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3 research outputs found
The expression levels of prolyl oligopeptidase responds not only to neuroinflammation but also to systemic inflammation upon liver failure in rat models and cirrhotic patients
Author
A Agusti
A Das
+63 more
A Gaggar
A Gaggar
A Ito
A Klegeris
A Penttinen
Amparo Urios
C Gimenez-Garzó
C Hermenegildo
C Montoliu
C Montoliu
C Montoliu
C Montoliu
Carmina Montoliu
DL Shawcross
H Gotoh
H Kakegawa
H Peng
Hanan Ahabrach
J Tenorio-Laranga
J Tenorio-Laranga
J Tenorio-Laranga
J Tenorio-Laranga
J. Arturo García-Horsman
JA García-Horsman
JD Kim
Jofre Tenorio-Laranga
L Dokleja
M Belghiti
M Hagihara
M Kamori
M Odeh
M Odeh
M Romero-Gómez
MA Cavasin
MJ Hannula
MJ Hannula
MJ Moreno-Baylach
MJ Moreno-Baylach
MT Hardison
N Agirregoitia
O Cauli
O Cauli
P Ferenci
P O'Reilly
PJ O'Reilly
PT Männistö
R Rodrigo
R Wiesner
RF Butterworth
RT Frederick
S Braber
SA Overbeek
SH Lee
T Aoyagi
TT Myöhänen
TT Myöhänen
TT Myöhänen
TT Myöhänen
TT Myöhänen
V Felipo
Vicente Felipo
Vicente Hernandez-Rabaza
X Chu
Publication venue
'Springer Science and Business Media LLC'
Publication date
Field of study
Full text link
Crossref
Inhibition of Human Prolyl Oligopeptidase Activity by the Cyclotide Psysol 2 Isolated from Psychotria solitudinum
Author
Aboye T. L.
Albert Puigpinós
+56 more
Arnison P. G.
Bohlin L.
Burman R.
Chan L. Y.
Cheneval O.
Chiche L.
Christian W. Gruber
Clark R. J.
Craik D. J.
Craik D. J.
Daly N. L.
Daly N. L.
Dokleja L.
Eliasen R.
Ernest Giralt
Fulop V.
Garcia-Horsman J. A.
Gerlach S. L.
Gray K.
Gruber C. W.
Gruber C. W.
Gründemann C.
Gunasekera S.
Hashempour H.
Hellinger R.
Hernandez J. F.
Huang B.
Ireland D. C.
Ji Y. B.
Johannes Koehbach
Koehbach J.
Koehbach J.
Lawandi J.
Lopez A.
Lopez A.
Maes M.
Mylne J. S.
Newman D. J.
Northfield S. E.
Poth A. G.
Quimbar P.
Richard J. Clark
Roland Hellinger
Schroeder C. I.
Sommerhoff C. P.
Tarrago T.
Tenorio-Laranga J.
Teresa Tarragó
Thell K.
Thongyoo P.
Toide K.
Trabi M.
Vlieghe P.
Wang C. K.
Wang C. K.
Wong C. T. T.
Publication venue
'American Chemical Society (ACS)'
Publication date
Field of study
No full text
Crossref
New compounds identified through in silico approaches reduce the α-synuclein expression by inhibiting prolyl oligopeptidase in vitro
Author
A Lopez
A Penttinen
+57 more
AJ Harwood
B Portevin
CA Lipinski
CD Haffner
DF Veber
DT Racys
E Daniel Di
EA Wintner
F Goossens
GG Dodson
HE Pence
I Brandt
I Brandt
I Schulz
I Schulz
IM Bastos
IM Bastos
J Lawandi
JA Garcia-Horsman
JD Kim
JS Rosenblum
K Jansen
KC Shih
L Dokleja
L Polgar
L Polgar
M Abdul Roda
M Ravikumar
M Sakaguchi
M Shahlaei
MH Savolainen
MH Savolainen
ML Verdonk
O Nicolotti
O Ryabtsova
OF Guner
OO Clement
P Morain
R Bai
R Bavi
R Bavi
R Kumar
S John
S Pronk
SY Yang
T Yoshimoto
TT Myohanen
TT Myohanen
V Fulop
V Zoete
VJ Christiansen
WJ Egan
WJ Egan
WR Welches
Y Tanaka
Y Wang
Z Szeltner
Publication venue
'Springer Science and Business Media LLC'
Publication date
Field of study
No full text
Crossref