Tokuichi Iguchi
发表
S. Wakana,
Makoto Sato,
S. Yamaguchi,
2020,
Nature Communications.
PIP3-Phldb2 is crucial for LTP regulating synaptic NMDA and AMPA receptor density and PSD95 turnover
Makoto Sato,
H. Kiyonari,
M. Yuzaki,
2019,
Scientific Reports.
Makoto Sato,
T. Shirao,
H. Matsuzaki,
2022,
Neuroscience Research.
Y. Konishi,
Tokuichi Iguchi,
Chiaki Imanaka,
2022,
Brain Research.
Makoto Sato,
M. Bastmeyer,
Yuichiro Oka,
2021,
The Journal of Neuroscience.
K. Tago,
H. Itoh,
Michinori Toriyama,
2012,
The Journal of Biological Chemistry.
Fukami,
K. Tago,
H. Itoh,
2012
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Makoto Sato,
Tokuichi Iguchi,
H. Yagi,
2012,
PloS one.
Makoto Sato,
R. Hashimoto,
H. Hashimoto,
2019,
Biochemical and biophysical research communications.
Makoto Sato,
K. Nagata,
Yuichiro Oka,
2013,
Cerebral cortex.
K. Tago,
H. Itoh,
N. Mizuno,
2008,
Journal of Biological Chemistry.
Makoto Sato,
Yuichiro Oka,
Miyuki Doi,
2021,
Cerebral cortex.
Makoto Sato,
K. Noguchi,
T. Nagano,
2014,
Scientific Reports.
Makoto Sato,
M. Tohyama,
S. Fujieda,
2015,
The Journal of Neuroscience.
S. Wakana,
Makoto Sato,
S. Yamaguchi,
2020,
Nature Communications.
Makoto Sato,
S. Hirotsune,
T. Uemura,
2017,
Biology Open.
PIP3-Phldb2 is crucial for LTP regulating synaptic NMDA and AMPA receptor density and PSD95 turnover
Makoto Sato,
H. Kiyonari,
M. Yuzaki,
2019,
Scientific Reports.
Makoto Sato,
M. Ishibashi,
Munekazu Komada,
2013,
Neuroscience Letters.
K. Tago,
H. Itoh,
Michinori Toriyama,
2012,
The Journal of Biological Chemistry.