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4 research outputs found
Spermine increases acetylation of tubulins and facilitates autophagic degradation of prion aggregates.
Author
A Banreti
A Bera
+71Â more
A Heiseke
AC Jacomin
AM Cataldo
AR Winslow
B Levine
B Morrison
B Ravikumar
B Ravikumar
BA Abdulrahman
C Geeraert
CJ Cortes
DC Rubinsztein
E Fass
E Morselli
EF Blommaart
F Pickford
G Marino
H Ouyang
H Pi
HC Ha
I Nascimento-Ferreira
I Yudovin-Farber
IF Wang
J Rappsilber
J Wang
JA Johnston
JA Lee
JA Olzmann
JD Alper
JH Lee
JL Webb
JP Dompierre
JP Taylor
K Phadwal
KF Winklhofer
LM Salemi
M Dron
M Filimonenko
M Komatsu
M Kristiansen
M Martinez-Vicente
MC Clarke
MK Salamat
N Groh
O Milhavet
R Garcia-Mata
R Goold
R Kochl
R Xie
S Buttner
S McCutcheon
S Pucciarelli
S Sarkar
S Supattapone
S Supattapone
SH Speldewinde
SH Speldewinde
SJ Barmada
T Eisenberg
T Eisenberg
T Hanada
T Hara
T Johansen
T Noro
T Yamasaki
UB Pandey
UI Baig
Y Aguib
Y Qi
Y Wang
YB Chae
Publication venue
'Springer Science and Business Media LLC'
Publication date
03/07/2018
Field of study
Get PDF
Crossref
Edinburgh Research Explorer
Induction of autophagy by spermidine is neuroprotective via inhibition of caspase 3-mediated Beclin 1 cleavage
Author
A Eisenberg-Lerner
A Kihara
+35Â more
AE Pegg
AR White
C Stefanelli
DJ Klionsky
DJ Puleston
E Morselli
E Wirawan
E Wirawan
F Madeo
F Madeo
F Pietrocola
FJ Sanchez-Martin
GM Gilad
H Li
IF Wang
JM Norman
JM Park
L Glantz
LA Booth
M Chrisam
MT Oliveira
S Buttner
S Luo
S Mukhopadhyay
S Pucciarelli
SH Speldewinde
T Eisenberg
TL To
TT Rohn
VK Gupta
WW Shin
XH Liang
XH Liang
Y Grishchuk
Y Zhu
Publication venue
'Springer Science and Business Media LLC'
Publication date
Field of study
No full text
Crossref
Prion Aggregates Are Recruited to the Insoluble Protein Deposit (IPOD) via Myosin 2-Based Vesicular Transport
Author
AB Meriin
AR Hodges
+77Â more
B Cosson
B Liu
B Liu
C Andreasson
C Ungermann
C Zhou
CR Brown
CW Ostrowicz
D Kaganovich
D Pruyne
DA Kiktev
DS Kryndushkin
E Morselli
E Oh
EA Kikis
EE Ganusova
F Barenz
F Reggiori
F Reggiori
H Olzscha
HR Saibil
I Monastyrska
I Monastyrska
J Fortun
J O'Driscoll
J Song
J Tyedmers
J Tyedmers
J Tyedmers
J Winkler
Jens Tyedmers
JM Hyttinen
JR Glover
K Nishimura
K Suzuki
K Wang
KJ Wolfe
L Malinovska
LW Pollard
M Andreasen
M Arrasate
M Mari
M Tanaka
MA Lynch-Day
MS Hipp
P Satpute-Krishnan
P Satpute-Krishnan
PC Ferreira
Peter P. Nawroth
PW Gunning
R Brito
R Spokoini
Rajesh Kumar
RS Guimaraes
RS Rock
S Escusa-Toret
S Kawai-Noma
S Schuck
S Specht
SB Miller
SB Miller
SH Park
SH Speldewinde
SJ Weisberg
SN Bagriantsev
SV Paushkin
TA Chernova
TA Chernova
TP Knowles
TR Serio
Tricia R. Serio
U Nair
W Wickner
WM Holmes
X Li
Y Wang
YO Chernoff
Publication venue
'Public Library of Science (PLoS)'
Publication date
Field of study
No full text
Crossref
De novo [PSI +] prion formation involves multiple pathways to form infectious oligomers
Author
A Hatami
A Recasens
+67Â more
AK Lancaster
AL Manogaran
CT Allen KD
CY King
D Eisenberg
DS Kryndushkin
DW Colby
EE Ganusova
F Arslan
G Jung
HE Sparrer
IL Derkatch
IL Derkatch
IL Derkatch
IL Derkatch
IL Derkatch
J Shorter
J Stohr
J Tyedmers
JC Watts
JC Watts
JL Guo
KC Luk
KW Park
LZ Osherovich
M Aigle
M Masuda-Suzukake
M Meyer-Luehmann
M Tanaka
M Tanaka
MD Ter-Avanesyan
ME Bradley
MF Tuite
ML Cohen
MM Patino
N Erjavec
N Sondheimer
P Satpute-Krishnan
P Tessarz
P Zhou
PM Lund
Q Fan
RB Wickner
RD Gietz
RD Wegrzyn
RS Sikorski
SB Prusiner
SB Prusiner
SB Prusiner
SH Speldewinde
SN Bagriantsev
SV Paushkin
SW Liebman
T Higurashi
T Scheibel
T Spirig
TA Chernova
TA Chernova
TA Chernova
TR Serio
V Mathur
VV Kushnirov
VV Kushnirov
WR Allen KD
YO Chernoff
YO Chernoff
YS Eisele
Publication venue
'Springer Science and Business Media LLC'
Publication date
Field of study
No full text
Crossref