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Structural Basis of Response Regulator Dephosphorylation by Rap Phosphatases
Authors
A. M Stock
A. P Gleave
+54Β more
A. R Diaz
B. F Volkman
C Bongiorni
C Bongiorni
C. M Dyer
D Burbulys
D Mukhopadhyay
David A. Dubnau
E. J Koetje
E. R Main
F. O Bendezu
G. S Lukat
H Ashkenazy
J Painter
J Zapf
J. M Auchtung
J. M Solomon
J. W Zapf
K. I Varughese
K. L Ohlsen
L Core
L Holm
M Jiang
M Jiang
M Perego
M Perego
M Simonovic
M. D Abramoff
M. S Formaneck
Matthew B. Neiditch
Nicolas Mirouze
P Emsley
P Fawcett
P Roche
P Schaeffer
P. D Adams
R Gao
R Zhao
R. E Silversmith
R. J Lewis
Robert B. Bourret
S Ishikawa
S. C Lovell
S. Y Park
V Molle
V. A Feher
Vijay Parashar
W. J Meijer
W. K Smits
W. L DeLano
Y Pazy
Y. L Tzeng
Y. L Tzeng
Z Otwinowski
Publication date
1 February 2011
Publisher
Public Library of Science
Doi
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on
PubMed
Abstract
Crystallographic, biochemical, and genetic studies reveal the mechanism of Rap protein phosphatase activity within the phosphorelay pathway leading to sporulation in Bacillus species
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