Theoretical/computational models have played an important role in developing our understanding of the fundamental mechanisms involved in neural map formation. I review models based on both chemospecific and activity-dependent matching of inputs to targets, with a particular focus on map development in the optic tectum and primary visual cortex
A paradigm model system for studying the development of patterned connections in the nervous system ...
Some cortical circuit models study the mechanisms of the transforms from visual inputs to neural res...
The development of orderly topographic maps in the central nervous system (CNS) results from a colla...
Theoretical/computational models have played an important role in developing our understanding of th...
Information about the world is often represented in the brain in the form of topographic maps. A par...
The study of the formation of neuronal maps in the brain has greatly increased our understanding of ...
Proper wiring up of the nervous system is critical to the development of organisms capable of comple...
How are neural circuits organized and tuned to achieve stable function and produce robust behavor? T...
Sensory maps in the nervous system often connect to each other in a topographic fashion. This is mos...
Constructing a functioning nervous system requires the precise orchestration of a vast array of mech...
Primary visual cortex contains multiple maps of features of the visual scene, including visual field...
Obermayer K, Ritter H, Schulten K. Development and Spatial Structure of Cortical Feature Maps: A Mod...
Primary visual cortex contains multiple maps of features of the visual scene, including visual field...
Primary visual cortex contains multiple maps of features of the visual scene, including visual field...
The cerebral cortex of mammals comprises a series of topographic maps, forming sensory and motor ar...
A paradigm model system for studying the development of patterned connections in the nervous system ...
Some cortical circuit models study the mechanisms of the transforms from visual inputs to neural res...
The development of orderly topographic maps in the central nervous system (CNS) results from a colla...
Theoretical/computational models have played an important role in developing our understanding of th...
Information about the world is often represented in the brain in the form of topographic maps. A par...
The study of the formation of neuronal maps in the brain has greatly increased our understanding of ...
Proper wiring up of the nervous system is critical to the development of organisms capable of comple...
How are neural circuits organized and tuned to achieve stable function and produce robust behavor? T...
Sensory maps in the nervous system often connect to each other in a topographic fashion. This is mos...
Constructing a functioning nervous system requires the precise orchestration of a vast array of mech...
Primary visual cortex contains multiple maps of features of the visual scene, including visual field...
Obermayer K, Ritter H, Schulten K. Development and Spatial Structure of Cortical Feature Maps: A Mod...
Primary visual cortex contains multiple maps of features of the visual scene, including visual field...
Primary visual cortex contains multiple maps of features of the visual scene, including visual field...
The cerebral cortex of mammals comprises a series of topographic maps, forming sensory and motor ar...
A paradigm model system for studying the development of patterned connections in the nervous system ...
Some cortical circuit models study the mechanisms of the transforms from visual inputs to neural res...
The development of orderly topographic maps in the central nervous system (CNS) results from a colla...
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