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. 2019 Jul 16;10:778. doi: 10.3389/fphar.2019.00778

Table 1.

The table summarizes relevant data relative to experimental Alzheimer’s disease (AD) models for which hippocampal electrophysiological analyses were performed.

Categories Models Species Electrophysiological alteration References
BST PPF LTP LTD
In vitro models Soluble Aβ oligomers treatment of hippocampal slices Rat ↓ CA1 Lambert et al. (1998)
Rat NC ↓ DG NC Wang et al. (2002)
Mouse NC NC ↓ CA1 ↑ CA1 Shankar et al. (2008)
APP over-expression in organotypic slices Rat NC ↓ CA1 Kamenetz et al. (2003)
Transgenic animal models APP-derived models APP (K670N/M671L) (APP23) Mouse NC NC Roder et al. (2003)
APP (K670N/M671L) (Tg2576) Mouse NC NC ↓ CA1 Chapman et al. (1999)
↓ DG
Mouse NC NC NC ↑ CA1 D’Amelio et al. (2011)
APP (V717F) (APPind) Mouse NC NC Hsia et al. (1999)
APP (K670N/M671L)/APP (V717F)(J20) Mouse NC NC ↓ CA1 NC Nalbantoglu et al. (1997)
Mouse NC ↓ DG Palop et al. (2007)
APP (K670N/M671L)/PS1 (P264L) (Tg2576/PS1) Mouse NC NC ↓ CA1 ↑ CA1 Lanté et al. (2015)
PS1-derived models PS1 (M146L) Mouse ↑ CA1 Barrow et al. (2000)
PS1 (WT)/PS1 (A246E) Mouse NC NC ↑ CA1 Parent et al. (1999)
PS1(A246E) Mouse NC NC-CA1 Schneider et al. (2001)
PS1 (L286V) Mouse NC NC ↓ CA1 Auffret et al. (2009)
APP/PS models APP (K670N/M671L)/PS1 (M146L) Mouse NC ↓ CA1 Trinchese et al. (2004)
APP (KM670/671NL)/PS1 (L166P) Mouse NC ↓ CA1 Calella et al. (2010)
APP (K670N/M671L)/PS1 (P264L)(Tg2576/PS1) Mouse NC NC ↓ CA1 ↑ CA1 Chang et al., (2006)
APP (K670N/M671L)/PS1 (M146V) Mouse NC ↓ CA1 ↓ CA1 Song et al. (2014)
APP (K670N/M671L)/PS2 (N141I) Mouse NC NC ↓ CA1 Richards et al.(2003)
↓ DG
3xTg model APP (K670N/M671L)/MAPT (P301L)/PS1 (M146V) Mouse NC ↓ CA1 Oddo et al. (2003)
5xFAD model APP (K670N/M671L) /APP (I716V) /APP (V717I)/PS1 (M146L; L286V) Mouse NC ↓ CA1 Kimura et al. (2009)

Models were grouped into in vitro models, APP-derived, PS1-derived, APP/PS1, 3xTg, and 5xTg models. Electrophysiological readouts include basal synaptic transmission (BST), paired pulse facilitation (PPF), long-term potentiation (LTP), and long-term depression (LTD). For each model, we also report the principal references to the electrophysiological studies.