Analysis of subunit self-association equilibria using molecular sieve techniques
Author:
Warshaw, Howard Stanley, Biophysics, University of Virginia
Warshaw, Howard Stanley, Biophysics, University of Virginia
Advisors:
Thompson, Thomas Edward, Biophysics, University of Virginia
Beltonin, Rodney L., Biophysics, University of Virginia
Brill, Arthur S., Physics, Biophysics
Ogilvie, James W., Biochemistry, University of Virginia
Thompson, Thomas Edward, Biophysics, University of Virginia
Beltonin, Rodney L., Biophysics, University of Virginia
Brill, Arthur S., Physics, Biophysics
Ogilvie, James W., Biochemistry, University of Virginia
Abstract:
A study has been made of the use of certain new molecular sieve techniques to characterize systems of self-associating macromolecules. The feasibility of successfully characterizing such systems in terms of the number of species and their stoichiometry and equilibrium constants, has been analyzed in terms of system complexity, errors, on the data, concentration range of the measurements, and non-ideality effects.
Degree:
PHD (Doctor of Philosophy)
PHD (Doctor of Philosophy)
Keywords:
Biophysics
Biophysics
Language:
English
English
Rights:
All rights reserved (no additional license for public reuse)
All rights reserved (no additional license for public reuse)
Issued Date:
1973
1973
