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6 research outputs found
The structure of Lactococcus lactis thioredoxin reductase reveals molecular features of photo-oxidative damage
Author
A Vagin
A Wright
+37 more
AA Vagin
BHJ Bielski
BW Lennon
CC Winterbourn
CH Williams
DM Veine
E Baciocchi
E Krissinel
ESJ Arnér
F Saccoccia
G Waksman
G Zanetti
GA Russell
J Chen
J Rappsilber
K Fritz-Wolf
K Fritz-Wolf
K Kobayashi
KG Kirkensgaard
LB Poole
MD Winn
MJ Davies
MJ Davies
MN Möller
O Björnberg
O Björnberg
O Uziel
P Efler
P Emsley
PR Jensen
R Lechner
S Gromer
SB Mulrooney
TGG Battye
TN Gustafsson
W Kabsch
Y Niimura
Publication venue
'Springer Science and Business Media LLC'
Publication date
Field of study
No full text
Crossref
Thioredoxin Reductase and Its Role as a New Drug Target
Author
A Debnath
A Ilari
+44 more
A Sen
AC Ivens
AH Fairlamb
AH Fairlamb
AN Kuntz
AR Sannella
AV Lobanov
B Loftus
BW Lennon
BW Lennon
C Nickel
CH Williams
CH Williams Jr
CV Piattoni
D Leitsch
D Mustacich
DC Jones
DE Fomenko
DG Arias
DG Arias
DG Arias
DM Veine
F Angelucci
F Saccoccia
FX Sullivan
G Waksman
GH Coombs
I Bruchhaus
I Bruchhaus
K Becker
LD Arscott
M Berriman
M Bonilla
MH Choi
ML Cunningham
MR Ariyanayagam
NL Gottlieb
NM El-Sayed
PJ McMillan
RL Krauth-Siegel
RL Krauth-Siegel
S Kawazu
S Kehr
T Nozaki
Publication venue
'Springer Science and Business Media LLC'
Publication date
Field of study
No full text
Crossref
The oxidation state of the cytoplasmic glutathione redox system does not correlate with replicative lifespan in yeast
Author
A Ayer
AL Hughes
+47 more
B Halliwell
B Morgan
C Chen
C Colussi
C Zhou
CB Brachmann
CM Grant
D Harman
DL Lindstrom
DM Veine
E Herrero
EA Veal
FQ Schafer
G Giaever
G Miesenböck
GE Janssens
H Osorio
HC Hoch
I Afanas'ev
JE Leadsham
JR Veatch
KA Henderson
KA Steinkraus
LN Dimitrov
M Gutscher
M Gutscher
M Kaeberlein
MB Toledano
MC Jo
MD Brand
N Erjavec
N Erjavec
P Laun
R Dechant
R Higuchi
R Orij
RG Spragg
S Okazaki
S-X Tan
T Nyström
T Nyström
T Smeal
VD Longo
YT Lam
Z Hu
Z Xie
Z Xie
Publication venue
'Springer Science and Business Media LLC'
Publication date
Field of study
No full text
Crossref
Escherichia coli FtnA acts as an iron buffer for re-assembly of iron–sulfur clusters in response to hydrogen peroxide stress
Author
A Cozzi
A Galatro
+62 more
AD Smith
AD Smith
AJ Hudson
B Ding
B Halliwell
C Krebs
DC Johnson
DC Radisky
DH Flint
DM Veine
F Aslund
F Bou-Abdallah
FW Outten
FW Outten
G Layer
G Zhao
Genfu Wu
H Abdul-Tehrani
H Beinert
H Ding
H Ding
H Ding
H Ding
HD Urbina
Huangen Ding
I Domenico De
J Lu
J Velayudhan
J Yang
Jacob P. Bitoun
JJ Silberg
JN Agar
JR Cupp-Vickery
K Chandramouli
K Keyer
L Loiseau
L Zheng
M Fontecave
M Sendra
M Wollenberg
MA Carrondo
MC Unciuleac
O Djaman
PJ Kiley
PJ Sargent
R Lill
RE Cowart
S Epsztejn
S Jang
S Kato
S Ollagnier-de-Choudens
SB Mulrooney
SC Andrews
SP Wu
TA Rouault
TL Tapley
TZ Kidane
W Yang
X Liu
X Liu
XS Liu
Y Takahashi
Publication venue
'Springer Science and Business Media LLC'
Publication date
Field of study
No full text
Crossref