The K+–Cl− Cotransporter KCC2 and Chloride Homeostasis: Potential Therapeutic Target in Acute Central Nervous System Injury

Authors: A Ludwig
A Ludwig
A Mercado
A Shulga
A Shulga
Anwen Shao
AS Cohen
B Roozenbeek
B Zhao
BA Acton
BB Pond
BM Witgen
C Kanaka
C Rivera
C Rivera
C Rivera
C Takayama
C Vale
C Vale
C Wang
CA Hubner
CJ Akerman
CY Huang
DE Bragin
DP Bonislawski
E Chorin
E Palma
E Papp
EJ Ozer
F Aguado
F Galeffi
Feiqiang Ma
G Gamba
G Gauvain
G Miyoshi
H Fiumelli
H Fiumelli
H Li
H Li
H Wake
Haijian Wu
HH Lee
HH Lee
HR Pathak
HY Zhou
I Chamma
I Chamma
I Kawakita
I Medina
J Nabekura
J Pallud
J Szabadics
J Wu
JA Coull
JA Coull
JH Weiss
Jianmin Zhang
JR Williams
Junjia Tang
JY Ma
K Ganguly
KT Kahle
KT Kahle
KT Kahle
KT Kahle
Kun Pan
L Besser
L Cancedda
L Modol
L Silayeva
L Zhu
LL Eldridge
M Gagnon
M Hershfinkel
M Markkanen
M Puskarjov
M Watanabe
M Yeo
Mingfei Zhao
N Inamura
N Jaenisch
NS Woo
P Boulenguez
P Friedel
P Los Heros de
P Uvarov
P Uvarov
P Uvarov
PL Ferguson
Qun Wu
R Baron
R Ichikawa
R Sallinen
R Thiex
RA DeFazio
RA Deisz
RA Saadi
RP Yezierski
S Khirug
S Mikawa
SE Vermeer
ST Herman
SW Cramer
T Kitayama
T Toda
T Viitanen
TJ Price
V Balakrishnan
V Santhakumar
V Stein
VL Feigin
W Kelsch
W Liedtke
W Zhang
WC Wei
X Jin
Xiaoru Che
Y Ben-Ari
Y Huang
Y Liu
Yuan Hong
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Publisher: 'Springer Science and Business Media LLC'
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info:doi/10.1007%2Fs12035-015-...

Last time updated on 11/11/2020