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Intra-retrosplenial cortical grafts of cholinergic neurons: Functional incorporation and restoration of high affinity choline uptake
Ying J. Li,
Walter C Low
Neurosurgery
Cancer Immunology
Research output
:
Contribution to journal
›
Article
›
peer-review
4
Scopus citations
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Dive into the research topics of 'Intra-retrosplenial cortical grafts of cholinergic neurons: Functional incorporation and restoration of high affinity choline uptake'. Together they form a unique fingerprint.
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Keyphrases
Animal Performance
14%
Behavioral Recovery
14%
Cholinergic Neurons
100%
Cingulate
14%
Correlational Relationships
14%
Cortical Graft
100%
Denervated
14%
Fornix
14%
High-affinity Choline Uptake
100%
Maze Task
42%
Neural Circuitry
14%
Radial Arm Maze
14%
Retrosplenial
100%
Retrosplenial Cortex
71%
Spatial Memory
14%
Spatial Memory Deficit
14%
Spatial Navigation
14%
Spatial Reference Memory
14%
Working Memory Task
14%
Neuroscience
Choline Uptake
100%
Cholinergic
100%
Fornix
14%
Radial Arm Maze
14%
Reference Memory
14%
Spatial Memory
14%
Working Memory
14%