-transparent.png){kind=logo}
Small-angle X-ray and neutron scattering have been used to characterize the solution structure of rabbit skeletal phosphorylase kinase. The radius of gyration of the unactivated holoenzyme determined from neutron scattering is 94 A, and its maximum dimension is approximately 275-295 A. A planar model has been constructed that is in general agreement with the dimensions of the transmission electron microscope images of negatively stained phosphorylase kinase and that gives values for the radius of gyration, maximum linear dimension, and a pair distribution function for the structure that are consistent with the scattering data.
Related Publications
S J Henderson, and
P Newsholme, and
D B Heidorn, and
R Mitchell, and
P A Seeger, and
D A Walsh, and
J Trewhella
May 1995,
Physical review. E, Statistical physics, plasmas, fluids, and related interdisciplinary topics,
S J Henderson, and
P Newsholme, and
D B Heidorn, and
R Mitchell, and
P A Seeger, and
D A Walsh, and
J Trewhella
December 2006,
The Journal of biological chemistry,
S J Henderson, and
P Newsholme, and
D B Heidorn, and
R Mitchell, and
P A Seeger, and
D A Walsh, and
J Trewhella
September 1967,
Science (New York, N.Y.),
S J Henderson, and
P Newsholme, and
D B Heidorn, and
R Mitchell, and
P A Seeger, and
D A Walsh, and
J Trewhella
August 2002,
European journal of biochemistry,
S J Henderson, and
P Newsholme, and
D B Heidorn, and
R Mitchell, and
P A Seeger, and
D A Walsh, and
J Trewhella
September 2005,
The journal of physical chemistry. A,
S J Henderson, and
P Newsholme, and
D B Heidorn, and
R Mitchell, and
P A Seeger, and
D A Walsh, and
J Trewhella
July 1986,
Journal of molecular biology,
S J Henderson, and
P Newsholme, and
D B Heidorn, and
R Mitchell, and
P A Seeger, and
D A Walsh, and
J Trewhella
October 2012,
Physical chemistry chemical physics : PCCP,
S J Henderson, and
P Newsholme, and
D B Heidorn, and
R Mitchell, and
P A Seeger, and
D A Walsh, and
J Trewhella
January 1986,
Methods in enzymology,
S J Henderson, and
P Newsholme, and
D B Heidorn, and
R Mitchell, and
P A Seeger, and
D A Walsh, and
J Trewhella
September 1983,
Biophysical journal,
S J Henderson, and
P Newsholme, and
D B Heidorn, and
R Mitchell, and
P A Seeger, and
D A Walsh, and
J Trewhella
July 2023,
Environmental science & technology,
