-transparent.png){kind=logo}
The interaction of histone H1 with superhelical SV40 DNA at low ionic strength (approximately 0.02 M NaCl) results in the formation of DNP double-fibers and bundle- and cablelike twisted side-by-side associates of several of these double-fibers. On the basis of simple cylindrical or ellipsoidal models the sedimentation properties of these structures can be calculated in accordance with the experiment allowing a direct assignment of electron microscopical and hydrodynamic results. Sedimentation measurements in dependence on the ionic strength indicate a redistribution of H1 resulting in the formation of associates at 0.04 M NaCl and of aggregates at higher salt concentration. Double-fibers are present up to physiological salt concentrations.
M Böttger, and
C U von Mickwitz, and
S Scherneck, and
R Lindigkeit
April 1985,
Molecular biology reports,
M Böttger, and
C U von Mickwitz, and
S Scherneck, and
R Lindigkeit
October 1976,
Nucleic acids research,
M Böttger, and
C U von Mickwitz, and
S Scherneck, and
R Lindigkeit
February 1976,
Nucleic acids research,
M Böttger, and
C U von Mickwitz, and
S Scherneck, and
R Lindigkeit
July 1975,
Proceedings of the National Academy of Sciences of the United States of America,
M Böttger, and
C U von Mickwitz, and
S Scherneck, and
R Lindigkeit
April 1990,
FEBS letters,
M Böttger, and
C U von Mickwitz, and
S Scherneck, and
R Lindigkeit
November 1981,
The Journal of biological chemistry,
M Böttger, and
C U von Mickwitz, and
S Scherneck, and
R Lindigkeit
April 1986,
Nucleic acids research,
M Böttger, and
C U von Mickwitz, and
S Scherneck, and
R Lindigkeit
March 1997,
Biophysical journal,
M Böttger, and
C U von Mickwitz, and
S Scherneck, and
R Lindigkeit
May 1981,
Journal of theoretical biology,
M Böttger, and
C U von Mickwitz, and
S Scherneck, and
R Lindigkeit
December 1976,
The Journal of biological chemistry,
