-transparent.png){kind=logo}
The parameters of fluorescence spectra of myosin and its subunits in Tris-HCl-buffer (pH 7.2) were studied. Analysis of the experimental results of myosin fluorescence quenching with I-ions and the quantum yield of the fluorescence at the excitation wavelength 296 nm shows that the greater part of the tryptophan residues (21 out of 28) is located in the hydrophylic environment. Concentrated solutions of NaCl and KCl do not affect myosin fluorescence, while LiCl, which changes the quaternary structure of the protein, brings about a change in the parameters of the myosin fluorescence spectra. This may be linked with structural changes accompanying the dissociation of the ligh subunits of myosin in the presence of LiCl.
N V Medvedeva, and
M V Georgadze, and
M I Vilenkina, and
E K Ruuge
January 1954,
Zentralblatt fur Chirurgie,
N V Medvedeva, and
M V Georgadze, and
M I Vilenkina, and
E K Ruuge
January 1976,
Molekuliarnaia biologiia,
N V Medvedeva, and
M V Georgadze, and
M I Vilenkina, and
E K Ruuge
April 1970,
Biochemistry,
N V Medvedeva, and
M V Georgadze, and
M I Vilenkina, and
E K Ruuge
January 2003,
Aviakosmicheskaia i ekologicheskaia meditsina = Aerospace and environmental medicine,
N V Medvedeva, and
M V Georgadze, and
M I Vilenkina, and
E K Ruuge
January 1977,
Biofizika,
N V Medvedeva, and
M V Georgadze, and
M I Vilenkina, and
E K Ruuge
December 1979,
Nucleic acids research,
N V Medvedeva, and
M V Georgadze, and
M I Vilenkina, and
E K Ruuge
March 1982,
Experientia,
N V Medvedeva, and
M V Georgadze, and
M I Vilenkina, and
E K Ruuge
April 2019,
Langmuir : the ACS journal of surfaces and colloids,
N V Medvedeva, and
M V Georgadze, and
M I Vilenkina, and
E K Ruuge
November 2012,
The journal of physical chemistry. B,
N V Medvedeva, and
M V Georgadze, and
M I Vilenkina, and
E K Ruuge
February 2007,
The Journal of chemical physics,
