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Brain injury-induced synaptic reorganization in hilar inhibitory neurons is differentially suppressed by rapamycin
Corwin R. Butler
, Jeffery A. Boychuk
, Bret N. Smith
Research output
:
Contribution to journal
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Article
›
peer-review
20
Scopus citations
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Dive into the research topics of 'Brain injury-induced synaptic reorganization in hilar inhibitory neurons is differentially suppressed by rapamycin'. Together they form a unique fingerprint.
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Medicine and Dentistry
Rapamycin
100%
Therapeutic Procedure
87%
Interneuron
62%
Mechanistic Target of Rapamycin
50%
Pyramidal Cell
50%
Brain Injury
37%
Excitability
37%
Traumatic Brain Injury
25%
Injury
25%
Cell Activity
25%
Epileptogenesis
25%
Enhanced Green Fluorescent Protein
25%
Neuron
25%
Transgenic Mouse
12%
Granule Cell
12%
Excitation
12%
Photostimulation
12%
Glutamic Acid
12%
Seizure Susceptibility
12%
Cells
12%
Epileptic Seizure
12%
Neuroscience
Interneuron
62%
Mammalian Target of Rapamycin
50%
Excitability
37%
Brain Injury
37%
Traumatic Brain Injury
25%
Epileptogenesis
25%
Seizure
25%
Cell Activity
25%
Enhanced Green Fluorescent Protein
25%
Suppression
25%
Granule Cell
12%
Glutamic Acid
12%