pages
Identifiers
- Open LibraryOL61399835M
- OCLC Control Number1238049961
Classifications
- LCCQP356.22 .F36 2013a
Description
"The mammalian neocortex is an exquisite, highly organized brain structure composed of hundreds of subpopulations of neurons and glia, precisely connected to enable motor control, sensory perception, information integration, and planning. Unique molecular, structural, and anatomical neuronal properties underlie diverse functionality, endowing much of the neocortex's complex processing power. Neocortical size correlates with information processing capacity, suggesting that increased neuronal number and diversity begets increased sophistication. One excitatory projection neuron type, callosal projection neurons (CPN), has disproportionately expanded with cortical size increase."
Description
The mammalian neocortex is an exquisite, highly organized brain structure composed of hundreds of subpopulations of neurons and glia, precisely connected to enable motor control, sensory perception, information integration, and planning. Unique molecular, structural, and anatomical neuronal properties underlie diverse functionality, endowing much of the neocortex's complex processing power. Neocortical size correlates with information processing capacity, suggesting that increased neuronal number and diversity begets increased sophistication. One excitatory projection neuron type, callosal projection neurons (CPN), has disproportionately expanded with cortical size increase.
Subjects
Topics
Other Editions
- Molecular controls over developmental acquisition of diverse callosal projection neuron subtype identities
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