AMPAR trafficking pathway for long term potentiation and differentiation in Alzhiemer’s disease animal models (IMAGE)

Okayama University

AMPAR trafficking pathway for long term potentiation and differentiation in Alzhiemer’s disease animal models

Caption

The graph shows involvement of the percentage of basal membrane AMPAR population in long term potentiation and differentiation in wild type and Alzhiemer’s disease animal models. The study demonstrates that M1-mAChR- and NMDAR-dependent long term potentiation and differentiation share a common pathway.

Credit

Tomonari Sumi and Kouji Harada from Okayama University

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License

CC BY

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